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TIF Orders Types Explained: DAY, GTC, GTD, EXT, GTC-EXT, MOC, LOC

tif order types: stocks options

When trading stocks, options, and futures, brokers generally offer investors several different Time if Force (TIF) options to choose from. 

In addition to determining the order type (market, stop-loss, limit), traders must also specify to their broker the time and duration they want that order working. This is known as TIF order designation.

The most popular TIF order types are DAY orders (good for the day only) and GTC orders (good til cancelled). But there are so many more! EXT, MOC and LOC are a few.

Knowing the differences between these order types can be vital to get filled. Here’s what each one means. 

      TAKEAWAYS

 

  • The TIF order designation communicates to a broker the time and duration for an order to be working.

  • All orders default to “DAY”.

  • GTC (good til canceled) orders generally remain working for 90 days, or until the order is filled or canceled by the customer.

  • EXT (extended-market) orders ONLY work outside market hours.

  • Most brokers work EXT orders from 7 AM to 8 PM, though the formal NYSE Extended Market Hours extends these bounds.

  • When compared to MOC (market on close) orders, LOC (limit on close) orders can guarantee fill price, but not fill execution.

DAY Order Explained

day order tastyworks

DAY Order Definition: The TIF label DAY instructs a broker that a trade will only stay working during the current (or upcoming) market day. DAY orders are canceled after the market close.

  • DAY orders are only working during market hours.

  • If sent after the closing bell, a DAY order will be working for the following trading day.

  • All DAY orders are canceled at the closing bell. 

For just about all brokers, the “DAY” order is the default TIF order type. This simply means that the order is working for the day only.

If you send a day order before the market opens, that order will only be activated with the opening bell. Not before. If you want to work an order outside market hours, you’ll want to tag it EXT (Extended Market).

If you send a day order 5 minutes before the closing bell, that order will only be working for 5 minutes. 

Day orders apply to the current trading day. Not the day after. Therefore, if you submit a day order directly after the market closes, that order will be active for the next trading day. 

GTC (Good Til Cancelled) Order Explained

GTC order tastyworks

GTC (Good Til Cancelled) Order Definition: A GTC order is an order placed by an investor to either buy or sell a security that stays working until the order is filled or canceled by the customer (or broker).

  • GTC (Good Til Cancelled) orders remain working in the customer account until the customer cancels the order.

  • GTC orders do not work in the extended market.

  • Best practice is to periodically check and make sure the order is working, as brokers sometimes cancel GTC orders in error. Some brokers cancel these orders after 90 days.

  • Best for long-term traders who don’t monitor the market.

The GTC (Good Til Cancelled) order is the second most popular type of TIF order. This designation communicates to the broker that an order should stay working indefinitely, or until filled.

Sometimes, brokers cancel GTC orders without communicating this information to clients. This can happen either due to back-end issues, or simply because the GTC order was working for too long. 

For set-it-and-forget-it traders, it is wise to periodically check to make sure GTC orders are still working. 

GTD (Good Til Date) Order Explained

GTD order TIF type

GTD (Good Til Date) Order Definition: A GTD order type instructs a broker that a buy or sell order stays working until a specified date is reached. If the order is not filled by this date, it will be canceled.

  • GTD (Good Til Date) orders remain working in the customer account until the order is filled, canceled, or the pre-determined date is reached.

  • The GTD order type can help investors navigate volatile times (such as earnings) without having to monitor their accounts.

  • Best for long-term traders who don’t monitor the market closely.

The GTD (Good Til Date) is a great TIF order for investors who don’t have the ability to closely monitor their accounts. 

Let’s say you’re long FB stock, which is due to report earnings next week. If you’re not able to check your account on this day, you can tag a sell-stop order with the GTD tag to cancel your order on the day before earnings are released. This will allow you to stay in the stock during the volatile post-earning swings.

EXT (Extended-Market) Order Explained

EXT extended market order type

EXT (Extended Market) Order Definition: A EXT (Extended-Market) order instructs your broker that you want an order working in the extended market; this order will NOT be working during the normal trading hours. 

  • The EXT (extended market) tag designation instructs a broker that a buy or sell order is only to remain working in the extended market.

  • Many brokers allow EXT trading from 7 A.M. until 8 P.M. (not counting market hours). However, the NYSE extended market hours are technically between 4:00 A.M. TO 9:30 A.M. ET and 4:00 PM to 8:00 P.M. ET.

  • Trading in extended markets allows traders to capitalize on the large swings that exist in these markets.

  • Unless tagged GTC (Good Til Canceled), EXT TIF orders will only stay working for one session.

Extended markets are notorious for their illiquidity. Bid-ask spreads can widen enormously and stocks can fly. 

However, these swings can also provide investors with great opportunities.  

If you are long Amazon (AMZN) stock that pops $400 in the after-hours market post-earnings, you can sell your stock in the extended market by marking your order EXT. If you’re happy with the gains, why risk waiting another day? 

GTC - EXT (Good Til Cancelled - Extended Market) Order Explained

gtc ext order type

GTC_EXT (Good Til Cancelled Extended Market) Order Definition: A GTC-EXT order instructs a broker that a buy or sell order will remain working in the extended market until the order is filled or cancelled; this order will NOT be working during the normal trading hours. 

  • The GTC-EXT order combines both a GTC order and EXT order.

  • This order type works in the extended market until filled or canceled by the customer (or broker).

  • The GTC-EXT is NOT working during normal stock market hours.

The GTC-EXT order TIF allows a trader to work a stock order in the extended market indefinitely. As we said before, the formal NYSE extended market is between 4:00 A.M. TO 9:30 A.M. ET and 4:00 PM to 8:00 P.M. ET.

However, most brokers only allow trading from 7 A.M. until 8 P.M.

If you’re trading illiquid stocks that have huge market moves in the after-hours market, a GTC-EXT may allow you to take advantage of these moves without interrupting your dinner. 

MOC (Market On Close ) Order Explained

MOC (Market On Close) Order Definition: A “Market-0n-Close” order is a buy or sell order placed with a broker to trade at the market close.

  • Market-On-Close (MOC) orders trade at the very end of the day.

  • These order types allow investors to trade out of positions at day end without having to monitor their accounts.

  • MOC orders in thin markets can result in poor fills.

The MOC (Market On Close) order TIF is a handy tool for day traders. This order type fills buy or sell orders on stocks, options, and futures at the very end of the trading day. 

The order fills as close as possible to a securities final daily trading price

The downside here is liquidity. If you’re trading options or thin stocks, try to avoid market orders at all costs!

But don’t worry – there is an alternative. Let’s read about the limit-on-close order next. 

LOC (Limit On Close ) Order Explained

LOC (Limit On Close) Order Definition: A buy or sell limit order placed with a broker with instructions to activate at the very end of the trading day.

  • Like MOC (Market On Close) orders, a LOC (Limit On Close) order goes live in the final seconds of trading.

  • Unlike MOC orders, the LOC order is not guaranteed to get filled.

  • LOC orders are great for liquid stocks.

A downside of MOC order types lies in the uncertainty of the fill price. 

Limit orders guarantee fill prices. If you’re trading option or thin stock, MOC orders can be dangerous. LOC orders hedge against poor fill prices. 

The downside of LOC orders (when compared to MOC orders) is that they are not guaranteed to get filled. If the order can’t be filled at your limit or better, you will not be filled.

Final Word

That wraps up our lesson on the 7 most popular TIF order types. 

There are indeed many more orders types, but these are rarely offered by brokers. 

When I worked with brokers in the SPX pit, we had AON (All or None) orders as well as FOK (Fill or Kill) orders. 

AON (All or None) orders communicate you want to either get filled on all of the order or none of it. 

FOK (Fill or Kill) orders communicate you want to get filled immediately, or not at all. What a nice acronym that is!

Order Type FAQs

Most GTC (good til cancelled) orders stay working for 90 days, though this varies by broker. 

The vast majority of DAY orders expire at the closing bell. Some options, however, trade until 4:15 PM.

GTC (good til cancelled) orders remain working in a customers account until 1.) the trade is filled or 2.) the customer or broker cancel the order.

DAY orders only remain working for ONE trading day. 

A LOC order activates a limit order at the very end of the trading day; a MOC order activates a market order at the end of the trading day. 

MOC guarantees a fill while LOC guarantees a fill price. 

Video: Option Order Types

Next Lesson

Limit Order in Option Trading Explained w/ Visuals

Option Limit Order

Option Limit Order Definition: In options trading, a limit order is placed by a trader to either buy or sell an option. This order type instructs the market makers that a customer is only willing to accept a fill at or better than the limit price specified.

In options trading, there is only way smart order type used to enter and exit trades: the limit order

Why?

Unlike other order types (stop-loss, trailing stop-loss, and market order), the limit order guarantees you will get filled at or better than the limit price you set. 

Are there downsides to using limit orders? Of course! But at the end of the day, this is the only order type I have ever used when trading options. 

Let’s go in-depth to see why. 

     TAKEAWAYS

  • A limit order placed on an option (or stock) will always get filled at or better than the limit price set.

  • For buy limit orders, you will get filled at or below your set limit order.

  • For sell limit orders, you will get filled at or above your set limit order.

  • Unlike like market and stop-loss orders, limit orders do not guarantee you will get filled.

  • Limit orders are generally used to enter trades and lock in a profit target.

  • The “stop-limit” order combines the stop and limit order and is a smart way to target a downside exit.

Limit Order in Options Explained

Liquidity in Options Trading

Options markets are notoriously illiquid. Why is this? There are too many of them!

If you wanted to trade the SPY ETF, liquidity would not be a problem. But there are thousands of different options on SPY! Fewer market participants mean lower open interest/volume and a wider bid-ask spread.

It is because of this “Market” and “Stop-loss” orders (which are essentially the same) are dangerous. 

Take a look at the below image from the tastyworks platform, which shows the current market for SPY LEAP (long-term) call options. 

SPY Call Options

SPY CALL LIQUIDITY

Let’s look at the 400 call option here. Notice the huge spreads and the low volume/open interest?

The current bid price is 89.50 while the current ask price is 94.50.

If we used a market order to buy this option, we may very well get filled at 94.50. If we wanted to turn around and sell that option immediately, a market order may fill us at the bid of 89.50.

94.50 – 89.50 = 5

That means right off the bat we’re starting with a $500 loss!

Now if we used a limit order instead to buy that option at the mid-point (92), we’d be much better off. Sure we may not get filled, but that’s better than losing $500 dollars!

Option Buy Limit Order Example

limit buy order

There are two primary reasons why a trader would use the buy limit order:

  1. Enter an initial trade.
  2. Place a profit target for a short option(s).

Buy Limit to Enter an Option Trade

As we learned in the SPY example above, the limit order is the best (and perhaps only) way to enter option positions. The buy limit applies to all options strategies, not just single options.

You can use a limit order to enter vertical spreads, iron condors, butterflies and virtually any other type of option spread. 

Let’s take a look at a buy limit on an Apple (AAPL) spread in tastyworks:

AAPL Spread Buy Limit

Spread details:

  1. Bid Price: 1.15
  2. Ask Price: 1.41
  3. Mid Price: 1.28

The above limit order is set up to buy at the mid-price of 1.28. Always try the mid-price first! I get filled at the mid-point about half of the time. You can always work the trade up in nickel intervals if you don’t get filled immediately.

Since we are using a limit order to buy, we know we will never get filled at a price worse than our upper debit limit. 

 

Buy Limit to Exit an Option Trade

If you sell an option(s), it is wise to have a profit-taking buy-limit order in place. 

Let’s say we are short a put option on Google (GOOGL) and want to buy back that short put option if it falls to a certain price. Here are the details of our open trade.

➥ Short GOOGL 2500 Put @ $3

If we wanted to buy back this put option when it falls to $1 in value (locking in a profit of $2) we would place a buy limit order on the option at $1.

It’s that simple!

Option Sell Limit Order Example

sell Limit Order

Just as with buy limit order, the sell limit order is mostly used in two scenarios:

  1. Enter an initial short trade.
  2. Place a profit target for a long option(s).

Sell Limit to Enter an Option Trade

Just as with stocks, you can both buy and sell options. When you are selling an option(s) to open, you want to receive as much credit as possible for that call or put (or spread).

Let’s say we want to sell a call on Meta Platforms Inc (FB) at the 210 strike price.

FB Short Call Sell Limit

  1. Bid Price: 1.89
  2. Ask Price: 1.94
  3. Mid Price: 1.91

A limit order in this scenario would afford us the opportunity to possibly get filled better than the bid price of 1.89. Here, that mid-price is ≈ 1.91

Sell Limit to Exit an Option Trade

Limit orders are used mostly for this purpose. 

If you buy an option(s), it is wise to have a profit-taking strategy in place. This can be accomplished by placing a Good Til Canceled (GTC) sell limit order. Let’s say we are long a call option in the QQQs:

➥ Long QQQ 350 Call @ $5

Let’s also assume we want to take a profit when that option rises to $7 in value.

Instead of watching that option every moment of every day to reach that level, we can simply put a GTC sell limit order in at $7. 

If the option trades at or above that price we will (mostly likely) get filled. 

 

Pros and Cons of Limit Orders in Options

There are more pros than cons in limit orders – remember that. Professional traders rarely use stop-loss or market orders on derivatives. It is often throwing money away. With that in mind, here are some advantages and disadvantages of the limit order. 

👍 Limit Order Pros

  1. Guarantees fill price.
  2. Traders are not required to monitor positions.
  3. Protects against illiquid option markets.

👎 Limit Order Cons

  1. Fills are not guaranteed in limit orders; if the market doesn’t trade there, limit orders will not get filled

TIF Order Types

In limit orders, you also need to consider the TIF designation. TIF (time-in-force) orders can be designated in numerous different ways. These communicate to a broker when and for how long a trade should remain working. Some of these include DAY, GTC, GTD, EXT, GTC-EXT, MOC, LOC. Read more about these order types in our article on TIF order types here!

Option Limit Order FAQ's

Limit orders are visible to market makers. This is unlike stop-loss orders, which brokers hold until the price is breached, at which point the order gets sent to the exchanges/marker makers. 

With a limit order, you will only ever get filled at your limit price or better. With a stop-loss order, fill price is unknown.

A stop-loss order is simply a market order waiting to get triggered. See above for the differences. 

This depends on whether or not you have the limit order tagged as “DAY” or “GTC”.

DAY orders are only good for the day, GTC (Good Til Cancelled) orders stay working in your account until you cancel them.

Next Lesson

Stop Limit Order in Options: Examples W/ Visuals

stop limit order options

In options trading, there are five primary types of orders:

  1. Market Order
  2. Limit Order
  3. Stop Order
  4. Stop Limit Order
  5. Trailing Stop Order

In this article, we are going to focus on the stop-limit order.

The stop-limit order combines two of the above option order types: 1. the limit order and 2. the stop order. 

Before we conquer the stop-limit order, we must first have a comprehensive understanding of how stop-loss orders and limit orders work. Since a stop-loss is essentially a market order, we must master that concept too. 

Let’s get started with market orders!

TAKEAWAYS

 

  • A “market” order instructs your broker to send the order to the market makers to get filled immediately, regardless of price.

     

  • A “limit” order places either an upper bound (buy order) or lower bound (sell order) on the fill price you are willing to receive.

     

  • A “stop-limit” order combines the above options orders types and has two components. The “stop” price triggers the order, while the “limit” price tells your broker you will not accept a fill above (buy orders) or below (sell orders) the specified limit price.  

What Is a Market Order in Options?

Market Order

Market Order Definition: An order placed with your broker with instructions to get filled immediately, regardless of price.

In options trading, a “market order” instructs your broker that you want to receive a fill on your option contract(s) immediately.

After your broker receives your order, that trade will get sent out to market makers to get filled (as long as they do not internalize order flow).

In liquid stocks, market orders generally receive decent fills (though I never use market orders myself).

In options trading, market orders can very frequently result in poor fills. 

Why?

Liquidity in options can be horrible. If you’re trading AAPL stock, there’s only one equity product, so volume is high. There are, however, thousands of options markets on AAPL. This is because of the innumerable strike prices and expiration cycles

There are two components of liquidity: Volume/Open Interest and the Bid-Ask Spread:

1. Volume and Open Interest

The volume and open interest of an option tells us how many contracts:

1. Have traded so far that day (volume)

2. Are currently in existence (open interest)

If you send a buy market order on an option that has traded 3 contracts all day and has a total open interest of 10, you’re going to get a bad fill. 

Amazon (AMZN) is known for good liquidity. However, when you look at the markets on options expiring years down the road (LEAP Options), you’ll see how poor the volume and open interest is. Stay away! Or work the order slowly, starting at the “mid-price”.

2. The Bid-Ask Spread

For call and put markets, the Bid-Ask Spread is simply the width of the market. 

In options trading, you want tight markets. Generally, poor volume/open interest goes hand in hand with wide markets. 

Take a look at the Bid-Ask from the AMZN options in the above example. For the 3250 calls, the offer is 524.50 and the bid is 511.15. If we were to buy at the offer and immediately sell at the the bid, we would have lost 13.35 (or $1,335 taking into account the multiplier effect and option leverage). That’s a lot of money!

Because of the above reasons, we can now understand why market orders on options (whether they be placed on a single option, spread, or iron condor) is probably a bad idea. 

If you’re in a situation where you can’t be around to monitor your positions, don’t trade risky options strategies, or don’t trade at all. Market orders are not the solution. After working as an options broker for 15 years, I have seen too many donations to market makers.

What Is a Stop-Loss Order in Options?

stop loss sell

Stop-Loss Order Definition: An order placed with your broker which activates a market order to either buy or sell an option when that option trades at a certain price. 

If you know how market orders work, you already know how stop-loss orders work. 

A stop-loss order in simply a market order in disguise. The price you set your stop-loss at is the point at which that order gets changed to a market order. 

Once your trigger gets hit, your broker sends that order get filled. Market makers only ever see a market order. On illiquid options, avoid stop-loss orders at all costs! 

The stop-limit order, on the other hand, is a different story. We’ll get to that after we go over the limit order. 

What Is a Limit Order in Options?

limit buy order

Limit Order Definition: An order placed with your broker to either buy or sell an option at or better than the predetermined “limit” price you choose. 

When I trade options (and I have traded a lot!), I only ever use limit orders. With limit orders, you don’t have to worry about liquidity – you’re going to get filled at or better than your limit price, no matter what.

Of course the downside here is you may never get filled. I, however, would rather not get filled than get filled poorly. 

If I place an order to buy an AAPL option at 3.10, I will get filled at 3.10 or better. Period. 

What Is a Stop-Limit Order in Options?

stop limit order options

Stop-Limit Order Definition: An order placed with your broker to either buy or sell an option at or better than the “limit” price set. Unlike traditional limit orders, the stop-limit order is only triggered when the stop price is breached.

So we have learned all of that to get to this: the stop-limit order. Like all option order types, you can use the stop-limit to buy or sell. 

Let’s break down the sell stop-limit first. 

Sell Stop Limit Example

Let’s look at this order type through the lens of a trade on tastyworks.

Our Trade:

Long SPY 445 Call at $2.60

So let’s say we want to sell our long SPY ETF option if it falls below 2.25 in value. HOWEVER, we are not willing to accept a fill price worse than 2. Our sell stop-limit order, therefore, has 2 components:

Stop Price: 2.25

Limit Price: 2

So at what price can we expect to get filled? At $2 or better. The stop-limit order can even get filled better than our stop price!

And here’s how this trade looks on tastyworks:

Buy Stop Limit Example

In this example, we are short a call option on Meta Platforms (FB)

Our Trade:

Short FB 215 Call at $2

So let’s say we want to buy back our short option if the option moves against us and rises to $3 in value. However, we are unwilling to pay more than $3.40 for this equity option.  

Just as in our previous example, this stop-limit order has two components::

Stop Price: 3

Limit Price: 3.40

So at what price can we expect to get filled? At $3.40 or better. The buy stop-limit order can also get filled better than our stop price! (think market open). 

And here’s how this trade would look on tastyworks:

Stop-Limit Order Pros and Cons

Lastly, let’s fly over some advantages and disadvantages of the stop-limit order. 

👍 Stop-Limit Order Pros

  1. Assures fill price.
  2. Traders are not constantly required to monitor their positions.
  3. Acts as a hedge against illiquid markets.

👎 Stop-Limit Order Cons

  1. If the market blows past your limit price, your position could move against you…fast!
  2. Erroneous fills could trigger the stop price portion of the stop-limit order, resulting in an undesirable and early exit. 

TIF Order Types

In stop orders, you also need to consider the TIF designation. TIF (time-in-force) orders can be designated in numerous different ways. These communicate to a broker when and for how long a trade should remain working. Some of these include DAY, GTC, GTD, EXT, GTC-EXT, MOC, LOC. Read more about these order types in our article on TIF order types here!

Stop Limit Order FAQ's

A stop-loss order triggers a market order. In market orders, fill prices are unknown. Stop-limit orders guarantee execution price, but that doesn’t mean you’ll get filled!

This depends on whether or not you have tagged the order as “DAY” or “GTC”. DAY orders are only good for the day, GTC (Good Til Cancelled) orders stay working in your account until you cancel them.

Stop orders are NOT visible until they get triggered, at which point your broker sends them to the exchanges/market makers. Limit order ARE visible to market makers as they are in working status immediately. 

Recommended Video

Next Lesson

Additional Resources

Covered Put Writing Explained (Best Guide w/ Examples)

The covered put writing options strategy consists of selling a put option against at least 100 shares of short stock. 

By itself, selling a put option is a highly risky strategy with significant loss potential. However, when combined with a short stock position of 100 shares, selling a put option adds no additional risk, and creates a way to profit when the share price remains flat or even increases slightly.

Additionally, the credit received from the put option provides protection against increases in the stock price. The true “cost” of selling a put against short stock is that the potential profits of the short shares will be capped below the strike price of the put that is sold.

Covered Put Strategy – General Characteristics

Let’s go over the strategy’s general characteristics:

Max Profit Potential: (Share Sale Price + Credit Received for Put – Short Put Strike) x 100

Max Loss Potential: Unlimited

Expiration Breakeven: Share Sale Price + Credit Received for Put

Approximate Probability of Profit: Greater Than 50% (assuming the stock and put are sold at the same time)

To gain a better understanding of these concepts, let’s walk through a hypothetical trade example.

Profit/Loss Potential at Expiration

In the following example, we’ll construct a covered put position from the following options chain:

In this example, let’s assume that we sell the 85 put for $3.00, and that the stock is trading for $90 when we short the shares:

Share Sale Price: $90

Put Strike Sold: $85

Premium Collected for the 85 Put: $3.00

Here are this particular position’s characteristics:

Max Profit Potential: ($90 share sale price + $3 premium received – $85 short put strike) x 100 = $800

Max Loss Potential: Unlimited

Expiration Breakeven Price: $90 share sale price + $3 credit received = $93

Probability of Profit: Greater than 50% because the stock price can increase $3 and the position can break even (no loss).

The chart below visualizes this position’s profit and loss potential based on various stock prices at expiration:

covered put vs short stock

As you can see, selling 100 shares of stock at $90 and selling the 85 put for $3 reduces the risk of the position compared to just shorting stock. Since premium is collected for selling the put, the sale price of the shares is effectively increased by the sale price of the put. Therefore, the breakeven price of a covered put position is the effective sale price of the shares. The benefit of a higher breakeven price comes at the cost of lower profit potential when the shares decrease.

In this graph, we’ve also added the profits and losses for a short stock position as a comparison. Compared to the short stock position, the covered put has less loss potential and more profit potential at most stock prices at expiration. However, if the stock price falls significantly below the short put strike, then the short stock position without a short put against it will produce more profits.

Because of this, a covered put writer is usually not extremely bearish on the stock price.

Nice job! You know the potential outcomes of a covered put position at expiration, but how does the position perform over time before expiration? To demonstrate this to you, we’re going to look at a few trade examples using real option data.

Covered Put Trade Examples

In the following examples, we’ll compare changes in the stock price to a covered put position on that stock. Note that we won’t discuss the specific stock the trade was on, as the same concepts apply to other stocks in the market. Lastly, each example uses a trade size of one covered put (-100 shares of stock against one short put). 

Trade Example #1: Maximum Profit Covered Put Position

First, let’s examine a situation where covered put writing is less lucrative than just shorting shares of stock.

Here are the trade details:

Initial Share Purchase Price: $50.47

Strike Price and Expiration: Short 47 put expiring in 44 days

47 Put Sale Price: $2.03

Breakeven Stock Price (Effective Share Sale Price): $50.47 share sale price + $2.03 credit received from put = $52.50

Maximum Profit Potential: ($52.50 effective share sale price – $47 short put strike) x 100 = $550

Maximum Loss Potential: Unlimited

Let’s see what happens!

covered put chart

As illustrated here, a covered put position has limited profit potential. In this example, the stock price collapses from $52.50 to $37.50, resulting in over $1,250 in profits for the short stock position. However, the covered put has a short 47 put, which caps the position’s profits at any stock price below $47. With an effective share sale price of $52.50 and a short put strike of $47, the maximum profit of this covered put position is $550.

Another important note about this particular trade is that the position does not need to be held to expiration to realize profits. In this example, maximum profit occurs with around 18 days to expiration. The trader could lock in profits at this point by simultaneously buying back the short shares and the short put, thereby closing the covered put position.

At expiration, the short put is in-the-money, which means the covered put trader would be assigned +100 shares of stock at the put’s strike price of $47. Since the trader is already short 100 shares of stock, the assignment effectively forces the trader out of their stock position. To avoid assignment, the trader could buy back the 47 put before expiration. However, keep in mind that it’s always possible to be assigned early on an in-the-money short put, especially when the put has little extrinsic value remaining.

Next, we’ll look at an example of when covered put writing works out much better than just shorting stock.

Trade Example #2: Covered Put Outperforms Short Stock

In the next example, we’ll look at a situation where the stock price increases slightly over a 46-day period after a covered put position is entered. We’ll compare the position’s performance to a short stock position.

Here are the trade details:

Initial Share Purchase Price: $114.88

Strike Price and Expiration: Short 112 put expiring in 46 days

112 Put Sale Price: $5.02

Breakeven Stock Price (Effective Share Sale Price): $114.88 share sale price + $5.02 credit received from put = $119.90

Maximum Profit Potential: ($119.90 effective share sale price – $112 short put strike) x 100 = $790

Maximum Loss Potential: Unlimited

Let’s see how the covered put performs!

 

covered put performance

In this example, you’ll notice that the covered put position performs better than the short stock position as long as the stock price doesn’t fall significantly. Most importantly, this covered put position doesn’t lose money even though the stock price increases from the short stock entry price because the profits from the short put offset the losses on the short shares.

As mentioned in the previous example, a covered put writer can buy back their position to lock in profits or losses before expiration. In this example, the trader had many opportunities to close the position for profits over $500, which represents nearly 66% of the maximum profit potential.

At expiration, the covered put writer doesn’t have to worry about assignment because the put is out-of-the-money. Additionally, the trader could sell another put in the following month to collect more premium and increase the breakeven price of their short stock position even further.

In the final example, we’ll look at a covered put position that realizes a significant loss.

Trade Example #3: A Covered Put Gone Wrong!

In the final example, we’ll look at a scenario where a covered put position is unprofitable but better off than just shorting the stock.

Here are the trade details:

Initial Share Purchase Price: $162.60

Strike Price and Expiration: Short 140 put expiring in 42 days

140 Put Sale Price: $6.72

Breakeven Stock Price (Effective Share Sale Price): $162.60 share sale price + $6.72 credit received from put = $169.32

Maximum Profit Potential: ($169.32 effective share sale price – $140 short put strike) x 100 = $2,932

Maximum Loss Potential: Unlimited

Let’s see what happens!

covered put loss

As we can see here, the covered put position did not perform well because the stock price increased significantly above the breakeven price of the position. However, since the 140 put expired worthless, the covered put position was $672 better off than the short stock position by itself. Because of this, selling puts against short stock positions reduces the losses when the stock price rises.

At expiration, the covered put trader would not have to worry about assignment since the 140 put was out-of-the-money.

Congratulations! Hopefully, you are now much more comfortable with how covered put writing works! In the next section, we’ll discuss how to go about selecting which put to sell.

How to Select a Put Strike to Sell

At this point, you know how covered put writing works, as well as when you might use the strategy. However, with so many different put strikes available, how do you choose which one to sell? We’ve put together a simple guide that may help the strike price selection process easier.

Determine Your Outlook

Before selecting a put strike to sell, it’s crucial to determine an outlook for the shares of stock that you’re short.

Here is a quick guide that demonstrates how to select a put strike based on various outlooks.

Put Selling Guidelines Based on Various Stock Price Outlooks

Share price will increase significantly

With such a bullish outlook, shorting shares of stock or trading covered puts is probably not the right strategy in the first place. However, if you must trade a covered put, selling an at-the-money or even an in-the-money put option would provide the most upside protection.

Share price may remain relatively flat, or even decline slightly

With a neutral to bearish outlook, selling puts with strike prices closer to the stock price (-0.40 to -0.50 delta puts) may be logical. Selling at-the-money puts provides the greatest profit potential from the decay of the put’s extrinsic value, as well as the most protection from share price increases.

Share price will fall significantly

With such a bearish outlook, selling puts against a short stock position may not be logical since the profit potential will be capped. However, if you insist on trading a covered put, then selling a put with a lower probability of expiring in-the-money (-0.15 to -0.25 delta) may be logical.

The sections above serve as a guideline for selecting a put to sell. When trading covered puts, there isn’t a “one-size-fits-all” approach. The put that is sold depends on the investor’s outlook for the stock price in the future.

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Long Gamma and Short Gamma Explained (Best Guide)

Option gamma is the options greek that estimates the rate of change of an option’s delta as the stock price fluctuates.

An option’s delta tells us the estimated option price change relative to a $1 change in the stock price. Delta is therefore a measure of directional risk exposure.

Since an option’s gamma tells us how the option’s delta moves as the stock price changes, gamma tells us how our directional risk exposure changes when the stock price fluctuates.

You will learn the importance of gamma in options trading in this detailed guide.

Why is Gamma Important in Options Trading?

Traders who delta hedge pay close attention to gamma because it informs them of how their position’s delta will change as the stock price changes.

A high gamma value translates to high volatility of an option position’s directional risk exposure. If an option position has high gamma, its delta will shift significantly when the underlying stock moves.

A low gamma value translates to low volatility of an option position’s directional risk exposure. If an option position has low gamma, its delta will only experience a small change when the underlying stock moves:

Therefore, traders will have a harder time delta hedging a high gamma option position as compared to a low gamma option position.

Even if you aren’t a trader who is delta hedging, gamma is important to understand because it tells you how your position’s P/L sensitivity will change as the stock price moves.

What is Long Gamma in Options Trading?

A long gamma position is any option position with positive gamma exposure.

A position with positive gamma (long gammaindicates the position’s delta will increase when the stock price rises, and decrease when the stock price falls.

A call and put purchase both have positive gamma:

If you buy a call or put you will have positive gamma exposure, meaning gamma is added to your position delta when the stock price increases, and subtracted from your position’s delta when the stock price declines.

In other words, a long call’s position delta becomes more positive (moves towards +1.0) and a long put’s position delta becomes less negative (moves towards zero) as the share price rallies.

Conversely, a long call’s position delta becomes less positive (moves towards zero) and a long put’s position delta becomes more negative (moves towards -1.0) as the share price falls.

What is Short Gamma in Options Trading?

A short gamma position is any option position with negative gamma exposure.

A position with negative gamma (short gamma) indicates the position’s delta will decrease when the stock price rises, and increase when the stock price falls.

Short call and short put positions have negative gamma:

If you short a call or put you will have negative gamma exposure, meaning gamma is subtracted from your position delta when the stock price increases, and added to your position’s delta when the stock price declines.

In other words, a short call’s position delta becomes more negative (moves towards -1.0) and a short put’s position delta becomes less positive (moves towards zero) as the share price rallies.

Conversely, a short call’s position delta becomes less negative (moves towards zero) and a short put’s position delta becomes more positive (moves towards +1.0) as the share price declines.

Let’s look at some real stock price movements vs. option deltas and visualize long and short gamma.

Long Gamma Example

In this table, the positions with positive gamma are said to be long gamma. As you can see here, long gamma positions benefit when the stock price moves in favor of the position because the directional exposure of the position grows in the same direction as the stock price.

To demonstrate this concept, let’s look at some real examples.

The following visual demonstrates how a long call’s delta increases as the stock price increases:

 

The long call’s position delta grows from +25 to +75 as the stock price increases. With a delta of +25, the long call trader is expected to make $25 for each $1 increase in the stock price, and lose $25 for each $1 decrease in the stock price.

However, when the delta grows to +75, the long call trader is expected to profit by $75 when the share price rises by $1 and lose $75 when the share price falls by $1.

The long call trader wants the stock price to rise to profit from the increased positive delta exposure.

In the next visual, we’ll look at a long put position. Note how the long put’s position delta falls as the stock price decreases.

Short Gamma Example

The positions with negative gamma are said to be “short gamma.” As you can see here, short gamma positions are harmed when the stock price moves against the position because the directional exposure of the position grows in the opposite direction as the stock price movements.

Let’s look at some real examples to demonstrate short gamma.

The following visual illustrates how the position delta of a short call grows more negative when the stock price increases:

The short call’s position delta falls from -27 to -85 as the stock price rises.

With a delta of -27, the short call trader is expected to lose $27 for each $1 increase in the stock price.

However, when the delta falls to -85, the short call trader is expected to lose $85 when the share price rises by $1.

A short call trader does not want the stock price to increase because their losses will become more significant if the stock price continues to rise.

Next, we’ll look at a short put position. Note how the position’s delta increases as the stock price decreases.

The short put’s position delta rises from +30 to +80 as the stock price falls.

With a delta of +30, the short put trader is expected to lose $30 for each $1 decrease in the stock price.

However, when the delta rises to +80, the short put trader is expected to lose $80 when the share price falls by $1.

So, a short put trader does not want the stock price to decline because their losses will become more significant if the stock price continues to fall.

Conclusion

Long option positions (buying calls or puts) have positive (long) gamma.

Positive gamma means we add gamma to the position’s delta when the underlying stock price increases, and subtract gamma from the position’s delta when the underlying stock price falls.

When the stock price rallies, positive gamma positions will see their position deltas increase (becoming more positive for long calls and less negative for long puts).

And when the stock price declines, positive gamma positions will see their position deltas fall (becoming less positive for long calls and more negative for long puts).

Short option positions (shorting calls or puts) have negative (short) gamma.

Negative gamma means we subtract gamma from the position’s delta when the underlying stock price increases, and add gamma to the position’s
delta when the underlying stock price falls.

When the stock price rallies, negative gamma positions will see their position deltas fall (becoming more negative for short calls and less positive for short puts).

And when the stock price declines, negative gamma positions will see their position deltas increase (becoming less negative for short calls and more positive for short puts).

Option Gamma FAQs

There is not necessarily a “good” gamma for an option position as it depends on your position.

If you’re a professional trader who is delta hedging an option position, high gamma makes it harder to keep the position delta-neutral, as a small stock price change leads to a large shift in delta. Therefore, a lower gamma would make your job easier.

If you’re a call buyer, a high gamma is good if the stock price is increasing, as the call position’s delta will grow quickly and your subsequent profits will be higher if the stock price continues to rally.

“Gamma risk” refers to a large shift in an option position’s delta as the stock price moves.

Gamma risk is highest for at-the-money option positions nearing expiration because short-duration, at-the-money options have the highest gamma values (largest delta changes vs. underlying stock price changes).

An option position that is long gamma will also be long volatility because option purchases (long calls and long puts) are positive gamma and positive vega.

“Gamma scalping” is when an options trader buys/sells shares of underlying stock against a long/short option position.

The goal is to periodically adjust the position’s delta by trading in and out of underlying stock with the intention of profiting from the overall stock/option position.

Profits can stem from the share trading activities, or the option position value changes.

For example, a gamma scalper who shorts a straddle will need to buy stock as the share price increases and sell stock as the share price falls. The trader will profit from the strategy if the stock volatility is low, driving profits from the short straddle decay with minimal losses from the stock trading.

Conversely, a gamma scalper who buys a straddle will need to short stock as the share price increases and buy stock as the share price falls. The trader will profit from the strategy if the stock volatility is high, driving profits from the stock trading activities that exceed losses from the long straddle’s decay.

Gamma scalping is also known as “dynamic delta hedging,” and is an active trading strategy used by extremely sophisticated traders.

A “gamma squeeze” is a feedback loop caused by short call traders/market makers who wish to be delta-neutral.

As the stock price increases, these short call traders need to buy stock to neutralize their increasingly negative position delta, leading to more buying pressure on the stock’s price, necessitating further stock purchases to again neutralize the negative delta.

Stock Price Rises => Short Call Traders Buy Stock to Hedge => Stock Price Rises => Short Call Traders Become Delta-Negative => Short Call Traders Buy More Stock to Hedge => Stock Price Rises => Repeat

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What is Position Delta? | Options Trading Concept Guide

position delta

The delta of an option expresses that option’s expected price change relative to movements in the stock price. For example, a +0.50 delta call option is expected to gain $0.50 in value when the stock price increases by $1. Conversely, that same option is expected to lose $0.50 when the stock price falls by $1.

However, it’s important to know how that option price change translates to profits and losses for your position, especially when trading complex positions with more than one option. Position delta takes things a step further and estimates the profits or losses on an entire option position relative to $1 changes in the stock price.

Care to watch the video instead? Check it out below!

Option Delta Chain

In the above options chain, the call price should increase from $10 to $10.75 with a $1 increase in the underlying stock price, and decrease from $10 to $9.25 with a $1 decrease in the stock price.

But how does this translate to profits or losses for a trader with -2 contracts (short two contracts)?

Since this trader is short the call options, they profit from price decreases. More specifically, a decrease from $10 to $9.25 represents a $0.75 profit per option contract.

Recall that an option represents 100 shares of stock, so we need to multiply the change in the option price by 100 to solve for the actual return in dollars:

($10 sale price – $9.25 current price) x 100 = +$75

Lastly, the trader in this example is short two contracts, so the $75 profit becomes a $150 profit when multiplying by two contracts.

Working through this example, we learn that the trader is expected to profit by $150 when the stock price decreases by $1. Therefore, the trader’s position delta in this example is -150, as a $1 increase in the stock price should lead to $150 in losses, and a $1 decrease in the stock price should result in a profit of $150.

So, while the option’s delta is +0.75, it doesn’t indicate the expected profits or losses for a trader who is short two contracts. Analyzing the overall delta of the position solves this problem by converting an option’s delta into the expected profits or losses for a specific position when the stock price changes.

Alright, so you know the basic idea behind position delta. Next, we’ll discuss the formula you can use to calculate the delta for any option position.

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Calculating Position Delta

To calculate the position delta for a standard equity option position, the following formula can be used:

 

Position delta calculation (options trading)

The following table demonstrates this formula applied to various simple option positions:

It’s important to note that when selling options or shares of stock short, the number of contracts traded is a negative number. Using negative numbers to indicate short positions is conventional in the trading industry.

Here are the main points to take away from this table:

  When short contracts (negative number of contracts), the position delta will have the opposite sign of the option’s delta.

➜  A share of stock has a delta of +1.00, which results in positive position delta when buying shares and negative delta when shorting shares.

➜  A positive position delta represents a position that profits from stock price increases and loses money from stock price decreases. For example, the +630 delta position is expected to profit by $630 with a $1 increase in the share price and lose $630 after a $1 decrease in the share price.

➜  A negative position delta represents a position that profits from stock price decreases and loses money from stock price increases. For example, the -83,700 delta position is expected to lose $83,700 with a $1 increase in the share price and profit by $83,700 with a $1 drop in the share price.

At this point, we’ve discussed position delta and how to calculate it for simple positions. In the next section, we’ll calculate the delta of more complex positions.

Position Delta of Complex Positions

Calculating the delta of a more complex option position is simple. All you have to do is sum up the position delta for each option in the strategy. As an example, let’s calculate the overall delta for a hypothetical long call spread:

In this example, the five long calls generate a delta of +375 while the five short calls generate a delta of -125. Adding these two deltas together leaves us with a net position delta of +250.

Next, we’ll calculate the overall delta for a hypothetical short iron condor option strategy, which is a strategy that includes four different options:

In this example, the long puts and calls generate -30 and +30 deltas respectively, resulting in zero delta exposure. However, a 0.35 call and a -0.25 put are sold, resulting in a slightly bearish bias. The net position delta of this iron condor is -30, which indicates an expected $30 profit when the stock price falls by $1 and a $30 loss when the stock rises by $1.

Real Trade Examples

In the following example, we’ll take a look at the delta and profit/loss of an option position that recently traded in the market. We’ll visualize the performance of the position and examine the accuracy of position delta.

SPY Short Puts

In this example, we’ll examine the position delta and P/L of a short put option position in SPY. The position was initiated in February of 2016 and the options expired in March of 2016.

To make things easier for you, we’ve shaded two regions that demonstrate the accuracy of position delta. The following table compares the expected vs. actual P/L based on the position delta in each region.

As we can see here, the actual P/L was fairly close to the expected P/L that was projected by the position delta. The differences in each case can be attributed to the fact that position delta changes when the stock price changes. Additionally, other factors like theta decay and changes in implied volatility also contribute to P/L.

What is Delta Neutral?

delta hedging

In options trading, delta neutral is a strategy used to balance out both positive and negative delta. This is accomplished through both buying and selling shares of the underlying stock.

The goal of this strategy (used by both market makers and professional option traders) is to offset the risk that comes with holding an inventory of call options and put options. 

In a true delta neutral portfolio, the net delta of an entire position will be zero. 

Position Delta FAQs

In options trading, the delta of a portfolio tells us how sensitive a security is to changes in the underlying price. Assuming all other variables are constant, delta tells us the amount an option price is expected to move based on a $1 future change in the underlying stock price. 

There is no such things as a “good” delta in options. Traders who want to take on high risk generally have larger net deltas while traders wanting low risk, or a reduction in risk, have deltas approaching zero. 

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Top 8 Benefits of Trading Options

Option Trading Benefits

So, you’ve read a couple of articles about options trading before, or maybe you have some friends that trade them, but you haven’t yet taken the plunge. What’s all the hype?

In this post, projectfinance is going to share our list of the top eight benefits of trading options.

TAKEAWAYS

  • When compared to stock, options require less capital.

  • Options are usually leveraged at a ratio of 100:1, meaning one contract represents 100 shares of stock.

  • Options allow investors to profit from any market direction.

  • Using metrics such as the “Greeks”, options trading lets investors choose their trade’s probability of success.

  • Options trading allows investors to reduce their overall risk in various positions.

  • You can combine stocks and options together in strategies such as the “covered call”.

  • Unlike stock, options are generally short-term trades. This forces traders to be in sync with the undulations of the market. 

#1: Lower Capital Requirement

Investing in shares of stock is expensive, especially for young investors who don’t have a lot to work with. For example, consider the capital requirement for the stock investments in the following table:

Stock Price Shares Purchased Capital Required

$100

50

$5,000

$250

75

$18,750

$500

100

$50,000

*Cash Account

As you can see, buying shares of stock requires significant sums of money, especially for young investors who are just getting started. Sure, you could buy a few shares here and there, but the stock prices will need to appreciate substantially to experience any decent returns, and buying a low number of shares is extremely inefficient in terms of commissions.

With options, you can implement strategies that require a few hundred dollars to enter. Here are two hypothetical option positions you could enter that don’t require significant sums of money to implement:

Options Trade Capital Required Profit Potential Max Loss

Sell $2-Wide Iron Condor For $1.00

$100

$100

$100

Sell $3-Wide Put Spread for $1.00

$200

$100

$200

As you can see, some options strategies can be implemented with a very low capital requirement. However, it’s important to note that you should always consider the potential loss on your portfolio if a position turns out to be a loser.

#2: Options Give You The Ability to Use Leverage

The second reason investors should learn to trade options is that options give you the ability to use leverage. While leverage is a weapon of mass destruction for the unprepared and naïve, leverage can be powerful when implemented properly (and with a plan). 

Let’s take a look at how options can provide leverage:

Stock Stock Price 100 Share Cost At-The-Money 1-Year Option Cost

AAPL

$117

$11,700

$1,200

TSLA

$203

$20,300

$3,300

GOOGL

$800

$80,000

$7,500

As we can see here, buying 100 shares of any of these stocks costs between $10,000 and $80,000. However, an investor could purchase an at-the-money call option and control 100 shares of each stock for a year at a fraction of the cost. In each case, using a call option to gain exposure to 100 shares of stock can be achieved at 10% of the cost of buying shares.

Let’s look at the return potential on the AAPL call option from the previous table based on various stock prices in one year:

Stock Price in One Year Return on 100 Shares (Bought at $117/Share) Return on 115 Call (Purchased for $1,200)

$50

-$6,700 (-57%)

-$1,200 (-100%)

$117

$0 (0%)

-$1,000 (-83%)

$135

+$1,800 (+15%)

+$800 (+67%)

As you can see, buying a call option instead of stock provides immense return potential when the stock price increases. Additionally, a call option has limited loss potential when the stock price decreases. 

However, buying a call option will be unprofitable if the stock price doesn’t increase by a certain amount, and maybe you don’t want to implement a strategy that loses money when the stock price doesn’t change.

Let’s look at the profit and loss potential on a 60-days until expiration options strategy that requires $750 to implement. Again, we’ll use AAPL options for the example:

Stock Price in 60 Days Return on 100 Shares (Bought at $117/Share) Return on 115/105 Put Spread (Sold for $250; $750 Maximum Loss)

$100

-$1,700 (-15%)

-$750 (-100%)

$117

$0 (0%)

+250 (+33%)

$125

+800 (+7%)

+$250 (+33%)

$130

+$1,300 (+11%)

+$250 (+33%)

With this particular options strategy, a return of 33% can be achieved in 60 days without any change in the stock price. Additionally, when the stock price collapses, the losses are less significant than owning 100 shares of stock. What’s the catch? Well, the profit potential of the options strategy is limited, whereas owning shares of stock has unlimited profit potential.

In summary, options give investors the ability to implement strategies with a low cost of entry. Additionally, strategies can be customized to profit from certain scenarios, which brings us to the next reason every investor should learn options trading.

#3: Customize Your Strategy

As you saw in the previous examples, options provide investors with ways to customize strategies based on their investment theories regarding a particular stock. Here are a few ways options trading can be custom tailored:

  • Have a trade time frame as short-term as a few hours or as long-term as two years.
  • Profit when the stock price increases, remains in a specified range, decreases, or even moves against your position slightly.
  • Profit primarily from the passing of time, or changes in the level of fear in the marketplace.
  • Generate income each month on shares of stock you own while waiting to sell those shares at a higher price (with the covered call strategy).
  • Generate a stream of income each month while waiting to buy shares of stock at a lower price (with the put-selling strategy).

As an example, check out the performance of this strangle options strategy that profits as long as the stock price remains in a specified range:

Range Bound Options Strategy

The chart above illustrates just one example of how options can be used to customize your strategy. Aside from customizing your specific strategy, options allow you to choose the estimated probability of making money on a particular trade.

#4: You Can Choose Your Probabilities

When purchasing shares of stock, the share price must increase for you to make any money. On a short-term basis, the probability of a stock rising or falling from its current price is estimated at 50%. This means the probability of making money from buying or shorting stock is approximately 50%.

With options, the estimated probability of making money can be below or above 50%. More specifically, options traders can choose the estimated probability of making money on a trade based on the risk and reward relationship of their proposed strategy.

For example, traders who primarily sell options typically have more loss potential than reward potential, and therefore have a probability of profit that’s greater than 50%. On the other hand, traders who buy options typically have more profit potential than loss potential, and therefore have a probability of profit that’s lower than 50%.

So, if you’re a trader who prefers to have limited risk and high reward potential, your strategy will have a low probability of profit. On the other hand, if you’re ok with having more loss potential than reward, your strategy will have a high probability of profit. Either way, you can choose which side of the equation you want to be on, and even balance high probability trades with some low probability trades.

#5: Options Can Be Used to Reduce Risk

When most people hear about options, they typically hear about how incredibly risky they are. Frankly, these comments are warranted, as many individuals abuse options and implement them with highly risky approaches that are doomed to fail eventually.

However, options can be (and often are) used to reduce the risk of an existing stock or option position. Let’s look at an example of how options can be used to eliminate the loss potential of a long stock position below a certain price:

Put Risk Reduction

As we can see here, a put option is used to reduce the losses of a stock position below a certain price. Without the put option, the loss is $5,000 at the worst point. However, the stock position that is protected by a put option only experiences a loss of $2,368 at the worst point.

Here’s an example of how call options can be used to reduce the risk of a long stock position:

Covered Call vs. Stock

In this example, it’s clear that the covered call position (selling a call against 100 shares of stock) performed better than the stock position the entire time. More importantly, the losses on the covered call position were always less than the losses on the stock position by itself.

The last two examples demonstrate how simple implementations of options can reduce the risk of existing positions.

#6: You Can Combine Options With Stock Investing

Reason #6 for why investors should learn to trade options is that you don’t have to choose options trading or stock investing. You can do both!

Options are a perfect complement to stock investments. After all, options are derivatives of stocks, which just means their prices are derived from the stock that they’re traded against.

As a stock investor who understands options, you will:

  • Know how to use options to create a stream of monthly income on the shares you already own.
  • Understand how to reduce the risk of, or lock in profits of a profitable stock position.
  • Be able to calculate the estimated probabilities of specific stock price changes over any period of time.
  • Have the ability to gauge how the market perceives the riskiness of a particular stock by looking at the stock’s option prices.

There are many benefits of knowing options as a stock investor. Always remember that you don’t have to abandon buy-and-hold stock investing for options trading, you can do both. Why limit yourself?

#7: You'll Be More In Tune With the Economy

As a stock investor, it’s much easier to buy some shares and forget about the market for months at a time because stock investments are typically long-term.

As an options trader, there’s a good chance most of your trades will be short-term in nature (typically less than 60-90 days). As a result, you’ll be actively placing, adjusting, and closing trades. With more exposure to the markets through your positions, you’ll be more in tune with events related to the stocks that you’re trading options on, as well as macroeconomic events

With more exposure to the markets, there’s a higher probability that you stumble upon other attractive trading or investing opportunities.

#8: Trading Options is FUN

Investing in the markets is exciting in general, but there’s nothing quite like the freedom or flexibility that comes with the ways you can apply options trading to your portfolio. It doesn’t matter whether you trade options for risk reduction, aggressive speculation, or steady monthly income, trading options is fun, plain and simple. Everybody likes a little fun, right?

Final Word

As opposed to stock trading, options offer investors both leverage and flexibility. However, these benefits do indeed come with added risks.

Options trading requires diligence. The set-it-and-forget-it approach does not work here. If you’d like to jump-start your education on learning about calls and puts, please check out our comprehensive article below, Options Trading for Beginners.

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The Cost of Trading Volatility: VXX In Depth

When trading volatility products, it’s imperative that you’re aware of the costs associated with the positions you enter. More specifically, being aware of the current VIX term structure (VIX futures curve) as it relates to historical levels can help you make more informed volatility trading decisions.

My First Volatility Mishap

In May of 2014, I had just purchased my first VIX futures contract. The reason for the trade was that implied volatility was low and the market had been grinding steadily higher without any breathers to the downside, and I anticipated a reversion in volatility. At the time, I had overlooked the fact that VIX futures converge towards the VIX Index as time passes, and when volatility is low, VIX futures typically trade at a premium to the VIX. The result? Steady losses on long VIX futures contracts (and other long volatility strategies/products) when market implied volatility remains low.

If you look at the graph below, you’ll notice that the front-month VIX futures are consistently above the VIX Index when the VIX is at suppressed levels (a structure referred to as “contango”):

SPX VIX Contango

Data compiled from Yahoo! Finance and CBOE VIX Futures Data.

When the VIX term structure is in contango, long volatility traders pay the price, and must correctly time the inevitable volatility increase to avoid the costs of contango. If the timing is off, the losses from contango lead to an increase in the cost basis of long volatility trades, which means a more significant increase in volatility is needed to break even or profit.

NOTE! In March, 2022, Barclay’s suspended sales and issuance of VXX. Read about other volatility finds in our article: “VXX Alternatives“.

Historical VIX Term Structure Levels

So, how often is the VIX futures curve in contango and backwardation? Here are the historical spreads between the front-month VIX Future and the VIX Index since 2008:

VIX Contango

As we can see, the difference between the front-month VIX future and the VIX Index is typically positive, indicating that the VIX Index is at a discount to the front-month VIX future. Let’s take a look at some metrics that describe the spread’s history since 2008:

Interestingly, the median spread between the front-month VIX future and the VIX Index has been +0.80. When purchasing a VIX future at an $0.80 premium to the VIX Index, the potential loss from holding the contract when volatility doesn’t expand is $800 ($0.80 Loss Per Contract x $1,000 Contract Multiplier). The higher the spread, the higher the potential costs of buying volatility.

VIX Term Structure and Daily VXX Performance By Year

VIX futures are not alone in terms of the costs of trading volatility. A popular volatility ETN under the ticker symbol VXX tracks the performance of the two nearest-term VIX futures contracts. The result? Poor performance when the VIX futures curve is in contango (which, as we know, is the case most of the time).

Let’s take a look at the median premium of the front-month VIX future (M1) to the VIX Index, the median relationship between the second-month VIX futures contract (M2) and the front-month VIX futures contract, and the median daily VXX changes:

Just to clarify, the M2 / M1 relationship is important because VXX tracks an index that “rolls” the front-month futures (M1) to the second-month futures (M2) on a daily basis. When the M2 contract is at a more significant premium to the M1 contract, it’s an indication that near-term contango is steep and that VXX faces larger losses if the VIX remains low.

Implications for Trading Volatility

As we can see from this data, the contango has been very steep in 2017 (and since the U.S. election) relative to previous years. What are the implications of this? Well, steep contango will lead to more significant losses when trading volatility to the long side if the VIX remains suppressed, requiring more accurate timing of increases in market volatility.

So, while market implied volatility is currently at an extreme, understand that the costs associated with trading long volatility positions are high relative to historical norms. Does this suggest that shorting volatility is the better play? While short volatility strategies will perform considerably well if the VIX structure remains in its current state, there’s always the potential for a significant spike in volatility, especially with the VIX below 12. So, the risk/reward for shorting volatility at these levels won’t make sense for most traders.

At the very least, it’s interesting to see how significant the current volatility risk premium is relative to historical levels, and it should help volatility traders make more informed trading decisions.

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Implied Volatility and Calendar Spreads

The long calendar spread is an options strategy that consists of selling a near-term option, while simultaneously purchasing a longer-term option at the same strike price. Calendar spreads can be constructed with calls or puts. 

Since both options use the same strike price, they’ll both always have the same amount of intrinsic value, which means a calendar spread attempts to take advantage of the extrinsic values of each option.

A Long Calendar Spread’s Profit Drivers

When analyzing the position Greeks of a long calendar spread, we find that the position has positive theta and positive vega. As a result, a calendar spread can profit in two ways:

#1: The passage of time while the underlying price remains close to the strike price of the calendar. As time passes, the short option should lose more value than the long option, generating profits for a long calendar spread trader.

#2: An increase in implied volatility. The longer-term option has a higher vega value than the near-term option, which means the long option should gain more value than the short option when implied volatility increases.

Consider the following example trade:

As we can see from the example calendar spread, the position has positive theta and positive vega. The positive theta value of +$0.11 means a trader who owns this calendar spread should theoretically make $11 ($0.11 x 100) in profit with each day that passes, all else being equal. The positive vega value of +$1.22 indicates that the long calendar spread trader should profit by $122 ($1.22 x 100) if each option’s implied volatility increases by 1%. There’s just one problem: short-term and long-term implied volatilities (option prices) do not typically change at the same rate.

What if the short put’s implied volatility increases by 2% and the long put’s implied volatility increase by 1%? In this scenario, the long calendar trader would actually be expected to lose money from the volatility increase: (-$2.74 Short Option Vega x 2 Point IV Increase) + ($3.96 Long Option Vega x 1 Point IV Increase) = -$5.48 + $3.96 = -$1.52. So, despite the long calendar spread’s positive vega of +$1.22, a trader who owned the calendar spread is expected to lose $152 if the short option’s IV increases by 2% while the long option’s IV only increases by 1%.

Near-Term vs. Long-Term Option Price Sensitivity

To illustrate the difference between short-term and long-term option price (implied volatility) sensitivities, we can look at implied volatility indices that track SPX option prices with various amounts of time until expiration. Here are the three volatility indices we’ll examine:

By tracking the values of each index over time (especially through a period in which SPX implied volatility increases), we can learn how option prices with various amounts of time until expiration change relative to each other.

Let’s take a look at how each of these volatility indices changed through the market correction in August of 2015:


SPX Implied Volatilities

When the S&P 500 Index (SPX) began to collapse in late August, we can see that each of the volatility indices increased, indicating an increase in SPX option prices across the board. However, we can see that the nearest-term SPX options (as quantified by VXST) experienced the largest increase in implied volatility, while the longer-term SPX options (as quantified by VXMT) did not experience the same volatility increase.

So, despite the fact that long calendar spreads trade with positive vega, they can actually lose money from an increase in implied volatility. However, since significant increases in implied volatility tend to occur when the market crashes, a long calendar spread will likely be a losing position anyways, as the market will be moving away from the calendar’s strike price.

Trade Example #1: Directional Long Calendar Through a Stock Market Correction

Let’s look at some real long calendar examples to demonstrate the concepts discussed above.

The first example we’ll look at is a bearish long calendar spread in August of 2015. The short option is the 1,970 put expiring in September 2015, and the long option is the 1,970 put expiring in October 2015. On August 20th, the September 1,970 put had a vega of +1.99, while the October 1,970 put had a vega of +2.94. Let’s see what happened to the calendar spread after the market fell to the calendar’s strike price:

Based on the +1.99 vega of the September 1,970 put, a 3.2% increase in implied volatility should result in a $6.37 increase in the short put’s price (+1.99 x +3.2 = +$6.37). With a vega of +2.94, a 2.2% increase in the October 1,970 put’s implied volatility should result in a $6.47 increase in the long put’s price (+2.94 x +2.2 = +$6.47). Since a long calendar spread trader is short the near-term option and owns the longer-term option, the changes in implied volatility only account for $0.10 of the profits on the spread ($6.37 loss on the short option + $6.47 profit on the long option = +$0.10 profit).

The additional $1.05 in profits can be explained by the calendar spread’s bearish directional bias, as the delta of the spread was -0.04 on August 20th.

So, the moral of the story is that even though the stock price fell to the calendar strike and implied volatility increased, the price of the long calendar spread only increased by 8.7% (with most of the gains coming from the spread’s directional bias). This is because the near-term implied volatility increased more than the long-term implied volatility, resulting in less of a volatility impact than the Greeks initially indicated.

Trade Example #2: Long Calendar Spread Profits from an IV Decrease

As we discussed earlier, near-term option prices (implied volatility) are much more sensitive than longer-term option prices (implied volatility). Knowing this, can long calendar spreads actually profit when volatility decreases, despite having positive vega?

To answer this question, let’s look at a long calendar spread that’s entered in a period of high implied volatility. More specifically, where the near-term IV is at a premium to the longer-term IVs (a condition referred to as backwardation). In this example, we’ll look at a long 1,860 SPX call calendar spread between January 20th and January 22nd of 2016. On January 20th, 2016, the February 1,860 call had a vega of +2.12, and the March 1,860 call had a vega of +2.95. Let’s look at the trade metrics from entry until two days after:

Based on the +2.12 vega of the February 1,860 call, a 2.3% decrease in implied volatility should result in a $4.88 decrease in the short call’s price (2.12 x -2.3 = -$4.88). With a vega of +2.95, a 1.3% decrease in the March 1,860 call’s implied volatility should result in a $3.84 decrease in the long call’s price (+2.95 x -1.3 = -$3.84). As a result, the net profit from the volatility changes alone is +$1.04 per calendar spread ($4.88 profit on the short call’s price decrease – $3.84 loss on the long call’s price decrease = +$1.04).

So, despite having a vega of +0.83, the long calendar spread actually made money from the decrease in implied volatility. The volatility-related profits can be explained by the fact that the short option’s implied volatility decreased more than the long option’s implied volatility.

Now, since SPX rallied away from the calendar’s strike price of $1,860, the trade began to incur directional losses that offset the profits from the volatility decrease, which is why the overall gain was only $0.55. Either way, this example serves as a nice demonstration as to how a long calendar spread can actually profit from an implied volatility decrease.

What’s the Point?

So, what’s the point of all of this? First, and perhaps the biggest thing I want you to take away from this post is that calendar spreads may not be good long volatility trades, even though they trade with positive vega. Additionally, calendar spreads lose their ability to profit when the stock price rises or falls significantly, with the latter being the cause for most significant implied volatility increases. In my opinion, long calendar spreads are really designed to take advantage of low realized volatility (small movements in the underlying), in which case profits occur from the front-month option decaying at a faster rate than the back-month option.

Second, even though long calendar spreads trade with positive vega, they may actually be suitable for entries in extremely high implied volatility. Why? Because you’re selling inflated near-term implied volatility and buying a cheaper longer-term implied volatility. If the market trades sideways for one or two days and volatility falls, the near-term implied volatility should fall faster than the longer-term implied volatility, translating to quick profits for a long calendar spread trader. However, if the only goal is to trade the near-term vs. longer-term IVs, a “cleaner” trade can be constructed with VIX futures calendar spreads (for larger accounts), or synthetics in VIX options (to trade with smaller size).

Summary of Main Concepts

To quickly summarize what this post has covered, here are the key points to remember:

  • A long calendar spread has positive theta and positive vega, which means the position profits from the passage of time (as long as the stock price is near the strike price), and an increase in implied volatility (if both options experience a similar increase in implied volatility, or the long option experiences a larger increase in implied volatility).

  • Though a long calendar spread has positive vega, losses can actually occur from IV increases, as near-term IV typically rises faster than longer-term IV.

  • In the same vein, long calendar spreads can actually profit from falling implied volatility, as near-term IV typically falls faster than longer-term IV. This type of setup is most common after a severe market correction, in which case the near-term IVs will trade at a significant premium to the longer-term IVs (a condition called backwardation).
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Selling Option Strangles: When to Hold and Fold

When starting out in trading, it’s entirely natural to focus on the profit side of the equation. However, losses in trading are inevitable, and keeping losses manageable is the key to long-term profitability.

In this post, we’re going to compare two trading approaches and see which one has performed the best. Since we’re an options trading website, we’re going to focus on a short premium (selling options) approach and compare two separate trade management plans when selling strangles:

1. Only exit trades if a pre-defined profit target is reached. Otherwise, hold to expiration.

2. Only close trades if a pre-defined loss limit is reached. Otherwise, hold to expiration.

We’ll also look at the combination of these two strategies.

Let’s briefly discuss the methodology we’ll use for this analysis.

Study Methodology

Underlying: S&P 500 ETF (SPY)

1. All positions entered on the first trading day of each month from 2007 to present.

2. Select standard options expiration cycle in the following month (43-52 days to expiration).

3. Sell a strangle with a 16-delta call and 16-delta put.

Now, for each strangle position we tested two separate management approaches:

1. Close profitable strangles for 50% of the maximum profit potential. For example, if a strangle was sold for $1.50, the trade was only closed if the strangle’s price fell to $0.75 (a 50% profit). If the profit target is never hit, hold the position until expiration and let any losses run.

2. Close unprofitable strangles for -100% of the maximum profit potential. For example, if a strangle is sold for $2.00, the position was only closed if the strangle’s price reached $4.00 (a loss equal to 100% of the maximum $2.00 profit potential). If the stop-loss is never hit, hold the position until expiration and let any profits run.

We also added the combination of these two strategies for comparison.

Study Results: Taking Profits vs. Taking Losses

After running the study, we rounded up the cumulative profit/loss of each management approach. Here’s what we found:

SPY Short Strangles: Taking Profits vs. Taking Losses

As we can see here, only taking losses at the pre-determined loss limit resulted in an end profit 76% higher than the approach in which only profits were taken.

Let’s look at some of the profitability metrics related to each management approach:

While the loss-taking approach had a 17% lower success rate, the strategy significantly outperformed in the profit expectancy and worst drawdown categories.

By taking losses, you get stopped out of some losing trades that end up being profitable, which leads to a lower success rate. However, when the losing trades don’t come back, taking the loss results in keeping a larger portion of the profits from previous trades.

By taking profits and losses, the combined management strategy got the best of all worlds: high success rate, small drawdowns, and similar profitability to the trades that were closed for a profit or held to expiration.

When implementing any short premium approach, profits are typically small and frequent. However, the losses are infrequent and substantial. The key to any options trading approach (especially a short premium approach that utilizes undefined-risk strategies) is minimizing drawdowns and keeping most of the small, frequent profits.

In this post, we covered a very basic management approach applied to short strangles. The small study we presented is only one test using one specific strategy, but the notion of avoiding large losses is the most important takeaway.

Summary of Main Concepts

Here are the main concepts to take away from this post:

  • Many traders focus on the profit side of the equation, though focusing on losses can be more beneficial.

  • When selling 16-delta strangles in the S&P 500 over the past 10 years, closing only losing trades performed significantly better than only closing profitable trades.

  • Though the loss-taking approach to selling strangles had an 18% lower success rate, the strategy made up for it by keeping the losses small (the minimum drawdown was 80% lower than simply taking profits and holding losing trades).

  • When implementing an option-selling strategy with significant loss potential, profits will typically be small and frequent, but the infrequent losses can be substantial. Avoiding catastrophic drawdowns when selling options is the key to long-term profitability.
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