Lesson 3 introduced what options are and how they are priced. This lesson is about applying them. The strategies here fall into two categories: overlays, where you apply options to a spot position you already hold to generate income or reduce risk, and directional strategies, where you use options to express a view on price or volatility without holding the underlying.

The distinction matters because the objectives are different. An overlay strategy is designed to enhance or protect an existing position, the spot holding is the primary trade and the options modify its return profile. A directional strategy stands alone: the option is the trade. Most retail participants with spot holdings start with overlays, because the downside is bounded by the premium cost and the spot position they already own.

The covered call is the starting point for most retail options participants. You hold spot BTC and sell an out-of-the-money call. You collect the premium immediately. If BTC stays below your strike at expiration, the call expires worthless and the premium is yours: your effective cost basis on the spot position has decreased by the amount of premium collected. If BTC closes above your strike, your spot gets called away at the strike price. You still profit up to that level. The cost is the upside you gave away above the strike.

The protective put is the mirror image. You hold spot BTC and buy a put: the right to sell at the strike price. If BTC falls sharply, the put gains value and offsets the loss on your spot. Your maximum loss on the combined position is bounded by the strike price minus the premium paid. If BTC stays flat or rises, the put expires worthless and the premium is your cost of insurance.

The collar combines both. You hold spot BTC, buy a protective put, and sell a covered call to partially or fully finance the put premium. The result is a position with a defined floor and a defined ceiling. You give up upside above the call strike, you give up premium on the put, and in return you know the worst outcome before you enter. This is how institutional holders hedge large positions during periods of macro uncertainty without selling the underlying.

The put spread collar adds a second layer of income to the collar structure. Instead of only selling one call, you also sell an OTM put spread: you sell a higher-strike put and buy a lower-strike put below it for protection. The premium collected on the short put spread offsets some or all of the cost of the protective put, making the overall structure cheaper or even zero-cost. Your downside exposure sits between the two put strikes rather than being fully open below the long put. This is a more capital-efficient structure than a simple collar when you are comfortable accepting defined downside exposure in a specific range in exchange for lower net premium cost.

A spread involves buying one option and selling another on the same underlying and expiration but at different strikes. The sale of one leg reduces the cost of the other, producing a lower-cost, lower-risk trade than the naked single-leg position.

When you have a view on price direction but want defined risk and no liquidation, buying a call or put is cleaner than a leveraged futures position: your maximum loss is the premium and there is no margin call. The tradeoff is that you are also exposed to theta and vega. Time works against you every day the position is open, and if IV compresses after your entry, the option loses value even if price moves in your direction.

Straddles and strangles are volatility strategies rather than directional ones. A straddle buys a call and a put at the same strike and expiration. A strangle buys them at different strikes, the call above spot, the put below. Both profit from a large move in either direction. Both are vulnerable to IV crush post-event. The entry timing relative to an event is everything: entering when IV is already elevated pays too much for the same position.

Volatility strategies do not require a directional view. They require a view on whether the market will move more or less than the current implied volatility suggests. There are three approaches: buying volatility, selling volatility, and gamma scalping.

Long volatility means you expect a large move in either direction. The instrument is a straddle, buying a call and a put at the same strike and expiration, or a strangle, which buys the call and put at different out-of-the-money strikes. The strangle is cheaper than the straddle because both legs are OTM, but it requires a larger move to become profitable. Both positions have defined maximum loss equal to the total premium paid and unlimited profit potential if price moves significantly in either direction. The risk is IV crush: if the move does not materialize and implied volatility falls, both legs lose value even if price moves modestly.

Short volatility means you expect the market to stay range-bound and IV to fall. Selling a straddle, selling both the call and the put at the same strike, collecting maximum premium, but carries significant risk if price moves sharply through either strike. Selling an iron condor, which adds long wings above and below the short strikes: defines the maximum loss and is the preferred structure for most retail participants. Both approaches benefit from IV crush and time decay. The event-driven pattern is especially useful here: IV consistently spikes before known events and collapses after them. Selling premium after the IV spike has peaked, but before or immediately after the event resolves, captures that collapse.

A third approach, gamma scalping: uses a delta-neutral options position adjusted continuously with a futures hedge to capture realized volatility above what the options market implied. This is covered as a standalone advanced lesson in a future module.

Known events with known dates, FOMC decisions, halving dates, ETF approval deadlines, major protocol upgrades: create predictable IV patterns. IV tends to expand as the event approaches because the market is pricing increasing uncertainty. After the event resolves, IV collapses because the uncertainty has been removed. This pattern is reliable enough to structure trades around it.

Pre-event: IV is rising. Selling premium, covered calls, iron condors, short strangles, benefits from elevated premium but carries the risk of a large directional move against the short strike. Buying premium, long calls, straddles: captures IV expansion if entered early enough before the spike, but becomes expensive the closer to the event.

Post-event: IV collapses. Selling premium after the event captures the IV crush: the position benefits from vega contraction regardless of where price goes. This is sometimes called the IV crush trade and it is one of the most repeatable patterns in crypto options.

The same event analysis applies to prediction markets covered in Lesson 4. The two instruments are complementary. A prediction market contract gives you a binary outcome view. An options position gives you a volatility view on the same event. Running both simultaneously lets you express a more nuanced view: directional confidence through the prediction market, volatility timing through the options.

Work through each of the three scenarios below based on your current position and market conditions.

If you hold spot BTC in a sideways or mildly bullish market:

If you want downside protection on spot BTC ahead of a macro event:

If you want defined-risk upside exposure without holding spot: