Options Strategy Cheat Sheet and Decision Tree

Quick Answer

An options strategy should start with two views: market direction and volatility. Direction asks whether the trader is bullish, neutral, bearish, or unsure. Volatility asks whether implied volatility is high or low relative to the underlying's own history and whether the trader wants to be long or short volatility. A covered call, cash-secured put, long call, long put, debit spread, credit spread, straddle, strangle, calendar spread, and iron condor all answer different combinations of those two questions.

The decision tree is not a recommendation engine. It is a way to avoid mismatching strategy and thesis. A bullish low-IV view may fit a long call or bull call debit spread. A bullish high-IV view may fit a cash-secured put or bull put credit spread if assignment or defined risk is acceptable. A neutral high-IV view may fit an iron condor or short strangle only when risk is controlled. A bearish low-IV view may fit a long put or bear put debit spread. The OIC strategy library and Cboe options education are useful references because they describe mechanics before performance claims.

NOT investment advice. Mustafa Bilgic is not a registered investment advisor. Educational only. The strategies below are educational examples. They are not suitable for every account, and several require broker approval, margin, active management, or defined-risk construction. Before trading, check FINRA and SEC investor-risk materials, IRS Publication 550, broker permissions, fees, and assignment rules.

Step One: Define the Underlying Thesis

The first decision is whether the underlying belongs in the account at all. A covered call on a stock the investor would not own is not conservative. A cash-secured put on a stock the investor would not buy after assignment is not a disciplined entry. A long call on a stock the trader does not understand is just leveraged speculation. Strategy selection should begin with the security, not the premium.

Write one sentence before opening a trade. Example: I am moderately bullish on AAPL over the next 45 days but do not want to own more than 100 shares. Example: I am neutral on SPY and believe 30-day implied volatility is high relative to expected realized volatility. Example: I want downside protection on a stock position through earnings and accept that the hedge may expire worthless. This sentence prevents strategy drift.

Then map the thesis to the account. Does the broker permit the strategy? Is the position size small relative to the portfolio? Would assignment create a margin problem? Would a roll violate the original thesis? Would the taxable account create short-term gains or wash-sale questions? These checks come before strike selection because the best-looking option chain is irrelevant if the account cannot carry the obligation.

Step Two: Decide Direction

Directional view is not just bullish or bearish. It includes magnitude and time. Slightly bullish means the trader expects a modest rise or wants an entry at a lower price. Strongly bullish means the trader wants meaningful upside participation. Neutral means the trader expects range-bound movement or wants income from owned shares. Bearish can mean hedging an existing position, speculating on downside, or reducing net exposure.

A modest bullish view can fit a cash-secured put because the seller may profit if the stock stays above the strike or may buy shares at an effective basis if assigned. A strong bullish view often conflicts with covered calls because covered calls cap upside. A neutral view can fit covered calls, iron condors, or calendars depending on IV and risk tolerance. A bearish view can fit long puts, bear put spreads, or bear call spreads depending on volatility.

The mistake is using the same strategy for every view. Selling covered calls on a stock expected to explode upward creates opportunity cost. Buying calls in a low-conviction neutral market creates theta drag. Selling puts in a bearish thesis creates assignment into a declining asset. The decision tree forces the trader to name the view before selecting the option structure.

• Use long calls or bull call spreads when upside participation is central.
• Use covered calls only when selling at the strike is acceptable.
• Use cash-secured puts only when owning at the effective basis is acceptable.
• Use bearish structures only after defining whether the goal is hedge or speculation.

Step Three: Decide Volatility View

Volatility view asks whether current implied volatility is cheap, fair, or expensive relative to the move expected. A trader who buys options is usually long volatility and long gamma. The trade needs movement, IV expansion, or both to overcome theta. A trader who sells options is usually short volatility and short gamma. The trade benefits from time decay and IV contraction but loses when realized movement is larger than priced.

Low IV does not automatically mean buy options. It means option premiums are low relative to the metric used. If the underlying is also unlikely to move, low IV may be fair. High IV does not automatically mean sell options. It may be high because an event could move the stock dramatically. The better question is whether the implied move is too low or too high compared with the trader's researched scenario.

Use IV rank, IV percentile, historical volatility, event calendars, and option-chain liquidity together. A low-IV bullish view might favor a debit structure. A high-IV bullish view might favor selling downside premium or using a covered call if shares are already owned and assignment is acceptable. A neutral high-IV view may favor defined-risk credit structures. A low-IV neutral view may favor calendars, butterflies, or simply waiting.

Bullish Strategy Choices

A long call is the cleanest bullish option: pay a debit, risk the premium, and gain upside exposure. It works best when the trader expects a strong move before expiration or implied volatility expansion. The risk is that the stock rises too slowly, implied volatility falls, or the move is not large enough to exceed premium. A bull call spread lowers the debit by selling a higher-strike call, but it caps upside at the short strike.

A cash-secured put is bullish to neutral because the seller profits if the stock stays above the strike and may be assigned shares below the strike. It works best when the investor wants to own the stock at the effective basis and IV is high enough to compensate for assignment risk. A bull put credit spread defines the downside risk by buying a lower-strike put, which can help smaller accounts but creates a capped profit and possible maximum loss.

A covered call is only moderately bullish because upside is capped. It can fit an investor who owns AAPL at 190 and would sell at 200, especially when premium is attractive. It does not fit an investor who wants full upside through a catalyst. The decision tree should route strong bullish views away from covered calls unless the call is intentionally part of an exit plan.

Neutral Strategy Choices

Neutral strategies are often misunderstood because neutral does not mean safe. It means the trader expects limited movement or wants a structure that can profit if the underlying remains within a range. Covered calls, iron condors, short strangles, calendars, butterflies, and some ratio structures can be neutral, but their risks differ dramatically. A covered call has stock downside. An iron condor has defined but real loss. A naked short strangle can have very large risk.

In high IV, neutral traders often consider credit structures because premium is richer. An iron condor sells an out-of-the-money put spread and an out-of-the-money call spread. It profits if the underlying stays between the short strikes, but one sharp move can create a loss. A short strangle collects more premium but usually has undefined risk and higher approval requirements. Beginners should generally study defined-risk versions before considering undefined-risk premium selling.

In low IV, neutral traders may consider calendars or butterflies because the debit can be lower and the structure may benefit from time decay around a target zone. A calendar spread buys longer-dated time value and sells shorter-dated time value at the same or nearby strike. It is sensitive to volatility and timing. A butterfly defines a narrow profit zone and can be cheap, but it requires precise movement and careful exit planning.

Bearish Strategy Choices

A long put is the cleanest bearish option: pay a debit and gain downside exposure. It can also hedge existing stock. The risk is premium loss if the stock does not fall enough or implied volatility drops. A bear put debit spread buys a higher-strike put and sells a lower-strike put, reducing cost but capping profit. It can fit a moderate bearish view where the trader has a downside target.

A bear call credit spread is bearish to neutral. It sells a call and buys a higher-strike call to define risk. The position profits if the underlying stays below the short call strike. It can fit high IV when the trader expects the stock not to rally, but the maximum loss can be several times the credit. A trader should compare credit with spread width and not annualize a short-duration credit as if it were repeatable without risk.

Bearish covered-call adjustments are different. If an investor owns stock and turns bearish, selling a call may collect premium but leaves most downside intact. A protective put, collar, stock sale, or position reduction may be more direct. The decision tree should not let option income distract from the core question: should the stock exposure remain in the account?

Volatility Strategy Choices

A trader with a big-move view can be bullish on volatility without knowing direction. Long straddles and long strangles buy both call and put exposure. They work when the underlying moves enough or implied volatility rises enough to overcome the debit. They often lose when the expected event is smaller than priced or when IV crush occurs after earnings. The appeal is defined risk. The challenge is needing a sufficiently large move.

A trader with a quiet-market view can sell volatility through iron condors, short strangles, credit spreads, or covered-call overlays. These trades often show high probability of profit because many outcomes keep the option out of the money. The cost is asymmetric risk. One large move can overwhelm many small credits. Defined-risk structures limit the damage, but the defined loss can still be meaningful.

Calendars and diagonals are mixed volatility tools. They can benefit from differences between near-term and longer-term implied volatility, but they are not simple income trades. A PMCC is a diagonal spread that combines a long-dated call with shorter calls sold against it. It can act like a capital-efficient covered call, but it carries long-option, short-option, vega, delta, and assignment risks. The decision tree should route users to these only after they understand both legs.

Decision Tree Walkthrough

Start with a question: do you want to own or keep the underlying? If yes and you already own shares, consider whether a covered call or collar fits. If no, do not use a covered call as a workaround. If you want to buy shares lower, a cash-secured put may fit only if assignment is acceptable. If you do not want assignment, use defined-risk spreads or avoid short options.

Next ask: is the directional view strong? If strongly bullish and IV is low to moderate, long calls or bull call spreads are cleaner than covered calls. If strongly bearish and IV is low to moderate, long puts or bear put spreads are cleaner than selling calls against stock. If the view is neutral and IV is high, defined-risk credit structures may fit. If the view is neutral and IV is low, waiting may be better than forcing a low-credit trade.

Then ask: what is the maximum acceptable loss? If the answer is only the premium paid, debit strategies fit better. If the answer allows a defined spread loss, credit spreads or condors may fit. If the answer includes owning stock, cash-secured puts and covered calls may fit. If the answer is undefined or the trader cannot state it, the trade is not ready. The decision tree ends with risk limit, not with the strategy name.

• Own shares and accept sale: covered call.
• Want shares lower and accept assignment: cash-secured put.
• Need full upside with defined debit: long call or bull call spread.
• Need downside hedge with defined debit: long put or bear put spread.
• Expect range and high IV: defined-risk condor before undefined-risk shorts.

Worked Examples

AAPL at 190, bullish low-IV view: suppose IV rank is 18 and the trader expects a product-cycle rally. A long 200 call or 190/205 bull call spread may express that view with defined debit. A covered call would conflict with the strong upside thesis because it sells the very upside the trader wants. The calculator workflow should compare premium paid, breakeven, maximum loss, and sensitivity to IV changes.

AAPL at 190, bullish high-IV but willing buyer view: suppose IV rank is 72 after a market-wide selloff, earnings are not inside the option window, and the investor would buy AAPL at 180. A 180 cash-secured put or 180/170 bull put spread may fit better than a long call because the trader wants premium and accepts the lower entry plan. If assignment is unacceptable, the cash-secured put fails the decision tree.

SPY at 500, neutral high-IV view: suppose VIX has spiked, SPY options are liquid, and the trader expects a range between 485 and 515. An iron condor can define risk around that range, while a naked short strangle would require more approval and risk tolerance. SPY at 500, bearish low-IV hedge view: a 485 put or 500/485 bear put spread can define risk for downside protection. The same underlying routes to different strategies because direction and volatility views changed.

Mistakes the Decision Tree Prevents

The first mistake is selling premium only because IV is high. High IV may be fair compensation for a dangerous event. The decision tree requires an event review and maximum-loss check. The second mistake is buying options only because the premium is low. Low IV may be low because the underlying is unlikely to move. The tree requires a catalyst, target, or hedge purpose.

The third mistake is using covered calls as universal income. A covered call is not just extra yield. It changes the stock payoff and creates an assignment obligation. The fourth mistake is using spreads without understanding width and credit. A 10-wide credit spread sold for 1.00 risks 9.00 to make 1.00 before fees. Probability of profit does not erase maximum loss. The fifth mistake is rolling every losing trade into a new trade without asking whether the original thesis failed.

The sixth mistake is ignoring taxes. Frequent option trades can create many records, short-term gains, assignment events, and wash-sale issues. IRS Publication 550 belongs in the workflow for taxable accounts. A decision tree focused only on direction and volatility is incomplete unless it also checks account type, tax lot, broker permission, and position size.

Tax, Approval, and Assignment Context

Strategy choice can change tax reporting. A covered call that is assigned can sell stock. A cash-secured put that is assigned can create stock basis. A spread that is closed, expires, or is assigned can have different reporting details. IRS Publication 550 is the starting source for U.S. taxable accounts, but complex positions and frequent rolls deserve professional review. A tax-inefficient strategy can underperform even when the pre-tax decision tree looks reasonable.

Broker approval matters because options strategies have different risk levels. Covered calls are usually lower approval than spreads, naked options, or advanced volatility structures. FINRA rules and broker processes exist because short options, margin, and assignment can create obligations that investors may underestimate. Do not force a strategy into an account that lacks the permission, cash, or risk controls to manage it.

Assignment risk is central for short options. OIC and FINRA assignment education should be reviewed before selling calls or puts. American-style equity and ETF options can be assigned before expiration. Ex-dividend dates can increase early assignment risk for in-the-money calls with low remaining time value. A decision tree that routes to a short option should always end with the question: what happens if assignment occurs tonight?

Calculator Workflow

Use the decision tree before opening any calculator. First choose the market view, volatility view, maximum loss, and assignment tolerance. Then use the relevant calculator: covered-call calculator for stock-plus-short-call trades, cash-secured-put calculator for put-selling entries, option profit calculator for long calls and puts, spread calculators for debit and credit spreads, and Greeks or IV tools for sensitivity.

After modeling the chosen strategy, model the rejected alternative. If a covered call looks attractive, compare it with simply holding the stock. If a cash-secured put looks attractive, compare it with a limit order to buy shares. If an iron condor looks attractive, compare maximum loss with credit and with no trade. The best decision tree is not the one that always finds a trade. It is the one that makes no trade an acceptable outcome.

Source Discipline

This guide cites OIC strategy materials for mechanics, Cboe for options terminology and volatility context, FINRA and SEC Investor.gov for risk and investor-protection framing, and IRS Publication 550 for tax context. These official sources do not endorse any strategy or ticker. They provide definitions and risk language that should come before social-media shorthand.

The practical rule is simple: direction plus volatility plus risk limit chooses the strategy family. Strike, expiration, and contract count come afterward. If the trader cannot state the direction view, volatility view, maximum loss, assignment result, and tax concern in plain language, the position is not ready for real capital.