The Wheel Options Strategy: Premium, Assignment and the Risk Behind the Yield

Video: The Wheel Options Strategy | My NEW Credo Technology (CRDO) Trading Plan 2026 – Options With Ryan
Creator: Options With Ryan
Original Video: Watch the original video
Difficulty: Advanced

The Big Idea

The wheel exchanges some upside flexibility for option premium while retaining substantial exposure to a stock falling. Its two main stages are selling a cash-secured put, then selling covered calls if the put produces a stock position. The sequence is easy to describe. Evaluating its total return is harder because cash received, open option liabilities, stock losses and the opportunity cost of capped gains must all be counted.

Options With Ryan uses Credo Technology, ticker CRDO, to explain his selection and trade-management preferences. This guide examines that framework rather than recommending CRDO. The transcript’s quotations, financial figures and portfolio results are presenter-reported snapshots; no dated option chain, company filings or complete account ledger were supplied for independent verification.

If You Remember One Thing

Premium is compensation for an obligation. It is not evidence that the whole position made money. Before selling an option, calculate what happens if the stock falls sharply, remains depressed or rallies beyond the call strike.

Quick Reference

• A cash-secured put reserves money to buy shares at its strike if assigned.
• A covered call commits owned shares to a possible sale at its strike.
• The presenter generally favors puts around 25–35 days to expiration and absolute delta around 0.25–0.30.
• His covered-call preference is roughly 15–25 days, around 0.30 delta, with a strike at or above the acquisition price.
• A roughly 10% company allocation is an assignment-notional limit, not a guarantee against a large loss.
• Evaluate the entire account at market value, including outstanding options and shares.
• The stock-only Pine experiment below cannot establish the profitability of the wheel.

How the Wheel Changes Your Position

A standard equity option usually represents 100 shares; adjusted contracts can have different deliverables. Check contract specifications. American-style equity options permit exercise before expiration, so assignment cannot be modeled solely as an expiration event. A stock touching a strike does not itself mean immediate assignment. The Options Industry Council’s cash-secured-put explanation describes the purchase obligation and substantial downside risk.

Separate the Presenter’s Rules From Research Definitions

Do not mix a forward P/E with trailing profits, or treat revenue forecasts as reported results. A reproducible CRDO review would date the issuer’s filings, earnings calendar and option quotes. Those checks must precede a live decision; the transcript’s numbers are not current inputs for this guide.

Worked Example: What Does a $935 Put Premium Mean?

The transcript describes a $200-strike put with roughly 28 days remaining and $935 in premium per standard contract. Its gross assignment obligation is $200 × 100 = $20,000. Two denominators explain apparently different quoted returns:

• Premium divided by gross collateral: $935 ÷ $20,000 = 4.675%.
• Premium divided by collateral less received premium: $935 ÷ $19,065 ≈ 4.904%.

Both describe a premium ratio under stated assumptions, not a guaranteed account return. The second uses net economic outlay; it does not establish what a broker permits as collateral. A displayed midpoint also need not be executable. Repeating or annualizing this percentage assumes opportunities, fills and capital availability that have not been demonstrated.

For one standard put held through expiration, with strike K, per-share premium p and final stock price S, the option payoff before costs is 100 × [p − max(K − S, 0)]. Receiving premium initially creates cash and an offsetting short-option liability. As prices change, the liability must be marked too.

Assignment After a Sharp Fall

Consider the transcript’s illustrative $190 put and about $600 premium. If assigned with the stock worth $160, the shares cost $19,000 and are worth $16,000. Including the $600 premium, the combined economic result is $16,000 − $19,000 + $600 = −$2,400, before fees. The premium-adjusted economic purchase price is $184 per share. This calculation does not determine tax basis.

That loss does not disappear because it is unrealized. At a zero stock value, the position can lose $18,400 before costs. Being willing to own a company and being able to withstand that outcome are separate requirements.

Worked Example: A Covered Call Can Win or Lose With the Stock

Use one consistent hypothetical: 100 shares acquired at $220, a $245-strike covered call and $685 premium. This example follows the transcript’s style but holds the acquisition price constant rather than combining its changing figures. Assuming expiration settlement and no dividends or costs, the combined result is 100 × [min(S, $245) − $220] + $685.

The maximum is $2,500 stock appreciation plus $685 premium: $3,185, or approximately 14.48% of the $22,000 acquisition outlay. At $260, shares alone would have gained $4,000, leaving the covered call $815 behind that comparison. Premium improved cash flow while limiting participation in the rally.

The Options Industry Council’s covered-call guide explains the capped upside and retained stock downside. Selling only at or above the original acquisition price is a management preference. After a decline, that strike may offer little premium. Extending expiration creates a longer commitment; it does not guarantee recovery or prevent additional losses.

Delta, VIX and Bands: Useful Inputs With Limits

Delta Is Not an Assignment Promise

A put’s absolute delta near 0.30 is sometimes used as a rough probability shortcut. Delta itself describes option-price sensitivity to an underlying price change, and it changes with market conditions. The OIC delta reference distinguishes sensitivity from probability interpretations. “30 delta” does not mean an exact 30% assignment probability, especially when early exercise and trade management affect the path.

VIX Is a Market Volatility Measure

The source uses VIX to guide cash allocation and describes roughly 20–25% cash in a discussed 15–20 VIX environment. The transcript does not supply a complete allocation schedule, so there is no complete rule to recreate. Cboe describes VIX as expected near-term volatility derived from S&P 500 options. It is not CRDO’s expected volatility or a directional crash forecast. Low readings can persist; a cash rule needs independent testing and precise bands.

A Bollinger Band Touch Is Not a 95% Reversion Bet

The transcript’s statistical description of bands should not be treated as a reliable probability statement. John Bollinger’s published rules caution against normal-distribution assumptions and against interpreting tags as standalone buy or sell signals. Price can continue along a band. “Outside the band” cannot replace a loss scenario.

Sizing and Management Before the First Trade

In the source’s $200,000 portfolio example, one $200-strike standard put represents $20,000 assignment notional, or 10%. Existing shares and additional puts must be added to that exposure. Several technology positions can also share the same economic risk despite having different tickers.

If the earlier $200-strike, $935-premium position ends with stock at $100, its economic loss is $9,065, around 4.53% of the example portfolio. If the stock becomes worthless, the loss is $19,065, around 9.53%. Cash security prevents an unfunded purchase obligation under the assumed arrangement; it does not make the investment safe.

The presenter discusses closing at about 80% premium profit when substantial time remains, or rolling. For a $935 opening credit, an 80% capture means buying back for about $187 before fees, realizing approximately $748. A roll closes one option and opens another. Record both transactions: a new credit comes with a new liability and must not conceal the old trade’s loss.

Before entry, specify the earnings-event policy, maximum combined company exposure, what invalidates ownership, acceptable call-away price, and action after a severe drawdown. Those are research decisions where the source does not give a complete mechanical rule. Do not invent a protective stop and attribute it to the presenter.

Claims and Evidence

The transcript reports premiums and favorable portfolio or client results, but it does not provide a complete audited total-return history. Realized option gains alone omit open share losses, outstanding option liabilities, withdrawals, deposits, interest, dividends, costs and taxes. No success rate or sustainable monthly return can be established from the supplied material.

A credible full-wheel test needs historical option chains with tradable quotes, contract deliverables, expirations, corporate actions, event dates and explicit assignment assumptions. Fundamental screens must use information available at the time. Include failed and delisted stocks to avoid survivorship bias. Compare total equity and drawdowns against holding the same stock and keeping cash; do not compare option cash receipts against a stock’s total return.

A TradingView Experiment: Does the Underlying Trend Filter Help?

//@version=6
strategy("Underlying trend filter: NOT an options wheel", overlay=true,
     initial_capital=100000, default_qty_type=strategy.percent_of_equity,
     default_qty_value=10, pyramiding=0, margin_long=100,
     commission_type=strategy.commission.percent, commission_value=0.05,
     slippage=2, process_orders_on_close=false,
     calc_on_every_tick=false, calc_on_order_fills=false)

// Tests stock exposure only. No invented premiums, delta or assignment.
if not (timeframe.isdaily and timeframe.multiplier == 1)
    runtime.error("Use a standard one-day candlestick chart.")

bool useTrend = input.bool(true, "Require positive trailing price change")
int lookback = input.int(378, "Trend lookback in trading bars", minval=20)
int startDate = input.time(timestamp("01 Jan 2020 00:00 +0000"), "First decision date")
int endDate = input.time(timestamp("31 Dec 2030 23:59 +0000"), "Last decision date")

bool enoughHistory = not na(close[lookback])
bool trendOK = enoughHistory and close > close[lookback]
bool dateOK = time_close >= startDate and time_close <= endDate
// Both variants wait for identical warm-up history.
bool holdCondition = enoughHistory and (not useTrend or trendOK)
if barstate.isconfirmed and dateOK
    if holdCondition and strategy.position_size == 0
        strategy.entry("Stock", strategy.long)
    if enoughHistory and not holdCondition and strategy.position_size > 0
        strategy.close("Stock", comment="Trend no longer positive")

// No protective stop: the source does not supply one. This is stock exposure.
// No forced end-date liquidation or daily rebalancing. Cash earns zero here.
plot(close[lookback], "Reference close", color=color.orange)

Ordinary chart OHLCV cannot reconstruct historical option premiums, delta or assignment. The meaningful chart component here is the source’s preference for an underlying with a long upward trend. This experiment defines that preference as the completed daily close being above the close 378 trading bars earlier, approximately 1.5 years using 252 trading days per year. That is an experimental endpoint-return definition, not proof of a continuously rising trend or an exact calendar interval.

Use a standard one-day candlestick chart. When the filter qualifies, the strategy buys stock with 10% of equity; when it stops qualifying, it exits. Toggle the filter off for an exposure comparison with identical warm-up requirements. This is a stock experiment, not a put, call or wheel simulation.

What This Code Actually Tests

• Whether positive trailing daily price change improves the results of a small stock allocation relative to holding through the same decision window.
• One long position at a time, with signals evaluated on completed daily bars.
• Market orders filled on the next available tick, normally the next daily open, rather than retrospectively at the signal close.
• Default costs of 0.05% per fill and two ticks of slippage, adjustable in strategy properties.

The 10% input sizes each entry; it does not rebalance continuously or enforce a permanent 10% holding limit. Market movement can increase the portfolio weight. Both modes wait for enough lookback history. Date inputs control all decisions; after the final decision date the script makes no further entries or exits and does not force liquidation. Set the end beyond the final evaluation bar when assessing normal operation, and include any open position’s market value.

What This Code Does Not Test

It does not sell options, earn premiums, reserve assignment collateral, model early exercise, screen P/E or earnings, implement VIX allocation, or manage covered-call strikes. It assumes no cash interest or separately credited dividends. It cannot support claims about wheel returns or which stock to wheel.

No protective stop is supplied because the transcript does not provide one. There are no brackets or fixed reward-to-risk targets. An exit signal submits a market order after the close; an overnight gap can produce a materially worse fill. There is no higher-timeframe request, intrabar decision or same-bar stop-versus-target assumption. A single position prevents overlapping entries, but the next-open fill can differ from the price used to calculate entry size. See TradingView’s strategy documentation (paid link) for broker-emulator behavior and cost modeling.

Validation status: The script has been statically reviewed and its complete code interface checked. It has not been compiled or run in TradingView; no backtest results are claimed.

Backtest Lab

1. Filter versus exposure: Compare enabled and disabled trend filtering on the same symbol, dates, warm-up and costs. Record total equity, drawdown, exposure time and trade count. Lower drawdown with less exposure is not automatically superior performance.
2. Definition sensitivity: Compare 252, 378 and 504 trading bars. Provide sufficient earlier chart history and use a common evaluation start after all three can initialize. Look for stable behavior across several stocks and market regimes rather than selecting the best CRDO result.
3. Execution stress: Repeat with 0.10% commission and five ticks of slippage. Inspect gap days and report open-position equity consistently. An attractive zero-cost result is insufficient.

For a separate options-data study, compare 0.20 and 0.30 absolute-delta puts at the same days to expiration; holding versus 80% profit capture; and 15 versus 30-day calls on identical acquired share paths. Keep collateral, assignment assumptions and quote-quality rules constant. Log option closing costs and opening credits separately. Report total return, drawdown, capped upside and time spent holding losing shares, rather than choosing the largest premium sum.

Check Your Understanding

1. You collect $600 on a $190 put, then own shares worth $160. Did you make $600? No. For 100 shares, the combined position is down $2,400 before costs.
2. Does 0.30 delta fix the probability of assignment at 30%? No. It is a changing sensitivity measure sometimes used as a probability approximation; assignment also depends on exercise behavior and management.
3. Does a call strike above acquisition price protect shares from falling? No. It sets a potential sale price while the stock continues to carry downside.
4. Does rolling erase the original loss? No. Closing realizes the old result; opening creates a separate obligation.
5. Can a profitable stock-filter backtest prove the wheel works? No. It lacks the option prices and path-dependent rules needed to test the wheel.

Practice Exercise

On paper, model a $100-strike put collecting $300 for one standard contract. Calculate the combined result at expiration prices of $110, $95 and $70. The answers are +$300, −$200 and −$2,700 before costs. Then assume assignment at $100 and write a $105 call for $200. Measure that stock-and-call stage separately at $80 and $120: −$1,800 and +$700. Add the earlier put premium only once if evaluating the complete cycle.

Finally, write a decision memo for the $70 scenario: whether the original ownership thesis survives, what fraction of the portfolio is committed, and what information would justify closing. A premium target alone cannot answer those questions.

Final Takeaway

The wheel is a sequence of stock purchase and sale obligations with option premiums attached. The presenter’s framework offers concrete preferences for selection, expiry, delta and concentration. Its usefulness depends on precise definitions and honest accounting for the whole position. Start with adverse-price scenarios, verify dated inputs and test the actual options rules before treating premium collection as an edge.

Risk Disclosure

This guide is educational and is not personalized investment advice or a recommendation to trade CRDO. Stocks and options can produce substantial losses. Assignment, gaps, liquidity, fees, taxes and contract changes affect outcomes. Hypothetical examples and historical tests do not guarantee future results.

CandleChasers is an independent educational publisher and is not affiliated with Options With Ryan. The explanations, calculations and research exercises here are CandleChasers’ independent analysis of the supplied material.