How are ET strangle max profit and max loss calculated?

Upside max profit is unbounded; downside max profit is bounded at the put strike minus the combined debit (reached at zero). Max loss equals the combined debit times 100 (reached anywhere between the two OTM strikes). Two breakevens at call-strike plus debit and put-strike minus debit. For the ET strangle priced from the end-of-day chain at a 30-day expiry (ATM IV 18.44%), the computed maximum profit is unbounded per contract and the computed maximum loss is -$24.50 per contract. Live intraday quotes will differ as the chain moves through the trading session.

What is the breakeven for a ET strangle?

The breakeven for the ET strangle priced on this page is roughly $17.76 and $20.25 at expiration, derived from end-of-day chain premiums. Breakeven is the underlying price at which the strategy's P&L crosses zero ignoring transaction costs and assignment risk. The current ET market-implied 1-standard-deviation expected move is approximately 5.29%; if the move sits well outside the breakeven distance, the structure's risk-reward becomes correspondingly tighter.

How does current ET implied volatility affect this strangle?

ET ATM IV is at 18.44% with IV rank near 34.60%, which is mid-range against its 1-year history. Strategy selection depends more on directional thesis and expected move than on a strong IV signal.

ET Strangle Strategy

ET (Energy Transfer LP), in the Energy sector, (Oil & Gas Midstream industry), listed on NYSE.

Energy Transfer LP functions as a comprehensive provider of energy infrastructure and associated services. The company operates extensive natural gas networks, including approximately 11,600 miles of intrastate transportation pipelines and an additional 19,830 miles dedicated to interstate transport. Its natural gas storage capabilities encompass three facilities in Texas and another two spanning Texas and Oklahoma. Energy Transfer supplies natural gas to a diverse range of customers, such as electric utilities, independent power producers, local distribution companies, other marketing firms, and various industrial end-users. Beyond transportation, the firm manages substantial infrastructure for gathering, processing, treating, and conditioning natural gas and natural gas liquids (NGLs) across a broad geographic area that includes Texas, New Mexico, West Virginia, Pennsylvania, Ohio, Oklahoma, Arkansas, Kansas, and Louisiana. This infrastructure also covers natural gas gathering systems in Ohio, and integrated natural gas gathering, oil pipeline, and oil stabilization facilities situated in South Texas.

ET (Energy Transfer LP) trades in the Energy sector, specifically Oil & Gas Midstream, with a market capitalization of approximately $65.97B, a trailing P/E of 13.65, a beta of 0.54 versus the broader market, a 52-week range of 16.18-20.7, average daily share volume of 13.7M, a public-listing history dating back to 2006, approximately 16K full-time employees. These structural characteristics shape how ET stock options price implied volatility around earnings windows, capital events, and macro-driven sector rotations.

A beta of 0.54 indicates ET has historically moved less than the broader market, dampening realized volatility and producing tighter expected-move bands per unit of dollar exposure. ET pays a dividend, which adjusts put-call parity and shifts the ex-dividend pricing across the listed chain.

What is a strangle on ET?

A long strangle buys an OTM call and an OTM put at offset strikes, cheaper than a straddle but requiring a larger underlying move to profit since both wings start out-of-the-money.

Current ET snapshot

As of June 30, 2026, spot at $19.13, ATM IV 18.44%, IV rank 34.60%, expected move 5.29%. The strangle on ET below is built from the same end-of-day chain, with strikes snapped to listed contracts and premiums pulled from the bid/ask midpoint at a 31-day expiry.

Why this strangle structure on ET specifically: ET IV at 18.44% is mid-range versus its 1-year history, so strategy selection should anchor more to the directional thesis than to the IV regime, with a market-implied 1-standard-deviation move of approximately 5.29% (roughly $1.01 on the underlying). The 31-day window matched to the front-month expiry keeps theta exposure bounded while still capturing the post-snapshot move; longer-dated ET expiries trade a higher absolute premium for lower per-day decay. Position sizing on ET should anchor to the underlying notional of $19.13 per share and to the trader's directional view on ET stock.

ET strangle setup

The ET strangle below is built from the end-of-day chain, with each option leg priced at the bid/ask midpoint of its listed strike. With ET near $19.13, the first option leg uses a $20.00 strike; additional legs (when the strategy has them) anchor to spot-relative offsets. Premiums come from the bid/ask midpoint on the listed ET chain at a 31-day expiry; the cross-strike IV skew is reflected directly in the per-leg values rather than approximated. Quantity sizing assumes one contract per option leg (or 100 ET shares for the stock leg in covered calls and collars).

Action	Type	Strike / Basis	Premium (est)
Buy 1	Call	$20.00	$0.13
Buy 1	Put	$18.00	$0.12

ET strangle risk and reward

Net Premium / Debit: -$24.50
Max Profit (per contract): Unbounded
Max Loss (per contract): -$24.50
Breakeven(s): $17.76, $20.25
Risk / Reward Ratio: Unbounded

Upside max profit is unbounded; downside max profit is bounded at the put strike minus the combined debit (reached at zero). Max loss equals the combined debit times 100 (reached anywhere between the two OTM strikes). Two breakevens at call-strike plus debit and put-strike minus debit.

ET strangle payoff curve

Modeled P&L at expiration across a range of underlying prices for the strangle on ET. Each row is one sampled price point from the computed payoff curve; the full curve uses 200 price points internally before being summarized into 10 rows here.

P&L at expiration across the modeled underlying-price range. Green shading marks profitable regions, red shading marks loss regions. Dotted purple verticals mark breakevens; the solid dark vertical marks current spot.

Underlying Price	% From Spot	P&L at Expiration
$0.01	-99.9%	+$1,774.50
$4.24	-77.8%	+$1,351.64
$8.47	-55.7%	+$928.77
$12.70	-33.6%	+$505.91
$16.92	-11.5%	+$83.04
$21.15	+10.6%	+$90.82
$25.38	+32.7%	+$513.69
$29.61	+54.8%	+$936.55
$33.84	+76.9%	+$1,359.41
$38.07	+99.0%	+$1,782.28

When traders use strangle on ET

Strangles on ET are the cheaper cousin of the straddle - traders use them when they want a large directional move but are willing to give up the inner-strike sensitivity in exchange for a lower up-front debit on the ET chain.

ET thesis for this strangle

The market-implied 1-standard-deviation range for ET extends from approximately $18.12 on the downside to $20.14 on the upside. A ET long strangle is the OTM cousin of the straddle: lower up-front cost but the underlying has to travel further past either OTM strike before the position turns profitable at expiration. Current ET IV rank near 34.60% is mid-range against its 1-year distribution, so the IV signal is neutral; the strangle thesis on ET should anchor more to the directional view and the expected-move geometry. As a Energy name, ET options can move on sector-level news flow (peer earnings, regulatory updates, industry-specific macro data) in addition to ET-specific events.

ET strangle positions are structurally neutral / high-volatility (long premium, OTM); the modeled P&L assumes European-style exercise at expiration and ignores early assignment, transaction costs, dividends paid before expiry on the stock leg (when present), and the bid-ask spread on the listed chain. ET positions also carry Energy sector concentration risk; news flow inside the sector (peer earnings, regulatory shifts, supply-chain headlines) can move ET alongside the broader basket even when ET-specific fundamentals are unchanged. Always rebuild the position from current ET chain quotes before placing a trade.

Frequently asked questions

What is a strangle on ET?: A strangle on ET is the strangle strategy applied to ET (stock). The strategy is structurally neutral / high-volatility (long premium, OTM): A long strangle buys an OTM call and an OTM put at offset strikes, cheaper than a straddle but requiring a larger underlying move to profit since both wings start out-of-the-money. With ET stock trading near $19.13, the strikes shown on this page are snapped to the nearest listed ET chain strike and the premiums come straight from the end-of-day bid/ask midpoint.
How are ET strangle max profit and max loss calculated?: Upside max profit is unbounded; downside max profit is bounded at the put strike minus the combined debit (reached at zero). Max loss equals the combined debit times 100 (reached anywhere between the two OTM strikes). Two breakevens at call-strike plus debit and put-strike minus debit. For the ET strangle priced from the end-of-day chain at a 30-day expiry (ATM IV 18.44%), the computed maximum profit is unbounded per contract and the computed maximum loss is -$24.50 per contract. Live intraday quotes will differ as the chain moves through the trading session.
What is the breakeven for a ET strangle?: The breakeven for the ET strangle priced on this page is roughly $17.76 and $20.25 at expiration, derived from end-of-day chain premiums. Breakeven is the underlying price at which the strategy's P&L crosses zero ignoring transaction costs and assignment risk. The current ET market-implied 1-standard-deviation expected move is approximately 5.29%; if the move sits well outside the breakeven distance, the structure's risk-reward becomes correspondingly tighter.
When should you consider a strangle on ET?: Strangles on ET are the cheaper cousin of the straddle - traders use them when they want a large directional move but are willing to give up the inner-strike sensitivity in exchange for a lower up-front debit on the ET chain.
How does current ET implied volatility affect this strangle?: ET ATM IV is at 18.44% with IV rank near 34.60%, which is mid-range against its 1-year history. Strategy selection depends more on directional thesis and expected move than on a strong IV signal.