Max pain // Cboe delayed data · as of Oct 14, 12:43 AM ET

LDOS max pain

Spot (delayed)$119.7
Max pain · Fri, Oct 16$125+4.4% vs spot
Expected move (ATM straddle)±$3.22±2.7% by Fri, Oct 16
Put/Call OI0.14227 puts / 2K calls
Call wall$135largest call OI
Put wall$120largest put OI
IV3037.4%30-day implied vol
Net GEX+$112Kper 1% move · flip ≈ $125

Max pain levels

ExpiryMax painvs spotDTE
Fri, Oct 16$125+4.4%2d
Fri, Nov 20$125+4.4%37d
Fri, Dec 18$110-8.1%65d
Fri, Jan 15$115-3.9%93d
Fri, Feb 19$125+4.4%128d
Fri, May 21$110-8.1%219d

The writer-loss curve — where max pain comes from

spot125105117129141153165$5M$0
■ put-side pain■ call-side painTotal payout option writers would owe at each settle price (both sides, all open interest, ×100 shares) — low settles hurt put writers, high settles hurt call writers. The minimum — 125 — is the max pain price.

Open interest by strike · Fri, Oct 16

spot125105120135150165840840
■ calls (up)■ puts (down)LDOS open contracts per strike for Fri, Oct 16.

Open-interest change — building vs unwinding

Needs two observed snapshot days for this expiration — the comparison appears automatically once the next weekday snapshot lands. We diff real observations only; nothing is estimated.

Volume by strike · Fri, Oct 16

spot12510512013515016566
■ calls (up)■ puts (down)Today's traded contracts per strike (delayed).

Implied volatility by strike · Fri, Oct 16

spot105113121129137145132%34%
— call IV— put IVATM ≈ 37.0% · Quoted strikes only; illiquid wings with junk fits are dropped, not smoothed.

Gamma exposure by strike · Fri, Oct 16

spotflip 125105115125135145155+$94K−$94K
Net dealer gamma per strike, in dollars per 1% move, assuming the standard convention (dealers long calls, short puts) — an assumption, not an observation. Above the amber flip level hedging tends to dampen moves; below it, to amplify them.

Greeks by strike · Fri, Oct 16

Call ΔCall ΘStrikeΓVegaPut ΘPut Δ
0.99-0.031050.00470.00-0.03-0.01
0.96-0.071100.01510.01-0.07-0.04
0.84-0.191150.04860.03-0.19-0.16
0.49-0.301200.09680.04-0.30-0.52
0.12-0.131250.04660.02-0.13-0.89
0.03-0.031300.01170.01-0.03-0.98
0.01-0.011350.00320.00-0.01-1.00
0.00-0.001400.00110.00-0.01-1.00
0.00-0.001450.00040.00-0.01-1.00
0.00-0.001500.00020.00-0.01-1.00
0.000.001550.00010.00-0.01-1.00

Quoted contract greeks from the delayed feed (not modeled here); the highlighted row is nearest to spot. Showing 11 strikes around the money — all 13 are in the CSV. Δ per $1 of underlying · Θ per day · vega per IV point.

Stacked — layer the expirations

spot601001301601902402K0
Call open interest per strike, stacked across the checked expirations — each color is one expiry. Strikes are pruned to the liquid center of each chain.

All expirations combined — total open interest

spot55901251601952602K2K
■ calls (up)■ puts (down)Every expiration combined: 10K call contracts, 5K put contracts open.

Reading this honestly

Max pain is arithmetic, not prophecy: the settle price that would minimize what option writers pay out at expiration, computed from open interest alone. Prices sometimes gravitate toward heavy strikes into expiry — dealer hedging is a real flow — but the evidence that max pain predicts settlement better than chance is mixed, and we are not going to pretend otherwise. Use it as a map of where positioning is stacked, next to the fundamentals and the earnings calendar, not as a target.

Data: Cboe delayed public feed (~15 minutes), refreshed here about every 15 minutes. Open interest itself updates once daily, before the open. Educational information, not investment advice.

Keep going: LDOS workspace · max pain, explained in full · options profit calculator · GEX, defined · pin risk