Alert 1 — Setup Forming

The Setup Forming alert is your advance notice. Phoenix has detected conditions building for a directional trade but has not entered yet. This is your window to get ready.

Alert 2 — Entry Alert

The Entry alert is the trade. When this fires, act immediately. Every field in this alert has a specific purpose — Lesson 3 covers each one in detail.

Alert 3 — Exit Alert

The Exit alert tells you the trade is closed and why. When you see this, verify your position is flat. If you still have an open position, close it at market immediately.

The Alert — Every Field Explained

What Happens Next

The Alert — Every Field Explained

Should I Skip This Signal?

Not every signal will be perfectly timed for your situation. Here's how to decide whether to take a signal or pass:

The Alert — Every Field Explained

Exit Reasons — Quick Reference

The Insight Behind Talon

Talon is a systematic variation of the Multiple Entry Iron Condor — the MEIC approach popularized by Tammy Chambless. The lineage is real and worth stating plainly: the core structure is the same, and Talon's stop rule is close to the standard MEIC stop. What Talon adds is a rule for what happens after the first side is hit.

The observation is simple. When one side of a condor gets stopped out, the day has told you something. Price is moving with enough conviction to run through a strike you chose specifically because it was far away. The surviving side is no longer sitting in the calm, two-sided market you sold into — it is sitting in a trending market, and it is the side pointing away from the move.

A mechanical program leaves that surviving side alone, at its original stop distance, carrying full risk. Talon doesn't. The Defend Multiplier pulls the surviving side's stop in, so that if the day reverses and runs the other way, the second loss is smaller than the first.

The second ingredient is credit-first strike selection. Most condor programs pick a delta and take whatever credit that strike happens to pay. Talon inverts it: you are given a minimum credit per side, and you sell the farthest strikes that still pay it. On a rich day that pushes you further out of the money than a fixed delta would. On a thin day it pushes you closer — and if nothing pays the target, you don't trade that entry at all.

What Makes This Different From Other 0DTE Strategies

What Talon Is Not

Mismatched expectations cause more subscriber problems than anything else, so here is what this strategy does not do.

• It's not a strategy that makes more per trade than a standard MEIC. The returns are comparable. The improvement is in the size of the losing days, not the size of the winning ones. If you are looking for higher returns rather than smaller drawdowns, Talon is not making the trade you want.
• It's not set-and-forget. Your stops rest with your broker and work without you watching — but they are refreshed at every entry time, and the defend step after a stop is manual and time-sensitive. Place the stops once and ignore them and you are running a different strategy from the one the published figures describe.
• It's not a fixed recipe you learn once. The credit target and Defend Multiplier are published fresh each morning. There is no memorizable set of numbers, and no way to get today's values in advance.
• It's not a guarantee that double-stop days won't hurt. They still lose money. The defend rule makes them cost less — it does not make them profitable, and it does not prevent them.
• It's not a width you get to choose. The condor is $30 wide, fixed. Position size is expressed in contracts, never by narrowing the spread. Changing the width changes the strategy.
• It's not the same as Phoenix or Tachyon. Phoenix trades directional spreads off futures signals with active profit management. Tachyon enters once at 15:51 and lets settlement do the rest. Talon is a midday, multi-entry, two-sided program with an active defense rule. All three can be traded alongside each other — they don't overlap.

First, the Stop Before Any Defending

You cannot understand the defend rule without the base rule, so start there.

Both stops peg to the total condor credit — both sides added together, not the per-side target. The level is that total, less a ten-cent buffer:

That level is a spread value — what it would cost to buy back the tested vertical. But your stop order sits on the short leg alone, so you convert by adding back what that side's long option is worth:

Each side uses its own long. The put stop adds the long put's mid; the call stop adds the long call's mid. Both start from the same defense level, because both peg to the same total credit.

What Changes After the First Stop

The moment one side stops out, the surviving side re-derives its stop using today's Defend Multiplier. Same shape as before — the multiplier simply scales the credit down first:

Because the multiplier is below 1.00, the defended level is always lower than the original — the surviving side now exits sooner. A multiplier of 0.875 means the survivor closes once it costs about 87½% of what would originally have triggered it.

Round up to a tradable price

SPX options quote in $0.05 increments below $3.00, and $0.10 at or above it. Your arithmetic will usually land between two of them — and a stop trigger has to be a price that exists. Round up to the next tradable increment. If the arithmetic already lands on one, leave it alone.

Up sounds like the wrong direction, and it is worth a sentence on why it is not. The short's quote can only ever be one of those increments — there is no such thing as a bid of $2.57. A trigger of $2.57 therefore fires on the first bid of $2.60, and a trigger written as $2.60 fires on exactly the same quotes. Rounding down to $2.55 does not make the stop safer. It makes it a different stop — one that also fires at $2.55, a price the arithmetic never said to exit at.

This is not a preference. The published figures come from an engine that triggers on the exact, unrounded level; rounding up reproduces that trigger and rounding down does not. When the tested history was re-run with stops rounded down, the extra early exits turned dozens of full wins into losses and reduced net profit — while modestly improving the stress-tested risk measure. We match the tested trigger.

The Defended Level Re-Pegs Too

One detail that follows from Lesson 6 and is easy to miss: the defended stop is built from the same two halves as the original, and the same half goes stale.

So a defended side is re-pegged at each remaining entry time like any other open side — you refresh that long's mid, and the trigger comes down again. It is the same routine, just starting from the defended level instead of the original one.

One consequence for the arithmetic above: the ~$29 saving assumes the reversal comes soon after the first stop. If the first stop fires at noon and the reversal at 2:45, both the original and defended triggers will have been re-pegged downward in the meantime, and the actual figures differ. The mechanism is unchanged — the defended side always exits sooner than it otherwise would — but the exact saving depends on the day.

Doing It Under Pressure

The mechanics are trivial. The context is not — you will be doing this having just taken a loss, while the market is moving.

Ways People Get This Wrong

• Not doing it. The most common failure. Skip the defend step and you are running a measurably different strategy from the one behind the published figures — one with a stress-tested drawdown about 8% larger. It is not the whole of Talon's edge over the benchmark, but it is the part that is yours to execute, and it is the only part that can be lost through inattention.
• Applying the multiplier to the side's own credit. Everything pegs to the total condor credit — before and after defending. Using the per-side figure roughly halves every stop and will close positions that were never in trouble.
• Applying it at entry. The defended level only exists once a side has actually stopped out. Arming both sides at the tighter level from the start is a different, untested strategy.
• Applying it twice. The multiplier is used once per condor. A defended side that gets re-pegged later is refreshing its conversion, not multiplying again.
• Defending the wrong condor. Each entry is independent. A stop on the 12:00 condor tightens the 12:00 condor's surviving side and nothing else. The 13:30 condor keeps its own levels.
• Leaving the orphaned long open. A lone long option after its short has been closed is a directional bet with a nasty habit of looking clever for twenty minutes.
• Widening it back after a bounce. Once defended, that side stays defended for the rest of the session. Re-pegging only ever moves the trigger to match current prices — it never returns the side to its original level.

What Six Condors Tie Up — and What They Need Behind Them

These are two different numbers, and confusing them is the most common sizing error in strategies like this. Start with the smaller one.

An iron condor is margined at one side's width less the credit received, because only one side can finish in the money. Using the running example — $30 wide, $2.35 credit:

Why the account needs to be about double the margin. The certified sizing rule funds each contract of size at the larger of two requirements:

• Enough that the stress-tested drawdown is at most 20% of the account. Talon's stress-tested drawdown is $6,139 per contract (next section); divided by 20% that asks for about $30,700.
• At least twice the peak buying power. An account sized exactly to its margin has no room for anything — no cushion for a drawdown, no headroom when requirements shift intraday as a strike approaches the money, and nothing spare when a defended day and a full book coincide. Doubling the ~$17,100 certified peak asks for $34,190 — and being the larger number, this is the one that binds.

Running at the edge of your buying power means the market decides how many entries you take — which is not a decision you want delegated. The 2× rule exists so that never happens.

The Day That Hurts Is Not the One You'd Guess

Six condors are not six independent bets. Same underlying, same expiration, same afternoon — when the market moves, it moves through all of them. But how it moves changes the outcome completely, and this is now measured rather than argued.

Here is the measurement. Split the four-year record into down-days, flat days, and up-days: on down-days, put sides stopped on 79% of days while call sides stopped on 24%. On up-days it mirrors almost exactly — call sides 76%, put sides 27%. Pool everything together and the two sides come out even. The market's direction decides which side stops; it does not change the fact that on most days, some side stops. A one-way day converts almost entirely into scratches. Only the reversal takes both.

Size for the whipsaw, not the crash. A trend day is survivable almost by construction. A reversal day stops both sides of several condors, and the losses arrive together because the positions were never independent to begin with.

Scaling

Size in whole contracts per entry, applied uniformly.

• Every entry gets the same size. Two contracts means two at all six entries. Varying size by entry — heavier at noon, lighter at 2:30, bigger after a loss — is a discretionary overlay on a systematic program.
• Scale on account growth, not on results. Adding size after a good week and cutting after a bad one is performance-chasing. The strategy's edge does not vary with last week.
• Never scale to recover. Doubling up after a drawdown converts a strategy with bounded risk into one without. This is how accounts end, and it always feels reasonable at the time.
• Check the arithmetic before adding a contract, not after. Each additional contract asks for another $34,190 of account, of which roughly $16,600 will show up as margin on a full-book day — and you find out whether you had it on the day every entry fills.

Ways People Get This Wrong

• Sizing off one condor. The number that matters is six at once, funded at double. Sizing to what a single condor requires means running out of buying power somewhere around the fourth entry — on the days when every entry fills, which are the busy days.
• Sizing off the margin instead of the capital. ~$16,600 is what the broker demands; $34,190 is what the strategy needs behind it. An account that covers the first and not the second is fully invested in its own margin requirement, with nothing left to absorb the drawdown it is guaranteed to eventually meet.
• Assuming the six diversify. They are the same underlying on the same afternoon. A reversal reaches all of them.
• Sizing off maximum theoretical loss. The $2,765 figure describes a condor with no stops — an event that has never once occurred in 4,971 tested condors. Sizing to it produces a position so small the strategy is not worth trading.
• Sizing off the average day. The opposite error and the more expensive one. Averages do not make you quit; drawdowns do.
• Expecting mostly clean wins. The full win is one condor in six. If your sizing only feels right on the days everything expires untouched, it is wrong five days out of six.
• Trading fewer entries to fit a smaller account. Not a smaller version of Talon — a different strategy with different behavior.
• Narrowing the width to fit. Same problem, and it breaks the stop arithmetic as well.
• Running at the edge of buying power. The market ends up choosing which entries you take.

How Cash Settlement Works

SPX index options settle in cash, not shares. There is no underlying to be assigned, nothing to deliver, and no position to inherit. At expiration the exchange computes what each option is worth and the difference lands in your account.

If you have traded credit spreads on equities or ETFs, a good deal of habitual caution stops applying here. The assignment anxiety that drives early closing on SPY spreads has no equivalent in SPX. There is nothing to be assigned.

Why There Is No Profit Target

Most condor traders take profits early — close at 50% of max, bank it, move on. Talon does not, and the reason is arithmetic rather than philosophy.

Look at what a profit target actually changes. Your losses are unaffected: a stop fires at the same level whether or not you had a target. Your winners are cut: the full $235 becomes $118. So a 50% target keeps every loss the same size and halves every win.

At 4:00 PM

The instruction for the close is genuinely: do nothing.

• Untouched condors settle automatically. No order, no action.
• Unfired stops expire with the session.
• Anything you already closed after a stop is done and gone.
• Skipped entries never existed. Nothing to reconcile.

Settled cash usually posts shortly after the close, sometimes the following morning depending on the broker. There is nothing to chase.

Worth recording, though

A short note per condor — entry time, strikes, credit, whether it was tested, how it ended — takes a minute and gives you something concrete when you want to know whether a rough stretch is unusual or ordinary. Your own record is the only one that reflects your fills. There is a trade journal built into the member site for exactly this; it is quicker than a spreadsheet and it keeps the fields consistent.

Ways People Get This Wrong

• Closing early because it looks scary. A condor whose short is being approached is doing exactly what it does most days. The stop is the response, and it is already in the market.
• Adding a profit target. Same losses, smaller wins, no evidence. The most tempting change and one of the most damaging.
• Closing before the bell out of assignment fear. SPX is cash-settled and European. There is nothing to be assigned and nothing to exercise.
• Leaving orphaned longs open. After any stop, that side's long is a naked directional position. Close it.
• Leaving stops as GTC. A day order dies with the session; a GTC stop can outlive the position and fire against something else entirely.
• Re-entering after a stop. There is no replacement trade. The next entry is on the schedule, at its own time, or not at all.

Mechanism Before Backtest

The order of work matters more than most people expect. Talon started with a question about market behavior, not a search through parameters for something that looked good.

The question was the one in Lesson 5: when one side of a condor gets stopped out, has the day told you something about the other side? There is a plausible reason to think so — a move with enough conviction to run a far strike is not the calm two-sided market you sold into. That reasoning came first. The test came after.

The second column produces better-looking numbers, reliably. Search enough combinations and something will always shine — it just has no reason to keep shining once your money is on it.

The Benchmark

“This strategy made money” is close to meaningless without a comparison. Talon is measured against a mechanical MEIC — the multiple-entry iron condor approach popularized by Tammy Chambless, run with fixed parameters and no defend rule, on the same days, through the same engine, with the same fill rules and the same commission basis.

That is a deliberately demanding benchmark. It is not a straw man and it is not zero. It is a real strategy that real traders run successfully. It differs from Talon in three ways that all matter: no defend rule, a wider spread (40 or 50 points against Talon's 30), and a fixed credit target rather than a rotating one. Both widths are shown, because which one a MEIC trader runs changes the comparison.

Read the top two rows and the bottom four as two different stories. On profit the three are in the same neighbourhood — the differences are not large enough to call a winner, and the 50-wide actually earns more per trade, partly because it skips days it cannot construct and so averages over a smaller, self-selected set. On risk there is no contest: Talon carries roughly a fifth to a quarter of the stress-tested drawdown at broadly similar profit.

The comparison continues in public. The same three arms — Talon, MEIC 40, MEIC 50 — are scored on every trading day and posted at aeromir.com/talonResults, including the days the data quality gate refuses to score. Four years of history is the evidence; the daily feed is verification that the relationship still holds.

Walk-Forward, Not One Good Stretch

A strategy that worked over a long period may have worked in only part of it. Split the history into separate stretches and test each independently, and a surprising number of published strategies turn out to be one good year wearing a disguise.

Talon's validation requires it to hold up in separate sub-periods, not just in aggregate. A result that clears the overall test but fails on an individual stretch is treated as a failure, not as noise to be explained away.

The related discipline is not searching for the best-looking configuration. Test enough parameter combinations and one will look excellent purely by chance. Talon's parameters were chosen from a region that works broadly, which is also why they can rotate day to day without the strategy falling apart.

What the Rotation Costs

Lesson 2 explained why the daily parameters rotate. This is what it costs, because it does cost something and you should know which part.

What the Published Figures Assume About You

A backtest scores a specific policy. If you trade a different one, the figures describe someone else's strategy.

Talon's published results assume you do the things this course teaches:

• All six entries, at the scheduled times — not a selected subset
• Credit-first strikes, taking the farthest qualifying strike and skipping when neither side qualifies
• $30 width, always
• Stops re-pegged at each entry time — this is why Lesson 6 asks for it, and it is the most commonly skipped requirement
• The defend step performed promptly when a stop fires
• No profit targets, no discretionary exits

The Rule — Two Sentences

The NQ/ES to SPX Connection

Phoenix and Lynx both trade NQ futures. You're trading SPX options. Why does a NQ signal apply to SPX?

NQ (Nasdaq 100 futures) and SPX (S&P 500) move in the same direction 93% of the time on 5-minute bars — measured across over 119,000 data points spanning six years. When a NQ signal fires, there's a 93% chance SPX is moving the same direction at the same time.

Why Width Matters More Than You Think

New subscribers are often surprised that a $5-wide spread collects so little at 15–20 delta. Here’s why width is the key lever:

At 15–20 delta, the short strike is worth roughly $2.50–$3.50 in premium. The long strike — the one that caps your risk — costs almost as much as the short strike if it’s only $5 away. The net credit after buying the hedge is tiny.

When you widen to $20–$25, the long strike moves much further OTM where it costs almost nothing. Now almost all of the short strike premium flows through as net credit. Width is what unlocks the premium.

Credits are approximate. Actual fills vary $0.05–$0.15 depending on bid/ask spread and time of day.

What the Trade Data Actually Shows

We analyzed 1,687 Phoenix and Lynx NQ signals with real SPX options data (May 2022 – May 2026) using actual bid/ask prices. Here is the C1 exit breakdown:

The Options Edge on Losing Futures Trades

One of the most important characteristics of this approach: even when the futures trade loses, the options spread often has a favorable excursion before the stop fires. The Trailing Profit Lock threshold was already active on many of these trades, locking in partial profit before the futures stop closed the position.

Adjusting for Time of Day

Implied volatility and therefore premium levels change throughout the trading session. Morning signals are the easiest to structure — afternoon signals require slight adjustments.

Minimum Credit — When to Pass

Not every signal will produce a spread worth trading. If you can’t collect at least $1.50 on a $20-wide spread at 15–20 delta, the signal may not be worth trading with options that session.

Step-by-Step Strike Selection

A Live Example — SHORT Signal

A signal fires at 1:15 PM ET. SPX is at 5,572. Here's the strike selection process in real time.

Common Strike Selection Scenarios

Real-world conditions don't always cooperate. Here's how to handle the most common situations:

Scenario 1 — IV Is High, Lots of Premium

High-volatility days (VIX above 20) push strikes further OTM at the same delta — you can collect $2.00+ at 15Δ with a $20-wide spread. Don't go wider than $25 just because more premium is available. Stick with the standard structure and enjoy the better credit.

Scenario 2 — IV Is Low, Premium Is Thin

Quiet days (VIX below 14) compress premium. A 15–20Δ strike on a $20-wide spread may only collect $1.50–$1.75. Options:

• Accept $1.75 and proceed — still workable
• Widen to $25–$30 to collect ~$2.00
• Go slightly closer to ATM — 20–22Δ — but don't go above 25Δ
• If you can't collect $1.50 on a $20-wide spread, consider skipping the signal for options

Scenario 3 — Afternoon Signal

No new spread entries after 2:00 PM ET. If the signal fires at 2:05 PM, skip it entirely — don't enter. Signals between 1:00 and 2:00 PM will have lower premium due to theta decay; go slightly closer to ATM or widen to $30 if needed to collect $1.95+.

Scenario 4 — Strike Prices Don't Land Where You Want

SPX options trade in $5 increments. Your ideal short strike based on delta may fall between two available strikes. Always go to the strike further OTM — the one with the lower delta. Never compromise strike distance to get a round number.

A Step-by-Step Walkthrough

A signal fires. You sell 1 SPX spread at $2.00 credit. Here is the Trailing Profit Lock in action on a strong decay day.

Now the same trade on a reversal day — the spread hits the threshold but bounces back quickly.

Why There Is No Price Stop

New subscribers sometimes want to add a price stop — closing the spread if it expands to 2× the credit collected. The data says don't, for the same reason the original course documented.

Phoenix and Lynx are mean-reversion strategies. The futures trade frequently oscillates against you before recovering. A price stop at 2× credit fires during these oscillations and converts eventual winners into losers. The stop loss at 3.5× credit exists to handle genuine catastrophic moves — not normal intraday noise.

Threshold and Trail Parameters

The research tested every combination of threshold and trail stop percentage exhaustively across 1,687 simulated trades using real SPX options bid/ask prices.

Threshold — Where the Trail Activates

The threshold was tested from 56% through 65% of credit remaining. The results peak clearly at 62%.

Trail Stop — How Much to Give Back

The trail stop percentage was tested from 22% through 30%. The result was a remarkably flat plateau — less than 0.2x difference in P/DD across the entire range. The peak sits at 26% but any value from 22–30% is defensible.

Starting Out — Always 1 Spread

Regardless of account size, start with 1 spread for your first 10–15 trades. This isn't about being conservative — it's about learning the workflow cleanly before adding size.

Your first priority is executing the full sequence correctly every time:

• Reading the direction right under time pressure
• Finding strikes and structuring the spread quickly
• Placing the stop loss immediately after fill
• Monitoring for the threshold and converting to the trail (or letting the fixed GTC limit handle it)
• Verifying flat after the position closes
• Not second-guessing or overriding the trail mid-trade

Get those steps automatic at 1 spread before you think about scaling. A fumbled execution at 5 spreads costs 5× more than a fumbled execution at 1.

Sizing by Account Size

Once you're comfortable with the workflow, here's a general framework for scaling. These are starting points — adjust based on your personal risk tolerance and account rules.

Peak margin based on $25-wide SPX spread. Typical loss figures are weighted averages from the 1,687-trade backtested dataset.

The 5% Rule

A simple sizing guardrail: never risk more than 5% of your account on a single trade. For most traders this means:

Scaling Up — When and How

Adding size is straightforward once you're ready. Here's a disciplined approach:

Using SPY to Practice

If you want to get reps with the workflow before risking meaningful capital, SPY spreads are a useful alternative. SPY trades at roughly 1/10th of SPX — a $2–$3 wide SPY spread has similar characteristics to a $20–$25 wide SPX spread but with much lower dollar exposure.

Choose Your Implementation Path

The order structure varies depending on which implementation path you selected in Lesson 4. Review your path before proceeding.

Path B — Manual Trailing Stop

Path B captures more profit than Path C on strong decay days but requires you to monitor the position and act when the threshold is reached. Do not attempt Path B if you cannot reliably watch the position.

At Entry

When the Threshold Is Reached

The PDT Rule and Close as Box

If your account is flagged as a Pattern Day Trader (PDT) and you have less than $25,000 in margin equity, you’re limited to 3 day trades per rolling 5-day period. Each trade — opening and closing a spread on the same day — counts as one day trade.

The Phoenix Spreadsheet includes a Close as Box option that solves this. When checked, the closing legs use the opposite option type — creating a box spread that locks in P&L without counting as a day trade round-trip.

The PM Cutoff Rule

C2 only activates when C1 exits profitably before 2:00 PM ET. Signals that fire late in the session may not leave enough time for meaningful theta decay on C2 after C1 exits.

Step-by-Step — The 2-Lot Scale-Out Sequence

At Entry

When C1 Exits Profitably

If C1 Does Not Exit Profitably

If C1 is closed by the stop loss or goes to EOD without hitting the threshold, all contracts close simultaneously. No scale-out occurs. This is the correct outcome — the scale-out only activates when the trade is validated by C1 exiting at profit.

The Automation Rules

Regardless of platform, the logical rules being implemented are the same. Any automation system for these spreads needs to execute this sequence:

Options Alpha

Options Alpha is a retail-friendly options automation platform with a visual rule builder. Subscribers who are not running NinjaTrader can use Options Alpha to automate the Trailing Profit Lock exit sequence through a browser-based interface without coding.

Previous Methodology — What Changed and Why

The original Phoenix options course published performance estimates derived from futures MAE/MFE analysis — Maximum Adverse Excursion and Maximum Favorable Excursion data from the NQ futures trades themselves. This was a reasonable approximation given the tools available at the time.

The logic was sound: if a futures trade moved favorably by X points before reversing, and the SPX options spread needed Y points of favorable movement to close profitably, then we could estimate the options win rate by measuring how often X exceeded Y across the historical trade set.

The limitation: this approach estimates options behavior from futures price data. It cannot account for:

• Intraday bid/ask spread on the options themselves
• Theta decay varying by time of day, IV environment, and strike distance
• The exact spread value at any specific minute during the trade window
• How the spread behaves when the futures stop loss fires mid-session
• The real P&L of different exit strategies applied minute by minute

The current research replaces all estimated values with measured values. The 70.4% win rate is not an estimate — it is the measured result of simulating 1,687 real competition mode signals against real SPXW 0DTE bid/ask prices, one minute at a time, from May 2022 through May 2026.

What Has Not Been Tested

The current research is comprehensive but not exhaustive. The following areas are queued for future testing.