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Two interlocking teal gears — a large one and a small one — rotating in opposite directions.Two interlocking teal gears — a large one and a small one — rotating in opposite directions.Two interlocking teal gears — a large one and a small one — rotating in opposite directions.Two interlocking teal gears — a large one and a small one — rotating in opposite directions.
RetiredV6C

Forex Fury V6 / CORE 1.4

Commercial scalping + grid EAs (licensed .set files)

Every configuration came in below profit factor 1.0 net of costs (0.73–0.90). A zero-cost control pins gross PF at ≈1.0 — a coin flip. The deployable edge is not in the parameters; same no-edge grid+martingale family as basket-grid.

Category
Commercial EA
Window
2023–2026 (3.4y)
Instruments
EURUSD, GBPUSD, USDJPY, AUDUSD (per vendor sets)
Timeframe
M1 / M15 / H1 (tested on M15)
Tested
2026-06-20

Pending validation

A scaled equity curve appears here once this strategy clears the data needed to compute one honestly. We don't show a curve we can't stand behind.

See what the gates require →
Not measuredProfit factor
Not measuredSharpe
Not measuredMax drawdown
Not measuredWin rate
Not measuredTrades
Not runGates passed
Not runPlacebo

How it works

  1. The bet

    What market behavior this strategy is wagering on.

    These commercial EAs wager that a proprietary scalping or mean-reversion trigger on major FX pairs catches small intraday moves often enough that a high win rate, amplified by a money-target grid, compounds into the 5–7%/month the vendors advertise.

  2. How it decides

    What makes it enter, size, and exit a position.

    A licensed entry trigger (hidden in the encrypted .ex5) fires on M1/M15/H1 setups, then a grid and martingale-style sizing layer scales into adverse moves and exits the whole basket once a small dollar profit target is hit, manufacturing frequent small wins.

  3. How it can break

    The regimes and failure modes that turn the edge negative.

    There is no directional edge to begin with: gross profit factor sits at a coin-flip ≈1.0, so costs alone push it negative. The grid hides a fat tail — a sustained trend against an open basket triggers the rare catastrophic loss, bleeding 44% with a 50% drawdown.

Explainer compiled 2026-06-28 · opus-4.8

Market context

Live chart

Context only · not backtest evidence

Chart powered by TradingView. Live prices can differ from the point-in-time dataset used in the published test.

The story in one line

Licensed Forex Fury V6 and CORE 1.4 .set files, run on real Dukascopy M15 data over a 3.4-year out-of-sample window (2023–2026), lose money in every configuration: net profit factor lands in the 0.73–0.90 range against a deployment bar of PF > 1.2. Every monthly mean return is negative (−0.13% to −1.38%/mo) versus the +5–7%/mo the systems advertise.

The decisive result is the zero-cost control: strip all costs, and the gross profit factor pins at ≈1.0 (a coin flip) for every entry proxy. There is no directional edge in the parameters. The grid + money-target machinery simply manufactures a high win rate sitting on a fat-tailed loss distribution — the same no-edge grid+martingale family the prior basket-grid backtest already failed (gross PF 1.01 / net 0.51).

The deployable edge that would justify $5k on Monday is not in the .set files, and there is no sign the unknown encrypted entry trigger supplies one on these pairs and windows.

Headline results — net of realistic costs

Costs: effective spread+commission (EURUSD 0.9 / GBPUSD 1.3 / USDJPY 1.0 pip round-turn), 0.3 pip slippage on stops, 0.5 pip/night swap.

Config (fidelity) Trades Win% PF (net) Tot ret 3.4y Max DD
EURUSD M15 default — meanrev (HIGH) 712 50.7% 0.90 −1.2% 1.5%
EURUSD M15 default — momentum (HIGH) 712 48.7% 0.84 −2.1% 2.2%
USDJPY scalp +Stoch (LOW, M1→M15) 518 70.7% 0.88 −5.1% 10.1%
GBPUSD H1 swing, 0.01 lot (HIGH) 288 58.0% 0.83 −5.0% 7.2%
GBPUSD H1 swing, 0.10 native lot (HIGH) 690 89.7% 0.75 −44.2% 50.2%

The 0.10-native GBPUSD row is the martingale tail made visible: 89.7% of baskets win ~$10, but the losers average −$123 and the account bleeds 44% with a 50.2% drawdown — the canonical “smooth curve until it isn’t” grid failure. Per-pair filter tests (all 7 scalping sets at shipped lots) did not restore an edge: the full portfolio loses even with all costs removed (−70%, DD 68%).

The decisive test — zero-cost control

Re-run with all costs set to zero to ask the one question that matters: is there any entry edge before the broker takes its cut?

Config meanrev gross PF momentum gross PF
EURUSD M15 default 1.028 0.951
EURUSD [regular] scalp 0.925 1.016
USDJPY scalp +Stoch 0.906 0.906
GBPUSD H1 swing 0.01 0.892 0.939

Best gross PF across everything ≈ 1.0–1.03 — a coin flip. A strategy with a real edge would show gross PF comfortably above 1.1 even through a rough proxy, and the money-target grid would amplify it. It doesn’t. Gross PFs straddle 1.0 (0.52–1.09 across the full set sweep) — the signature of no edge + noise, not a real signal. The conclusion triangulates three ways: net PF below 1.0, zero-cost gross PF at a coin flip, and the prior independent basket-grid failure.

Verdict: FAIL (net PF 0.73–0.90). Do not deploy. Not close. Every licensed configuration loses net of costs, and the zero-cost control proves the deployable edge is not in the parameters — the gross result is a coin flip. This is not “needs more tuning”; it is the same no-edge, grid+martingale family already failed once. Forex Fury V6 / CORE 1.4 is retired.

Frequently asked

Is Forex Fury V6 profitable in 2026?

Not in this independent backtest. Every configuration of the licensed V6 and CORE 1.4 .set files came in below profit factor 1.0 net of realistic costs (range 0.73–0.90), against a deployment bar of PF > 1.2. A zero-cost control run pins gross profit factor at roughly 1.0 — a coin flip — meaning there is no directional edge in the parameters.

Why can the entry edge not be found in the .set files?

The .set files expose the full risk/exit/grid/timing/filter machinery but not the proprietary entry trigger, which lives inside the encrypted .ex5. We tested disclosed entry proxies plus the documented Stochastic rule and ran a zero-cost control to isolate any edge. No proxy reached an edge, and the high-fidelity M15-native default is also a coin flip gross — so there is no sign the unknown trigger supplies a deployable edge on these pairs and windows.

Methodology: Independent research screen — the full 11-gate battery was not run; data and execution limits are stated in the report. Full reproducible report: backtests/fury/REPORT.md in the source repository.Author: Validated Research Team (Methodology v1.0 — 11-gate validation). Backtests are not investment advice.