Apex Legends runs Easy Anti-Cheat at kernel level, but no-recoil scripts work differently than traditional cheats — they simulate mouse input, which EAC can't distinguish from a high-end gaming mouse with built-in macros.
Input Method Matters
- Software macros (AutoHotkey): Works. EAC doesn't scan AHK processes by default.
- Hardware mouse macros: 100% undetected — the input comes from the USB HID device.
- Razer Synapse / Logitech G Hub scripts: Works, manufacturer-signed, whitelisted by EAC.
Recoil Patterns by Weapon
Each weapon has a unique recoil pattern. Generic "drag down" scripts only work for the first 4–5 bullets. Per-weapon scripts track the actual pattern:
- R-301: Down, slight left drift. Compensation: 85% down, 10% right.
- Flatline: Aggressive up-right. Compensation: 90% down, 15% left.
- Hemlock (auto): Tight vertical. Compensation: 70% down only.
Get full weapon scripts bundled with the CosmoCheatz Apex package.
Resolution and sensitivity shift compensation
Recoil compensation scripts assume a specific in-game sensitivity and mouse DPI, and the multipliers in Apex are not linear across the whole range. A script written for 800 DPI and 1.5 ADS sensitivity will under-compensate by roughly 12 to 18 per cent at 1600 DPI unless the pattern values are halved, because the same physical mouse movement translates to twice the turn rate. Changing resolution from 1920x1080 to 2560x1440 at the same FOV setting also shifts the effective pixel distance per degree, which throws off scripts that compensate in raw pixel counts rather than angle. Verify compensation by firing a full R-99 magazine into a wall from 15 metres on the firing range, watching for the final group of bullets drifting high. A pattern that stays inside a 20cm circle at that distance is dialled in. Players who swap between 4:3 stretched and native 16:9 often blame the script when the real issue is the horizontal FOV mismatch.
Season 2026 anti-cheat behaviour changes
Easy Anti-Cheat rolled out behavioural heuristics in late 2025 that flag input streams showing near-perfect statistical regularity across long sessions. The detection does not look for the script file itself but for the absence of natural variance in mouse deltas, particularly during strafing and target switching. Scripts that apply a fixed compensation vector on every shot produce a delta distribution that fails a Kolmogorov-Smirnov style test against human baseline data after roughly 40,000 sampled shots. Hardware macros avoid the file scan but still emit machine-perfect deltas, so the same heuristic applies. Introducing random jitter of plus or minus 8 per cent on compensation values, plus occasional skipped frames, brings the distribution back within human bounds. Reports of manual review bans in ranked lobbies trace back to the same input regularity rather than to pattern matching. Checking for new EAC modules under the game directory after a patch is the practical way to spot behaviour changes early.
Verifying compensation without firing range
The firing range target dummies respawn with predictable timing, which makes them a poor test for anything involving sustained fire on a moving target. A more accurate check is a private match against a friend running Bloodhound or Pathfinder at predictable strafe speeds, recording at 120fps with OBS or ShadowPlay and stepping through frames to measure the vertical spread of the first 20 bullets. Clip the last 30 seconds with the overlay showing weapon and attachment, because the barrel stabiliser changes recoil on the R-301 by around 15 per cent and a script tuned for the bare weapon will under-compensate once one is equipped. The extended light magazine does not affect recoil but changes the reload window, which matters if the script includes a reload timing element. Compare bullet-hole clusters in game rather than relying on the visual kick, since screen shake on the client can differ from the actual projectile path registered by the server.