Recoil Scripts and Macros: Complete Guide 2026

What Are Recoil Scripts and Macros?

Recoil scripts and macros are automated mouse movements that counteract a weapon's recoil pattern in FPS games. When you fire a weapon in games like Rust, CS2, PUBG, or Apex Legends, your crosshair kicks upward and sideways in a specific pattern. A recoil script moves your mouse downward (and side-to-side) at precisely the right speed and timing to cancel out this kick, resulting in near-perfect accuracy without any manual compensation.

The terms "script" and "macro" are often used interchangeably, but there's a technical distinction. A macro is a simple recorded sequence of inputs played back at fixed timing — record a mouse movement pattern, then replay it. A script is a programmed set of instructions with logic, variables, and conditions — it can adapt to different weapons, sensitivities, and situations. Scripts are more powerful but more complex to configure.

How Weapon Recoil Works in Modern FPS Games

To understand recoil scripts, you first need to understand how games implement recoil. There are three main models:

Fixed Pattern Recoil

Games like CS2 and Rust use fixed spray patterns. Every time you fire the AK-47, the bullets follow the exact same path — first up, then left, then right, then left again. Because the pattern is deterministic, a script can perfectly counter it every time. This is the easiest recoil type to script.

Random Spread with Base Pattern

Games like PUBG and Battlefield use a base pattern (primarily vertical) with random horizontal deviation. Scripts can counter the base vertical recoil perfectly but can only partially compensate for the random horizontal component. A script still gives 70-80% improvement even with random elements.

Bloom/Cone-Based Systems

Games like Fortnite use a "bloom" system where bullets land randomly within a cone. There's no fixed pattern to counter, so traditional recoil scripts don't work. However, scripts can still pull down to keep the bloom cone centered on the target.

Script Platforms and Tools

Logitech G Hub (Lua Scripts)

Logitech gaming mice (G Pro, G502, G305, etc.) support Lua scripting through G Hub software. This is the most popular platform for recoil scripts because:

• Lua is a full programming language — supports variables, conditionals, loops
• Scripts run inside G Hub's process, not as a separate application
• MoveMouseRelative(x, y) function provides pixel-precise mouse control
• Sleep(ms) allows exact timing between movements
• Can detect mouse button states for activation

A basic Logitech recoil script structure looks like this: when Mouse1 is pressed, execute a loop that calls MoveMouseRelative() with the counter-recoil values for each bullet, with Sleep() calls timed to the weapon's fire rate.

Razer Synapse (Macro System)

Razer mice use Synapse's macro recording and playback system. You can record mouse movements by performing the counter-recoil pattern manually, then assign the macro to a button. Synapse macros support adjustable playback speed and can be set to repeat while held. The precision is lower than Logitech's Lua scripting because macros are recorded rather than programmed.

SteelSeries Engine

SteelSeries mice support basic macros but lack the scripting depth of Logitech. You can record movement sequences and assign them to buttons, but fine-tuning timing and adding randomization requires external tools.

AutoHotKey (AHK)

AHK is a Windows scripting language that can send mouse movements and clicks. It's hardware-agnostic (works with any mouse) and extremely flexible. The downside is that AHK runs as a visible Windows process, making it easily detectable by anti-cheat. Some users compile AHK scripts to standalone .exe files to avoid signature detection, but behavioral detection can still flag the input patterns.

Arduino / Teensy Microcontrollers

The premium approach: a microcontroller that plugs into USB and emulates a mouse. The Arduino Leonardo and Teensy boards can act as HID (Human Interface Device) mice, sending mouse movements that are indistinguishable from real hardware. The script runs entirely on the microcontroller — nothing runs on the PC. This bypasses all software-based anti-cheat detection.

Setup involves programming the board with the recoil compensation values, connecting it via USB, and using it as a pass-through for your real mouse or as a secondary movement source. Typical cost: $15-30 for the hardware, plus the script.

Configuring a Recoil Script: Step by Step

Regardless of platform, the configuration process follows the same pattern:

Step 1: Determine Your Sensitivity Settings

Record your exact settings:

• Mouse DPI: Check your mouse software (common values: 400, 800, 1600)
• In-game sensitivity: The multiplier in the game's settings
• Zoom/ADS sensitivity: Often different from hipfire
• Windows mouse settings: Ensure "Enhance pointer precision" is OFF (this adds acceleration that breaks scripts)
• Polling rate: 500Hz or 1000Hz (affects movement precision)

Step 2: Get the Recoil Values

The script needs the exact counter-movement for each bullet. These values are usually provided by the script developer as arrays of (x, y) coordinates. For example, an AK-47 script might have 30 entries (one per bullet) with values like: (0, -5), (0, -6), (1, -4), (-2, -5)... each representing the mouse movement needed to counter that specific bullet's recoil.

Step 3: Match Fire Rate Timing

Each weapon fires at a specific rate (rounds per minute). The script's delay between movements must match this rate. An AK firing at 600 RPM has 100ms between shots. The script should execute each movement step every 100ms, synchronized with bullet firing.

Step 4: Test and Calibrate

Load into a practice mode or private server. Spray at a wall from a fixed distance (20-30 meters is standard). All bullets should land in a tight cluster. If they drift up, increase the downward compensation. If they drift left/right, adjust the horizontal values. Fine-tune until the spray is a single bullet hole.

Game-Specific Tips

CS2

CS2's recoil patterns are well-documented and fixed. The AK-47 has a T-shaped pattern with 30 bullets. Scripts must handle the sensitivity difference between scoped and unscoped weapons. Importantly, CS2 uses first-shot accuracy — the first bullet always goes exactly where the crosshair is. Scripts only need to compensate from bullet 2 onward.

Rust

Rust has the most complex recoil in mainstream gaming. The AK pattern is an S-curve that changes with attachments. Scripts need separate profiles for: naked weapon, with muzzle brake, with compensator, with silencer. Crouching also modifies the pattern. Top scripts include 8+ profiles.

PUBG

PUBG adds random horizontal deviation to a vertical base pattern. Scripts handle the vertical component well but can't fully eliminate horizontal randomness. Vertical-only scripts still provide 60-70% recoil reduction. PUBG also has different recoil for prone, crouching, and standing.

Apex Legends

Apex has moderate recoil with per-weapon patterns. The R-301, Flatline, and R-99 are the most-scripted weapons. Apex's TTK is long enough that sustained accuracy matters enormously — a recoil script on the R-99 turns it from a close-range weapon into a medium-range laser.

Detection and Safety

Anti-cheat systems detect recoil scripts through several methods:

• Process scanning: Detecting AHK, macro software, or known cheat processes
• Input analysis: Comparing mouse movement patterns against known script signatures
• Statistical analysis: Measuring spray consistency over time — humans have natural variance, scripts don't
• Hardware ID detection: Some anti-cheats flag specific mouse models known for scripting (Bloody mice)

Reducing Detection Risk

• Add ±2-5 pixel randomization to each movement
• Add ±5-15ms timing jitter between movements
• Don't spray full magazines every time
• Use hardware solutions (Arduino) for zero software footprint
• Keep scripts updated — old patterns get signature-detected

Recoil Scripts vs No-Recoil Cheats

Some cheat software offers "no recoil" as a memory hack rather than a mouse movement script. Memory-based no-recoil modifies the game's recoil values in RAM, setting them to zero. This is more effective (100% recoil elimination) but far more detectable because it modifies game memory. Recoil scripts are external input — they don't touch game memory — making them inherently safer. The tradeoff is that scripts are less perfect (98-99% recoil reduction vs 100%).