Pellix CS2

Pellix lets you configure the aimbot per weapon category - Machineguns, Pistols, Rifles, SMGs, and Snipers each get individual settings profiles. This matters because optimal aimbot behavior is fundamentally different between weapon types: an AWP needs a very low FOV and slow, precise tracking, while an SMG like the MP9 benefits from a faster lock at close range. Pellix's per-weapon configuration ensures that switching weapons mid-round automatically applies the correct preset, so you're never fighting inappropriate settings. Features like Minimum Damage (don't fire unless the shot will deal a set threshold of damage) and Auto Stop (automatically counter-strafes before shooting for maximum accuracy) are also built in.

The aimbot moves your crosshair toward targets. The Triggerbot doesn't move your crosshair at all - it pulls the trigger the instant your crosshair overlaps an enemy hitbox, eliminating your reaction time from the equation. Pellix's Triggerbot includes Seeded shots (randomized firing timing that looks less mechanical), Hitchance (minimum probability threshold before firing, avoiding low-probability shots), and Flash/Smoke checks (won't fire if you're blinded or the enemy is in smoke). These safeguards make it significantly less likely to produce suspicious kills - no inexplicable headshots through smoke or shots fired while flashbanged.

Pellix's ESP goes well beyond basic boxes. Player ESP includes Skeletons for precise position tracking, Chams (colored model highlighting that makes enemies visible even in dark areas), Head Circles for a precise head hitbox indicator, and Cat Ears as an optional aesthetic element. Health, Armor, and Ammo bars display as numerical or visual overlays. Sound Visuals render footstep and action audio as positional ESP markers - so you see a visual representation of the sound a player is making, giving you audio-level information even with headphones off. This Sound ESP feature is particularly useful for identifying flanking players before they're in visual range.

Pellix's feature set covers both but leans toward competitive legit use. The per-weapon aimbot configuration, Seeded triggerbot shots, and Humanize option are specifically designed to produce natural-looking performance in ranked environments. Semi-rage use is supported - you can push FOV and RCS values higher for more aggressive performance in casual or deathmatch servers - but Pellix doesn't include HvH-specific tools like anti-aim or resolver. If you primarily want HvH capability, other products are better suited. For ranked Premier climbing with a comprehensive, configurable toolset, Pellix is one of the more complete external options available.

Based on the feature set, Pellix focuses on competitive performance features rather than cosmetic tools. For skin changing specifically, separate dedicated products like Mesa Skin Changer or Undetek Skin Changer provide comprehensive cosmetic control without the need to purchase a full cheat package. If skins are your primary interest, a standalone skinchanger is the more targeted and typically more stable solution since it doesn't interact with game memory beyond what's needed for cosmetics.

Check the current Pellix product page for up-to-date pricing and plan availability, as subscription options and pricing update periodically. As a general purchasing strategy: start with a shorter plan (1 week or 1 month) to verify hardware compatibility and confirm the feature set matches your playstyle before committing to a longer subscription. Pellix's per-weapon configuration depth means it rewards investment of time learning the settings - the full value of the aimbot customization only becomes apparent after you've dialed in each weapon category across several sessions.

Pellix, like most external CS2 cheats that use kernel-mode drivers, may require Secure Boot to be disabled in your UEFI/BIOS settings because Secure Boot restricts which drivers can load at startup. If Pellix's loader fails to start without an obvious error, checking Secure Boot in BIOS (typically under Security or Boot settings) is the first diagnostic step. The disable process involves entering BIOS on startup (usually Del or F2 key), locating Secure Boot, setting it to Disabled, and saving. Windows 10 and Windows 11 are both supported - if you're on Windows 11, note that Microsoft made Secure Boot a default requirement for Windows 11 hardware, so it may be enabled by default on newer systems. After disabling, Windows continues to function normally - Secure Boot is a boot-time verification layer, not a runtime security feature.