Aimlock V10 Values Jun 2026
Results in a very rigid, instant snap to the target. This is highly effective but extremely obvious, making it a high risk for detection and reporting.
The FOV value determines the radius around your crosshair where the aimlock becomes active. A massive FOV means you will snap to targets on the edge of your screen, which is highly visible to spectators. For a "legit" playstyle, keep your FOV values between 2.0 and 5.0. This ensures the lock only kicks in when you are already reasonably close to the target. Bone Selection and Randomization
Large FOV (e.g., 180–360): The script will snap to targets completely outside the player's peripheral vision.
This value calculates target velocity and latency to aim ahead of the enemy. Aimlock V10 Values
Why: Limits the maximum angular velocity correction per millisecond. This prevents erratic crosshair jumps during frantic 180-degree panic turns. 0.08ms
Optimizing these values allows users to balance "blatant" cheating performance with "legit" lookalike movements that bypass automated anti-cheat systems. Core Aimlock V10 Configuration Values
If you are part of a development team exploring anti-cheat measures, understanding the "values" of an aimlock is crucial. Most modern anti-cheat systems are highly effective. For server administrators, plugins are available to detect the repetitive targeting patterns associated with aimlocks. However, the battle is ongoing as cheat developers constantly evolve their methods to bypass detection. Results in a very rigid, instant snap to the target
"Beyond precision, lies perfection. Seek the truth, in the numbers."
The most important safety and efficiency value. In V10, the FOV is often set between 30 and 75 .
Hard to sell individually; best used to balance out a trade when you need to match exact value points. Essential Trading Strategies for Aimlock V10 A massive FOV means you will snap to
Detection almost always leads to permanent bans.
This configuration maximizes speed, allowing the user to flick between multiple close-proximity targets instantly. The lower smoothness value is compensated for by the chaotic nature of close-quarters tracking. Mitigating Detection Risks and Best Practices
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-- Aimlock V10 Configuration Table getgenv().AimlockV10 = Enabled = true, TargetPart = "Head", Smoothness = 0.15, PredictMovement = true, PredictionVelocity = 6.81, TeamCheck = true, WallCheck = true, FOV_Config = ShowFOV = true, Radius = 80, Color = Color3.fromRGB(255, 0, 0) -- Structural execution logic handles camera interpolation (Lerp) -- utilizing the configuration values specified above. Use code with caution. Advanced Mitigation Values: Wall and Team Checks