Aegis Configuration

Aimbot Guide:

• Smoothing Congiguration:

  • FOV Max (Field of View Maximum): This setting defines the size of the circle around your crosshair in which the aimbot will activate. The larger the value, the bigger the area where targets can be picked up. Hovering over the setting in-game usually shows a visual representation of the circle.

  • Speed (Aimbot Speed): This is the slowest speed at which the aimbot will move your crosshair toward a target. Lower values result in slower, more natural-looking movement.

  • Speed Max (Maximum Speed): This determines the fastest speed at which the aimbot can aim. Higher values make the aimbot snap to targets more quickly, which can look unnatural if set too high.

  • Deadzone: This is a small area around your crosshair where the aimbot will not activate. It's useful for preventing unnecessary micro-adjustments when you're already aiming very close to the target.

  • Max Distance: This sets the maximum range at which the aimbot will detect and engage targets. Targets beyond this distance will be ignored.

  • Vertical Target Offset: This adjusts the aimbot’s vertical aim position. Increasing it makes the aimbot aim higher on the target; decreasing it aims lower. It’s best to leave this setting alone unless you know what you're doing.

• Options:

  • Legit mode: aimbot only activates when you move you mouse, great for bypassing aimbot detections
• Smoothing Curve Modes
  • Linear: "linear aim" smoothing means that the smoothing is applied in a "flat" curve as the crosshair goes towards the target. This is very easy to make look legit, however if you set the speed too high then it may be prone to overshooting.
  • Exponential: "exponential aim" means that the further away your crosshair is from the enemy, the speed your aimbot moves gets exponentially faster. This mode can be cranked all the way up for a locky aimbot since it's less prone to overshoot. It is regarded as one of the most legitimate looking smoothing methods when using a low speed setting as well.
  • Square Root: behaves similarly to the linear mode, while still having a curve applied. This is useful if you wish to have the same speed response as linear, while still having some curve applied. A sort of half way between exponent and linear smoothing modes.