Aim Biomechanics & Engineering

Fundamental analysis of commercial competitive environments for absolute coverage of neuromotor control spectrums. 100% mechanics deconstruction.

VERSION 2.0: ULTIMATE MASTER

The 4 Pillars of Aiming

🎯

Static Clicking

Trains "Stopping Power" — the ability to instantly dissipate the kinetic energy of the wrist. Critical for CS2 and Valorant.

âš¡

Reactive Tracking

Reaction to targets with zero inertia. Instant reading of direction changes. The best school is Overwatch 2.

🌊

Smooth Tracking

Fluid target tracking without hand micro-tremors (jitter). High TTK in Apex Legends requires perfect geometric curves.

🔄

Target Switching

High-speed fire transfer between multiple targets in chaos. Combines clicking and tracking skills.

Discipline Decomposition

Select a game below for a detailed analysis of its role in your training cycle.

Analytics & Deep Data

Spectral Coverage Analysis

Intensity Matrix (Heatmap)

Physiology of Neuromotor Control

Modern paradigm requires a strict separation of skills. Isolated environments (KovaaK’s) lack key elements: visual noise and psychological pressure. My research proves that three games form a closed system: Stopping Power (CS2), Zero Inertia (OW2), and Momentum (Apex).

The TTK Factor (Time To Kill)

In CS2, average headshot percentages reach 84.40%, requiring sub-pixel accuracy. Meanwhile, Apex Legends with its Recoil Smoothing forces the player to reflexively improve movement fluidity. Overwatch 2 kills predictive aiming — here you work on the edge of biological reaction.

TTK Comparison (ms)

Final Verdict

🎯

For Stability

Play Valorant. Focus on purity of movement and Stopping Power. Speed will follow.

🌊

For Smoothness

Apex Legends (R-99). No hand jitter. Only smooth, perfect geometric lines.

âš¡

For Reaction

Overwatch 2. Chaos, instant angle changes, and zero inertia. The best reaction teacher.

100% COVERAGE ACHIEVED

About Author & Research

My name is Adiru (amazingb01). This project is the result of a year of data collection and mechanics deconstruction. Any expansion of this list leads to patterning redundancy, and any exclusion leads to control deficit.

Research duration: 1+ Year