Articles

A steadier aiming trace does not always lead to a better shot. This article explores how trigger timing, muscle tension, breathing, and shot execution can matter more than simply reducing movement....

Learn how SCATT helps shooters and coaches evaluate movement amplitude, aiming-area location, and aimpoint speed to identify technical errors and improve hold stability. Author: Stanislav Lapidus

Use this practical checklist to troubleshoot SCATT target detection and calibration indoors. Learn how lighting, target quality, print scale, sensor-to-target distance, focus, alignment, and mounti...

SCATT can reveal technical errors that are difficult to detect during live shooting. This article explains how aiming trace and movement-speed data can help shooters and coaches identify problems i...

Good lighting supports reliable SCATT training and a more comfortable visual environment. This guide explains how flicker affects training conditions, how to check LED lights with a smartphone, and...

SCATT lets shooters train for longer-distance disciplines in limited space by using scaled targets and simulated distances. This guide explains target scaling, sensor alignment, parallax compensati...

SCATT aiming traces can reveal recurring technical patterns before, during, and after the shot. This guide explains how to read the color-coded trajectory and recognize issues such as inconsistent ...

The Coordination Diagram helps shooters and coaches examine what happens during the final second before a shot. This article explains how the curve can indicate loss of weapon-position control and ...

Every rifle shooter is aware of the constant movement of the arms during shooting. Arms movement determine its stability which may be subdivided into two components. The first component is contribu...