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VISOR Shooting Performance System

Tactical Shooting Analysis and Marksmanship Training System

VISOR-AI

What Is VISOR?

VISOR-AI is a sensor-based tactical shooting analysis and training platform developed to measure, analyze, and improve individual shooter performance.

Through its compact weapon-mounted sensor module and mobile application infrastructure, VISOR-AI analyzes pre-shot preparation, trigger break moment, and post-shot weapon behavior in real time and presents the results as measurable data.

This allows shooters to see not only target results but also the motion dynamics behind each shot. VISOR-AI is a modern marksmanship performance analysis system developed for military units, law enforcement, professional shooters, and training institutions.

Tactical Shooting Analysis and Marksmanship Training System
Transforms Physical Shot Behavior into Digital Data
System Concept

Transforms Physical Shot Behavior into Digital Data

Traditional shooting training often limits evaluation to the point of impact on the target. However, shot quality is shaped by critical factors such as trigger break quality, weapon stability, muzzle movement, cant, and follow-through discipline.

VISOR-AI measures all of these factors, reveals the source of errors, makes performance improvement traceable, and enables objective training evaluation for instructors.

Core Metrics

  • Trigger break quality
  • Weapon stability
  • Muzzle movement
  • Cant angle
  • Post-shot follow-through discipline

Training Value

  • Identify the source of error
  • Measure performance improvement
  • Conduct objective training evaluation
How It Works

Two-Core System Architecture

Sensor Module

The compact electronics module mounted on the firearm body includes high-precision IMU sensors, a microcontroller, a wireless communication module, and an internal power system.

This hardware continuously measures the weapon's 3-axis movement and angular behavior.

Mobile Analysis Application

The VISOR-AI mobile app processes sensor data and delivers actionable insights to the user.

  • Display shot data
  • Review performance graphs
  • Run training modes
  • Track shooter development
Two-Core System Architecture
Measured Parameters

Analyzes Every Critical Phase of the Shot

1

Pre-Trigger Stability

Measures weapon stability before the shot.

2

Trigger Break Quality

Analyzes disruption at the trigger break moment.

3

Cant Angle

Measures horizontal weapon tilt.

4

Muzzle Movement

Analyzes muzzle oscillation and motion behavior.

5

Shot Disturbance

Detects disturbance created at the moment of firing.

6

Follow-Through Discipline

Measures post-shot control and follow-through discipline.

Training Modes

Moves from Analysis to Active Training

Natural Point of Aim Training

Training mode designed to improve the shooter's natural point of aim.

Trigger Control Training

Precision training focused on trigger control.

Positional Stability Training

Stability analysis across different shooting positions.

Draw to First Shot Analysis

Measures first-shot timing in handgun use.

Recoil Control Loop

Measures recoil control after the shot.

Sight / Dot Re-Acquisition

Analyzes the time required to reacquire the sight or dot on target.

Use Cases

Broad Operational and Training Use

Military Training Units

Provides performance analysis for basic and advanced marksmanship training.

Special Forces and Tactical Units

Analyzes shooter performance at a micro level.

Law Enforcement

Delivers objective evaluation in police and special operations training.

Shooting Ranges

Provides data-backed analysis for professional shooting instruction.

Sport Shooting

Makes individual shooter development measurable.

Versions

Two Deployment Levels

VISOR-AI Lite

The core shooting analysis system powered by IMU sensors.

  • Weapon motion analysis
  • Shot stability measurement
  • Mobile app integration

VISOR-AI Laser

Advanced version operating with laser-based target reference.

  • Laser target analysis
  • Precision muzzle direction tracking
  • Advanced training modes
System Advantages

Data-Driven Modern Marksmanship Training

Data-Driven Training

Makes the training process measurable.

Objective Performance Evaluation

Analyzes shooter performance through numerical data.

Reduced Training Time

Fast error detection accelerates the training process.

Progress Tracking

Allows shooter performance to be compared over time.

Frequently Asked Questions About VISOR

How does VISOR work?

A weapon-mounted sensor module measures movement before and after a shot. The mobile app analyzes these data to provide performance information for shooters and instructors.

Where can VISOR be used?

VISOR is developed to support performance assessment in military training units, law enforcement, shooting ranges and sport shooting.

What data can instructors evaluate?

Parameters such as trigger break quality, pre-shot stability, muzzle movement, cant angle and follow-through discipline help instructors assess training.

How can I request product information or a demo?

Contact KMA Defence for system configurations, usage conditions and demo enquiries.

Learn more about VISOR, developed by KMA Defence, at visorlabs.co →

Next-Gen Platform

Measures Shooter Behavior, Analyzes It, and Accelerates Improvement

In modern combat environments, shooter performance is evaluated not only by hit ratio but by total motion discipline. VISOR-AI is a next-generation digital marksmanship analysis platform built to meet that need.

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