> Wearable sensors and AI for tennis movement analysis: strokes, footwork, muscle load and injury risk. For tennis academies, schools and professional players.

Source: https://153040.com/

AI coach that sees every move

# A professional tennis player movement analysis system based on sensors and AI

Precise sensors and a digital platform for academies, schools, and professional tennis players.

Powered by AI

![TennisAI dashboard: 3D model of a tennis stroke with movement metrics](https://153040.com/images/img-main-en-bg.webp)

5–10cm

improving ball handling

\-30%

reducing the risk of injury

+20%

to the effectiveness of training

100%

automation of data accounting

Opportunities

## AI Analytics and Sensors for Tennis

Record, analyze, and improve your tennis technique using artificial intelligence and innovative sensors.

![Ball handling analytics: ball-track length, contact time and spin parameters](https://153040.com/images/img-ball-en.webp)

**Ball handling:** The system **records the length of the ball track**, contact time and spin parameters, allowing you to evaluate topspin and serve technique at a professional level.

![Off-the-ball movement analytics: footwork, balance and approach to the ball](https://153040.com/images/img-movement-en.webp)

**Off-the-ball movement recording and analysis:** The system tracks footwork, balance, approach to the ball, and stopping before shooting, helping improve coordination, stability, and the quality of preparation for each play.

![Full-body movement analysis: racket, body, arms and legs](https://153040.com/images/img-yola-en.webp)

**Recording and analysis** of every player's movement, from the racket to the position of the body, arms and legs.

![Sensor data synchronized with training video](https://153040.com/images/img-video-en.webp)

**Combine data and video:** quickly analyze any moment of your workout.

![3D visualization of racket position](https://153040.com/images/img-3d-en.webp)

**3D visualization of racket position** for quick analysis of errors and progress.

![Impact force, grip compression and pulse monitoring](https://153040.com/images/img-pressure-en.webp)

**Measuring the force of impact, grip compression** and pulse monitoring with every action.

Products

## AI and sensor-based tennis solutions

![Training analytics platform for tennis academies and schools](https://153040.com/images/img-1-1.webp)

**Tennis academies and schools**

Comprehensive platforms for organizing and analyzing the training process.

![Custom sensors and analytics for professional players](https://153040.com/images/img-2-1.webp)

**Professionals and their teams**

Customized sensors and deep analytics tools for maximum control and progress.

Improving training

Recording progress

Increasing motivation

Advantages

## Innovative sensors and end-to-end technologies for tennis

Maximum convenience, accuracy of analysis and automation.

0,4 mm

the thinnest board

the board is **three times thinner** than a tennis racket string

<1 g.

ultra-lightweight processor

The entire processor, including Bluetooth, weighs

![Ultra-thin 0.4 mm processor board with Bluetooth weighing under 1 gram](https://153040.com/images/ill-procc.webp)

100%

Automated data logging

Flexible surface EMG sensors

Their ability to conform to complex surfaces makes them ideal for wearable technology and smart apparel.

Can be sewn into clothing

Monitoring of muscle activity

Injury Prevention

Analysis of striking techniques

![Flexible surface EMG sensor](https://153040.com/images/ill-sensor.webp)

How does it work

## How the system works

**Sensors**

The sensors are attached to the racket, arms, legs and body, without interfering with the game.

**Data**

Collecting data on every movement, impact force, biomechanics, and heart rate.

**Processing**

All information is transmitted via Bluetooth to the central hub and processed on a laptop or server.

**Result**

Within 10 seconds of a shot, you see a 3D diagram of the player's "skeleton," along with graphs and metrics, for analyzing technique, making adjustments, and planning training.

Blog

## Writing about tennis technology

### [Flexible EMG Sensors and AI in Tennis: Biomechanics, Stroke Analysis, and Injury Prevention](https://153040.com/blog/flexible-emg-sensors-ai-tennis/)

March 17, 2026–1 min

[All articles](https://153040.com/blog/)

About Us

## At Inventale, we develop systems that see what eludes the human eye and turn data into a competitive advantage for athletes.

20+

years of expertise

50+

successful projects

Our team is a carefully selected group of experienced engineers, PhDs, data scientists, and artificial intelligence experts with deep industry expertise and consistent commitment to every project.

[**Go to the developer's website**](https://invenpro.tech/en/)