Compact Automatic Hitting Golf Robot

Technological innovation developed by baron.be

Compact golf robot the size of a trolley capable of hitting balls

Project Overview

This project aims to develop a trolley-sized golf robot capable of hitting balls in a precise and reproducible manner. This innovation addresses multiple needs in the golf world, from industry to accessibility, as well as research and professional training.

Key Features

Professional Equipment Testing

Ideal solution for golf equipment manufacturers: standardized testing of clubs, balls, and accessories with objective data collection for R&D.

Accessibility and Inclusion

Enables people with reduced mobility, the disabled, or the elderly to continue practicing golf while retaining all strategic game decisions.

Research and Innovation

Scientific tool for biomechanical studies, trajectory analysis, and reproducible tests under controlled conditions.

Detailed Applications and Benefits

For the Golf Industry

Product development optimization:

  • Testing and validation of equipment under perfectly standardized conditions
  • Collection of objective and reproducible data for manufacturer R&D
  • Precise comparison between different club models or ball types
  • Reproducible demonstrations for trade shows and points of sale
  • Reduction of testing costs involving professional players
Golf robot for industrial equipment testing

For Accessibility and Inclusion

An assistance solution preserving the essence of golf:

  • Assistance for players with reduced mobility or physical disabilities
  • Adapted solution for the elderly wishing to continue practicing despite limitations
  • Full maintenance of the strategic aspect: club choice, course reading, tactical decisions
  • The player remains responsible for movement and all decisions
  • Non-autonomous technical partner that only removes the physical constraint

For Training and Coaching

Advanced pedagogical tool:

  • Comparative analysis between the human swing and a perfect mechanical swing
  • Pedagogical tool for professional golf instructors
  • Regular calibration to measure player progress
  • Visual demonstration of the technical principles of the ideal swing
  • Ability to isolate and analyze each phase of the movement

For Scientific Research

Controlled experimental platform:

  • Biomechanical and ergonomic studies of the swing movement
  • Analysis of the impact of weather conditions on trajectories
  • 100% reproducible scientific tests for academic publications
  • Research on golf performance optimization
  • Studies on materials and their behavior during impact

Mechanical and Electronic Design

Advanced technical architecture:

  • Mechanical system faithfully reproducing the swing movement
  • Precise electronic control of speed and trajectory
  • Sensors for real-time monitoring of the hit
  • Intuitive control interface for rapid setup

3D Modeling and Prototyping

Computer-aided design:

  • Full modeling of the robot in FreeCAD
  • Structure optimization to minimize weight
  • Simulation of mechanical stresses
  • Rapid prototyping of components via 3D printing

Project Philosophy: A Technical Partner, Not a Replacement

This is not an autonomous robot that plays instead of the golfer. Our robot is designed as a technical partner that preserves the strategic and tactical essence of golf. The player retains all decisions: course reading, club choice, game strategy, and movement after each shot. The robot only removes the physical constraint of executing the swing, making golf accessible to everyone while maintaining its intellectual and strategic character.

Whether you are a golf equipment manufacturer, a golf club wishing to offer accessibility, a biomechanics researcher, or a professional coach, our expertise in robotics and automation allows us to develop innovative solutions tailored to your specific needs.