inertia
Thumbnail Main
Thumbnail
Thumbnail
Thumbnail
Strength & Conditioning Lite Sport

INERTIA Flywheel platform

The INERTIA Isoinertial Flywheel Platform is an advanced strength and conditioning system designed to improve power, speed, and muscle performance through controlled flywheel resistance. It delivers effective concentric and eccentric training for athletes and fitness professionals.

Key Specifications
Max user weight160 kg
Maximum size91 x 74,5 x 125 cm
Platform surface for exercise88 X 50 X 24 cm
Machine weight64 kg
Maximum resistance at an exercise speed of 0.5 m/s2527 N (0,1575 Kg·m²)
Minimum resistance at an exercise speed of 0.5 m/s219 N (0,005 Kg·m²)
Sensor power supply5V-26°
Belt and harness sizeOne size
Competitive advantages
The optimized design for performing exercises on and off the platform.
The cylindrical instead of conical shaft which allows to generate greater force peaks.
The possibility of combining the wall guide for open kinetic chain exercises.
Product Description

The INERTIA Isoinertial Flywheel Platform uses innovative flywheel technology to create resistance by accelerating and slowing a rotating flywheel with a pull rope. This allows users to perform functional and sport-specific exercises while maximizing eccentric muscle loading for greater strength, power, and performance gains.

Built with a versatile design and a quick resistance adjustment system, the platform adapts to different training needs and user levels. It is an ideal solution for strength coaches, rehabilitation specialists, sports performance centers, gyms, and professional athletes seeking efficient, high-performance training equipment.

Enquire Now

Request a Quote for INERTIA Flywheel platform

Fill out the form below and our team will get back to you with a custom quote.

Quick Links

FAQs & Support

Stay Updated.

Sign up for GMD India's bi-weekly newsletter for product updates, events, and technical resources relevant to healthcare and sports science professionals.

© 2026 GMD India. All Rights Reserved.