Fourier ExoMotus™ M4

The ExoMotus™ M4 is a state-of-the-art lower limb rehabilitation exoskeleton designed to accelerate recovery, improve mobility, and redefine patient independence. Built with intelligent robotics and advanced motion analysis, it supports both clinical therapy and research applications.

Key Features

• Adaptive gait training with customizable parameters

• Lightweight exoskeleton for patient comfort

• Real-time motion capture and biofeedback

• Rehabilitation support for stroke, SCI, and neurological disorders

• Cloud-based data tracking and reporting

• Easy setup with intuitive interface

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Why Choose the ExoMotus™ M4?

Enhanced Rehabilitation
Accelerates recovery by combining robotics with personalized therapy programs.

Data-Driven Insights
Detailed motion analysis provides clinicians with objective progress tracking.

Patient Empowerment
Supports mobility, independence, and improved quality of life.

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Technical Specifications ⚙️

General

• Device Type: Robotic lower-limb exoskeleton

• Intended Use: Gait rehabilitation for neurological and musculoskeletal disorders

Dimensions & Weight

• Adjustable height: Suitable for patients 150–190 cm tall

• Weight of device: Approx. 18–20 kg (lightweight frame)

Power & Control

• Battery life: Up to 3–4 hours continuous operation

• Control modes: Therapist-guided, patient-initiated, adaptive AI-assisted

Training Functions

• Adjustable gait parameters: Step length, walking speed, support level

• Modes: Overground walking, treadmill integration, sit-to-stand assistance

Connectivity

• Cloud-based data storage and reporting

• Wireless connectivity for real-time monitoring

Safety

• Built-in emergency stop

• Multi-point harness system

• Fall-prevention and balance assistance