Adapts to the Wild Terrain, Conquer with Your Instinct
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The IRMO M1 is a visual perception all-terrain adaptive AI exoskeleton that protects your knees and boosts endurance, customized for your adventures.
You still crave long treks and tough switchbacks, but now the miles hit harder. Descents stir your knees, quads fade, and the trail asks for more than you can give.
A wearable robot for explorers, cushioning knee impact and adjusting assistance for smooth steps. With Camera+RADAR sensing, it sees ahead to boost or absorb 60% of impact, longer endurance, higher jump height, and faster recovery.
With IRMO M1, explore further with a more comfortable arrival.
Meet IRMO M1 is a breakthrough in wearable robotics. Built by Hangmo Robot Co., Ltd., IRMO M1 merges robotics, AI, and ergonomics into a sleek, all-day exoskeleton. Its HMoCS system adapts support to your gait in real time, from mountains to city streets.
The IRMO M1 is a visual perception all-terrain adaptive AI exoskeleton equipped with Flexmo Dynamically Balanced Joint, designed to protect your knees, boost endurance, and tailored specifically for your adventures.
A 9-axis IMU and HMoCS analyze your motion intent and personalize assistance on the fly, or instantly.
A smart camera and laser rangefinder deliver high-precision data for predictive adjustments, so there’s no clunky “follow” feeling.
Flexmo joints improve Human-Machine Collaboration up 40%, with force-control transparency that mimics muscle behavior for a fluid and natural experience.
Up to IP67 protection and -20°C to 40°C operating range mean year-round reliability.
Built-in camera and LADAR scan the path ahead. The HMoCS system processes the data in real-time, adjusting assistance before every step you take.
With a 120° FOV camera and 2.5-meter ground scanning radius, IRMO detects terrain changes before you step. It adjusts support in real-time for uphill climbs, stairs, and rough terrain, making every step lighter and easier.
Flexmo (Dynamically Balanced Joint) technology reduces knee impact by up to 60%, minimizing strain from jumps to descents.
IRMO anticipates downhill impacts and activates shock–absorbing technology to reduce knee stress. The system adjusts automatically to stabilize your body and absorb impact before you land.
IRMO M1 provides 45% knee with intelligent power compensation to help you push through fatigue and extend your range.
IRMO M1 advanced carbon fiber frame brings the total weight to just 4.4 lbs, creating a featherlight, seamless connection to your movement.
The 145° joint rotation adapts to various activities and positions, ensuring smooth movement for sitting, cycling, running, jumping, and ball sports with excellent flexibility and support.
Enjoy up to 8 hours of use with IRMO’s breakthrough reverse charging technology, which improves energy conversion and recovery by 50%, while hot-swap batteries keep you moving and seamlessly extend your day.
With one tap, switch between four distinct modes: Eco, Turbo, Training, and Rest, each tailored to support your activities. IRMO APP tracks steps, distance, and posture to create a personalized knee joint plan for all terrains. AI-driven data makes sports management smarter and more accurate.
- Turbo Mode: Delivers maximum power for high–intensity activities like running, cycling, and more.
- Eco Mode: Offers energy-efficient assistance, perfect for activities on flat surfaces or just climbing stairs.
- Training Mode: Provides resistance for muscle training, including power-assisted stretching and damping support to boost flexibility and lower body strength.
- Rest Mode: No assistance or resistance, ideal for short breaks during exercise intervals.
The IRMO intelligent wearable exoskeleton robots are developed by Hangmo Robot Co., Ltd. Established in 2022, the company specializes in the research, development, and commercialization of exoskeleton robots. It offers comprehensive technical solutions in areas such as bionic joint technology for humanoid robots, control systems, and the development of large embodied intelligence models. Its product portfolio includes modular robots designed for humanoid, industrial, and consumer applications, human motion assistance robots, and embodied intelligence perception algorithms based on large models. The company is dedicated to advancing the integration of AI large models with bionic joint technology to foster their adoption and widespread use across various industries.
