Flagship Full-Leg Exoskeleton
for All-Terrain Mobility
Own Every Ascent
Ease Every Descent
Sit‑to‑Stand with Solid Support
Heavy Loads, Lighter Strides
Tough Terrain with Total Agility
A New Era of Exoskeletons
Redefining Human Mobility
All Terrain, All Movement
From this moment forward, a bigger world awaits.
No Terrain Off Limits,
No Movement Held Back
Halo™ adapts to where and how you move¹, keeping every journey guided by your intent, not your physical limits. From carrying a heavy pack and working outdoors to exploring with family, Halo delivers powerful, natural assistance and protection across every terrain and movement. A demanding journey should not take everything out of you. Halo helps preserve your strength. Set your sights further, every horizon moves closer.
Meet Hypershell Halo
Ultra-Light at Just 2.6 kg²
Crafted from ultralight carbon fiber and titanium, the core structure weighs just 2.6 kg for a light, unobtrusive feel that moves naturally with you.
Ultra-Portable, Under 8 L Folded
Fold Halo down, slip it into your backpack, and set out with ease.
The All-New HyperDrive Pro Four-Motor System
Built with advanced materials and precision engineering, the system delivers powerful, precise output whether you are walking through the city or sprinting up a mountain trail. Ultra-light magnesium-alloy housings make each motor half the weight of the previous generation.
Lighter on your knees, Faster on your feet.
Peak Assistance Output Up to
1,490 W
Per Knee Motor
170 g
Active Impact Reduction, Comprehensive Knee Protection
Powered by lightweight yet powerful knee motors, Halo goes beyond movement assistance. When it matters most, it delivers active support and impact damping, reducing knee load across a wide range of movements and scenarios.
Knee‑Muscle
Fatigue Reduced³ by
40%
Sustained Stamina
Energy That Endures
No longer let physical strength hold you back. Halo cuts energy expenditure along the way, preserving your stamina for companions beside you, scenic stops along the path, and high‑priority work.
Hypershell PocketVolt battery packs lasting power into a compact, portable battery. Easy to swap and recharge, it stows securely at your waist or slips neatly into your pack.
Travel light. Go further.
Precise response across every terrain and movement, even through sudden starts and stops.
Slopes, stairs, gravel, sand, and more. Halo automatically recognizes changing terrain and dynamically adjusts assistance.
By sensing your intent before movement begins, Halo delivers precise assistance in real time, giving you the freedom to move on your terms.
Industry-Leading Four-Joint Coordination
More than 30 high-precision sensors work with the automotive-grade HyperCore Pro AI chip to sense and process movement up to 2,500 times per second. An advanced control system keeps all four motors precisely synchronized with your movements, delivering assistance that feels smooth, fluid, and natural.
Precision Assistance, Tailored to You
Introducing Halo’s all-new Mixture-of-Experts (MoE) architecture, bringing together thousands of specialized motion models. Across complex, changing outdoor environments, multiple experts work in parallel to deliver assistance precisely tuned to the terrain and your movement.
High-Quality Motion Training Data
10,000 Hours
Movement Prediction⁶
0.2 Seconds
Assistance Response
No Lag
Every detail is engineered to simplify conventional exoskeleton fitting into the 5-buckle system. Stepless adjustment and quick-set levers make the initial setup fast and precise. Once dialed in, gearing up is fast and simple.
The flexible V-strap structure delivers stable, efficient assistance across a wide range of movements, providing lift on climbs and support through descents. Unlike rigid designs, it conforms naturally to your body for greater comfort and freedom, whether standing or sitting.
Engineered for professional outdoor work, Halo accommodates packs from 35 L to 85 L, including high-capacity mountaineering packs. Bring what the journey demands.
The AeroFlex wearing system keeps Halo secure, breathable, and remarkably light on your body. An exclusive 3D adaptive structure follows your natural contours for a comfortable fit across body types. Secure when you move. Comfortable when you stay.
ORIGIN EDITION
For Those Who Arrive First and Leave Their Mark From the Very Beginning
Technical Specifications
Technical Specifications
Assistance Performance
Reduction in Muscle Fatigue
Sit-to-Stand: 40%
Energy Savings
Cycling: 39%
Heart Rate Reduction
Cycling: 42%
Power Assistance
Number of Motors
4
Peak Output
1490 W
Battery
Battery Range
20 km
Battery Capacity
72 Wh
Charging Speed
0-100%, <1.5h
Sensing & Algorithms
Motion Sensors
30+
Motion Control Algorithm
HyperIntuition™ 2.0
AI Agent
Yes
Design & Construction
Architecture
Integrated
Structural Materials
77% Carbon Fiber +5% Titanium alloy
Wearable System
Nylon + 3D-Knitted Stretch Fabric
General
Weight (Excl. Battery)
Without Wearable System: 2.6 kg
With Wearable System: 3.2 kg
Folded Capacity
8 L
Ingress Rating
IP54
Operating Temperature
-20° to 45° C
Hypershell Halo × 1
PocketVolt Battery 72Wh × 1
USB-C Charging Cable × 1
AeroFlex Shoulder Strap for Halo × 1
65W GaN Charger × 1
Long Power Cable × 1
Short Power Cable × 1
Carrying Case × 1
Z-shaped Wrench × 1
Safety Guidelines × 1
Quick Start Guide × 1
- Hypershell Halo is not a medical device. Users must be capable of independent ambulation, voluntary leg‑lifting, and maintaining body balance without external assistance. For safe and effective product operation, follow the intended use and relevant user instructions.
- The 2.6 kg figure refers to the weight of the Halo rigid main structure, excluding the battery and harness system. Weight including the harness system is 3.2 kg. The battery may be separately stowed in a backpack or other locations and is therefore excluded from the above‑stated weights. Exact weights shall be subject to official specifications and actual product configuration.
- The 40 % reduction in knee‑joint muscle fatigue is derived from sit‑to‑stand testing performed under controlled laboratory conditions. Test subjects transitioned from a natural standing to seated posture on a chair with feet flat on the ground, then rose back to full upright stance, completing the full stand‑sit‑stand motion sequence with no arm‑supported leverage. Surface electromyography and comparable methods were used to quantify muscle activation levels with and without Hypershell Halo engaged. Test results show up to a 40 % reduction in activation of knee‑related musculature. Actual outcomes may vary depending on environmental conditions, payload, user physical condition, chair height, motion amplitude, posture, and other factors.
- The 39% reduction in physical effort and 42% decrease in heart rate were measured during lab‑controlled indoor cycling, with the exoskeleton set to its optimal assistance mode. Compared to cycling without exoskeleton assistance, oxygen consumption dropped by 39% and average heart rate decreased by 42%. Data were collected under controlled laboratory conditions. Actual performance may vary depending on environmental conditions, terrain, load, user condition, riding style, and bicycle model. Performance data for non‑cycling activities may also differ.
- The 20 km range figure originates from controlled‑laboratory treadmill walking tests conducted at 4 km/h on a 1° incline, with the exoskeleton set to Eco Mode at 30 % power. The 20 km value represents continuous travel distance prior to full battery depletion. Actual range may vary depending on environmental conditions, terrain, payload, user physical condition, walking gait, assist‑power settings, and other factors.
- 20‑second donning refers to the time required to put on the unit after completing size adjustments for the waist bar, leg bars, waist harness and leg straps, with fit parameters retained for the wearer. 5‑second doffing refers to releasing harness latches and removing the product without resetting the waist‑bar, leg‑bar, waist‑harness and leg‑strap dimensions, and enabling rapid subsequent donning. Actual donning‑doffing times may vary with user proficiency and fitting procedure.
- Tested under controlled laboratory conditions, the product achieves an IP54 dust‑protected and water‑resistant rating. Protection performance may degrade over normal service life and product ageing. Real‑world resistance performance may vary depending on operating environment, product condition, and usage patterns.
- Unless otherwise specified, all data were collected under controlled laboratory conditions. Real‑world user experience and product performance may vary depending on environmental conditions, usage patterns, user physical condition, product configuration, firmware version, and other factors.
