Skip to content
Robolist.aiRobots, Ranked.
Exoskeleton

Dephy Sidekick

Built by Dephy · US

Dephy Sidekick

Overview

The Dephy Sidekick is the world's first wearable powered exoskeleton focused on the ankle. It is lightweight, intuitive, and designed to enhance mobility, allowing users to move farther and faster with reduced effort. The Sidekick features integrated sensors and adaptive controls, maintains the ankle's natural range of motion, and offers up to 100+ lbs of joint offload to reduce fatigue. It includes a removable battery that lasts 3-5 miles per charge, a simple user interface with 3 power levels, and is compatible with specially designed shoes featuring an integrated carbon fiber footplate.

Detailed specifications

Motion & kinematics1
Joints Actuated
ankle
Power & battery1
Battery Swappable
true
Sensors1
Sensor Suite
imu,force_torque
Safety & certifications1
Safety Features
emergency_stop,low_battery_lockdown
Other16
Load Path
ground
Assist Mode
active
Applications
personal_mobility,elderly_care
Sub Category
medical_mobility
Actuator Type
electric_motor
Body Coverage
ankle_only
Donning Assist
solo
Frame Material
carbon_fiber
Company Country
US
Control Strategy
intent_detection,adaptive_control
Industries Served
healthcare
Indication For Use
mobility enhancement
Shoe Compatibility
Sidekick compatible shoes with integrated carbon fiber footplate
Availability Status
available
Additional Information
- Designed for adults with lower limb fatigue or conditions like neuropathy, arthritis, multiple sclerosis, foot drop, post-stroke effects, Parkinson’s, and Achilles injuries. - Not a medical device but can be used with HSA/FSA funds with medical approval. - Includes a pair of shoes, Sidekick device, calf straps, shin pads, batteries, charging dock, torque wrench, and carrying case. - Travel-friendly with LiPo batteries following standard airline regulations. - 30-day return policy and 1-year limited warranty.
Deployment Environment
both

Reviews for Dephy Sidekick

Loading reviews…

Get pricing from

Dephy