Marsi Bionics ATLAS 2030

Quote onlySold or rented to hospitals, rehabilitation centres and special schools on quotation. An older company FAQ cited roughly $58,000 (€50,000) for an earlier Marsi model (estimate) (unconfirmed).

AvailableApp-adjustedPediatric hip, knee & ankle14 kgAges 3–14CE mark

Weeks+Hospitals, rehabilitation centres and schools contact Marsi Bionics or a distributor for purchase or rental. Not sold to families directly. Contact ↗

Control: Therapists parameterise sessions from a tablet. No end-user computer access.

Official page ↗Where it is used ↗Exoskeleton Report ↗

Overview

ATLAS 2030 is the first pediatric gait exoskeleton to reach the European market, built by Marsi Bionics out of research at the Spanish National Research Council (CSIC). It is a trunk-to-feet orthosis with eight powered joints whose variable-stiffness actuators mimic muscle, and it is sized for children aged 3 to 14 with cerebral palsy, spinal muscular atrophy and other neuromuscular diseases, with a frame that is adjusted as the child grows. The child walks inside a wheeled auxiliary frame with an optional head support, so no crutches are involved, and therapists switch between a passive mode that moves the legs and an active mode that trains the child's own strength. It received a CE mark in May 2021 and is used in more than 40 Spanish hospitals, rehabilitation centres and foundations, with centres in France, Mexico, Poland, Germany, Italy and Ireland, through distributors such as Rehagirona, Medimex and Skyfi. There is no FDA clearance. It is a clinic device only, sold or rented on quotation, and the smaller walker-style Trexo Theo is the other pediatric option in this guide.

Specifications

Category	Exoskeletons & exosuits · Medical & rehabilitation
Released	2021
Country	Spain
Availability	Available
Sales	Used in more than 40 facilities in Spain plus about 17 in France, Mexico, Poland, Germany, Italy and Ireland. (estimate) Marsi Bionics centre map ↗
Programmability	No SDK, app / visual programming only
Built-in autonomy	Reactive · Responds to its surroundings without a map, such as avoiding obstacles or following a person
LLM support	None · No voice assistant or LLM.
Best for	Ages 3–14 (maker rating)
Vision sensors	No vision sensors
Actuators	Brushless / direct-drive motors
Audio	No audio
Compute type	Proprietary / undisclosed
Control	App-adjusted
Weight	14 kg
Assistance	Eight active joints at the hips, knees and ankles move a child's legs through a gait pattern in a passive mode, or let the child drive the motion with their own strength in an active mode. It walks forwards and backwards inside a wheeled support frame.
Joints	Hips, knees & ankles
Battery & runtime	Battery capacity and runtime are not published. Extra batteries are included.
Operation	A therapist sets the gait and stiffness parameters on a tablet and the device interprets the child's movement intention. No chest control is needed and fitting takes about 5 minutes.
Sensors	Joint position and torque sensing in the variable-stiffness actuators for intention detection (details not published)
Compute	Not published
SDK	None