Atalante X

About

About Atalante X

Atalante X is a self-balancing lower-body exoskeleton for supervised clinical gait rehabilitation. Powered hip, knee and ankle joints support standing, forward walking, lateral movement, turning and other exercises while the device maintains balance around the patient.

Therapists control session parameters through a dedicated interface and can adjust assistance for each patient's capability. The system increases walking repetition and allows varied movement during rehabilitation after neurological or motor impairment. Wandercraft supplies clinical installation, staff training and support for authorised rehabilitation facilities.

Capabilities

Source-backed capabilities

  • Workflows: Gait training, early walking practice, balance exercises, therapist-led rehabilitation sessions and patient progress tracking.
  • Operating environments: Professional rehabilitation hospitals and clinics.
  • Target markets: Rehabilitation providers treating stroke, spinal cord injury, multiple sclerosis and other severe gait impairments.
  • Deployment model: Clinical-device sale or procurement model with operator training.
  • Assisted walking rehabilitation

    Research demonstration - 2025-08-01 - Atalante X powered exoskeleton highlighted in rehabilitation study

    Source
  • Assisted walking rehabilitation

    Claimed - Atalante X is designed for rehabilitative care and enables hands-free standing and walking for severe gait impairment. - environment: rehabilitation clinic or hospital gait-training area

    Source

Timeline

  • Wandercraft completes acquisition of Ekso Bionics operating business

    2026-10-01 - Acquisition - Atalante X and EksoNR together support patients at more than 700 rehabilitation centers worldwide. Wandercraft intends to keep supporting Atalante X, EksoNR, Eve and Indego Personal. Both boards unanimously approved the transaction, combining Wandercraft’s EMEA position with Ekso’s U.S. clinical and commercial reach.

    Source
  • Ecuador authorises Wandercraft Atalante X for clinical rehabilitation

    2026-07-27 - Regulatory - The authorised uses cover rehabilitation associated with spinal-cord injury, stroke-related hemiplegia and multiple sclerosis. Clínica de Lesiones Deportivas in Quito is the first announced Ecuador installation site. The clinic describes Atalante X as forthcoming in 2026; authorisation is not represented as an already operating installation.

    Source
  • Wandercraft's Atalante X receives second FDA clearance

    2024-02-13 - Regulatory - Wandercraft received FDA clearance for Atalante X for rehabilitation in individuals with spinal cord injuries at levels T5 to L5. This follows the device's previous clearance for stroke rehabilitation in December 2022. The clearance is supported by data from over 500 patients, including clinical trials and real-world evidence.

    Source
  • Wandercraft receives EUR 25M EIB loan

    2023-12-28 - Market Signal - The EIB loan supports development of Wandercraft’s personal exoskeleton and broader access to Atalante X. The financing benefits from an InvestEU guarantee. The EUR 25 million facility was structured as an EIB venture-debt loan.

    Source

Context

Market context

Atalante X is Wandercraft?s self-balancing lower-limb exoskeleton for clinical gait rehabilitation.

  • Target environment: Professional rehabilitation hospitals and clinics.
  • Workflow context: Gait training, early walking practice, balance exercises, therapist-led rehabilitation sessions and patient progress tracking.
  • Customer context: Rehabilitation providers treating stroke, spinal cord injury, multiple sclerosis and other severe gait impairments.
  • Deployment model: Clinical-device sale or procurement model with operator training.
  • Commercial maturity: Commercial clinical product with regulatory and rehabilitation-center deployment evidence.
  • Adoption constraints: Requires clinical procurement, trained operators, patient suitability screening and regulatory fit by market.
  • Market position: One of the more visible medical exoskeleton systems using dynamic balance for hands-free rehabilitation walking.

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