SkyTrack Ceiling Unweighing System | Advanced Gait Training

The Neubotics SkyTrack - 300 is a premier ceiling-mounted gait training and partial weight-bearing system designed for hospitals, rehabilitation centres, and specialized home-care settings. By providing adjustable body weight support, it empowers patients recovering from stroke, spinal cord injuries, and orthopedic surgeries to practice walking in a 100% fall-safe environment.

Unmatched Safety Systems :

• Dual Harness System: Includes two protective belts to ensure maximum patient security even during rapid weight shifts.

• Fall Protection: Instant stop mechanism prevents the patient from reaching the floor in the event of a stumble.

• LED Indicators: Built-in hint functions and life-span displays for easy maintenance monitoring.

• Diverse tracks for all types of installation design : Composed of direct rail, 90° rail, turnable, exchanger, etc., has an automatic response rail system that can change its direction automatically. 

Flexible and simple operation : 

• 2 Functional lift - motor controls up and down by Hand Control.

• 4 Functional lift - motor contols up and down, right and left by hand control.

 Key Clinical Benefits :

• Accelerated Recovery: Enables early mobilization for neurological patients (Grades 2-3 muscle strength) who cannot yet bear their full weight.

• Natural Movement Patterns: Features a single-point suspension with a pelvic rotation mechanism to allow for natural hip movement during gait cycles.

• Therapist Efficiency: Reduces the physical burden on caregivers by managing the patient’s weight and providing a secure "following" mechanism.

• Versatile Training: Use over ground for free-path walking or integrate with parallel bars and treadmills for intensive aerobic sessions.

Applications :

• Neurological : Stroke (Hemiplegia), Spinal Cord Injury (Paraplegia), TBI, and Cerebral Palsy.

• Orthopedic : Post-operative joint replacement, femoral head necrosis, and fracture rehab.

• Geriatric : Fall prevention training and age-related muscle weakness recovery.