25% Discount on Manual & Electric Hospital Beds - Starting from 25 September!

VRForce Treadmill MVP

Home
Shop
Rehabilitation & Mobility Aids
VRForce Treadmill MVP

✓ Certified Professional Seller

Golden All Rehabilitation & Mobility Aids

VRForce Treadmill MVP

VR Display Screen. Obstacle Simulation System. Free-Standing Rail. 6MWT. COP. OFMS Guided Gait.

The VRForce Treadmill MVP combines a VR front display screen, obstacle simulation system, and free-standing rail with the core VRForce intelligent rehabilitation platform, delivering immersive scenario training, diversified obstacle avoidance, 6-Minute Walk Test, Centre of Pressure training, OFMS guided gait, VR 98-point pressure sensor, and 180 kg maximum user load. Available through Medigear.uk.

Sections

Gait Training Treadmills

Categories

Rehabilitation & Mobility Aids

Condition

New

Origin

China

Seller Type

Certified Professional Seller

CE & ISO Certified

Global Shipping

Supplier: Medigear

The VRForce Treadmill MVP is the third-tier model in the VRForce intelligent rehabilitation treadmill range, combining the VR front display screen of the MV with an added obstacle-simulation system and a free-standing rail to deliver a comprehensive, immersive, and obstacle-adaptive gait and balance rehabilitation platform. The MVP provides three of the range's four premium features, making it appropriate for departments that require structured obstacle-avoidance training alongside VR scenario simulation and core clinical assessment. Medigear.uk supplies the VRForce Treadmill MVP and can advise on system configuration and clinical setup.

The VR front display screen supports multiple scenario simulations for immersive gait and cognitive-motor training. The obstacle simulation system adds diversified obstacle simulation and obstacle avoidance training — presenting virtual obstacles to the patient during treadmill walking and requiring adaptive stepping, clearance, and avoidance responses. This combination of immersive scenario training and structured obstacle avoidance addresses both gait engagement and functional obstacle negotiation within the same platform and session.

The free-standing rail system provides an additional structural support reference for patients during balance and perturbation training phases of the session. All General Standard Parameters of the VRForce range are retained: 6MWT, VR 98-point pressure sensor, COP training with automatic acceleration and deceleration, OFMS guided gait with audio instruction and automatic speed adaptation, and perturbation module. The speed range is 0.5–6 km/h, and the maximum user load is 180 kg.

The MVP does not include the dynamic free-standing rail system available on the MPVR. Optional accessories include a movable IV stand with bilateral side rails, an adjustable carrier system, an expandable rehabilitation scope system, a heart rate monitor and EMG, and laser rate control of training function. A warranty extension of two to three years is available. Medigear.uk can confirm all specifications, accessories, and lead times on request.

NHS neurological rehabilitation departments, hospital physiotherapy services, and specialist gait rehabilitation units that require structured obstacle-avoidance training alongside immersive VR scenario training represent the primary procurement context for the VRForce Treadmill MVP. The obstacle simulation system provides a structured presentation of virtual obstacles during walking — challenging adaptive stepping, clearance strategies, and attentional gait control in a safe, controlled environment. The full core VRForce platform — 6MWT, COP training, OFMS-guided gait, and 98-point pressure sensing — provides objective assessment alongside immersive and obstacle-course training. Medigear.uk supplies the MVP and can provide NHS procurement documentation.

Stroke rehabilitation services benefit from the MVP's combination of VR scenario training, obstacle simulation, and COP pressure training for patients with hemiplegia, spatial neglect, and impaired adaptive gait. Obstacle avoidance training is directly relevant to community reintegration goals — returning safely to environments containing kerbs, uneven surfaces, and unexpected obstructions — and the MVP delivers this within a safe treadmill environment with full weight support and emergency stop. Medigear.uk can confirm clinical compatibility with stroke rehabilitation obstacle training protocols.

Parkinson's disease rehabilitation services benefit from the MVP's obstacle simulation system, which trains freezing-related gait responses and adaptive stepping in patients at particular risk of obstacle-related falls. The VR display provides visual cueing and attentional engagement relevant to Parkinson's gait rehabilitation strategies—the perturbation module and free-standing rail support safe training in this fall-risk population. Medigear.uk can advise on MVP configuration for Parkinson's rehabilitation.

Orthopaedic and sports rehabilitation facilities that require obstacle avoidance and functional gait challenges as part of return-to-activity protocols will find the VRForce Treadmill MVP available through Medigear.uk. The obstacle simulation system supports progressive introduction of adaptive gait demands during later rehabilitation stages. Medigear.uk can discuss the MVP versus MPVR for facilities considering the dynamic free-standing rail upgrade.

Obstacle Simulation System for Functional Obstacle Avoidance Training

The obstacle simulation system is the defining addition of the MVP over the MV, presenting virtual obstacles during treadmill walking and requiring the patient to perform adaptive stepping, leg clearance, and avoidance manoeuvres in response. Diversified obstacle simulation allows variation in obstacle type, height, and timing to challenge adaptive gait across rehabilitation stages progressively. Structured obstacle avoidance training addresses the functional gait demands of community environments — kerbs, steps, floor obstructions — within the safe, controlled environment of the treadmill. Medigear.uk can confirm the obstacle-simulation configuration and available training parameters upon request.

VR Display Combined with Obstacle Simulation for Multi-Modal Gait Challenge

The MVP's combination of immersive VR scenario display and obstacle simulation creates a richer and more functionally demanding training environment than either modality in isolation. The patient must simultaneously manage locomotion on the treadmill, engage with the VR scenario environment, detect and respond to virtual obstacles, and process audio gait instructions from the OFMS system — a multi-task training load directly relevant to the attentional and adaptive gait demands of real-world community navigation. This multi-modal training structure is particularly valuable in neurological gait rehabilitation.

Free-Standing Rail for Patient Safety During Challenge Training

The free-standing rail provides a structural reference for the patient to use during perturbation training, obstacle avoidance, and balance-challenge phases of the rehabilitation session. The presence of the rail supports clinicians in introducing higher-challenge training conditions — obstacle simulation, perturbation, and higher speeds — by providing a safety reference that the patient can reach if needed, without the clinician needing to maintain manual contact. This expands the range of challenge conditions that can be safely applied during sessions.

Full VRForce Core Platform Retained

The MVP retains all General Standard Parameters of the VRForce range — 6MWT, COP training, OFMS guided gait, VR 98-point pressure sensor, and automatic speed control — alongside the VR display, obstacle simulation, and free-standing rail additions. Departments that invest in the MVP receive the complete core VRForce clinical assessment and training toolkit, along with all three premium features, ensuring that no clinical function is sacrificed for the higher-tier specification.

Real-Time Gait Data During Obstacle Training

The 98-point VR pressure sensor captures COP trajectory, step symmetry, phase duration, and GRF curves in real time during obstacle-simulation sessions, providing objective data on how the patient's gait changes in response to obstacle-avoidance demands. This is clinically useful for documenting adaptive gait improvements throughout the rehabilitation programme and for identifying specific gait deficits — heel clearance, step-width changes, trunk lean — that emerge during obstacle negotiation. Medigear.uk can confirm the full data output specification.

OFMS Audio Instruction During VR and Obstacle Training

The OFMS guided gait system operates concurrently with the VR display and obstacle simulation, providing audio gait instructions to the patient while they are engaged in the visual scenario and obstacle tasks. This creates a structured triple-task training condition — motor, visual-attentional, and auditory-cognitive — that progressively challenges the cognitive-motor integration required for safe, functional gait in real-world environments. Medigear.uk can confirm the OFMS audio instruction configuration available on the MVP.

Falls Prevention — Obstacle, Perturbation, and VR Training Combined

The MVP addresses falls prevention through three complementary mechanisms: obstacle simulation (training obstacle detection and avoidance), perturbation module (training reactive stepping), and VR scenario training (training attentional gait and dual-task performance). This three-modality combination is clinically well aligned with the multifactorial nature of fall risk in older adults and neurological patient populations. Medigear.uk can advise on configuring an MVP falls-prevention programme.

Upgrade Position Between MV and MPVR

The MVP occupies the position between MV (VR display only) and MPVR (VR display, obstacle simulation, and dynamic rail) in the VRForce range. For departments whose clinical requirements include obstacle avoidance training but do not extend to active dynamic rail challenge, the MVP provides the appropriate specification without the additional cost of the dynamic rail system. Medigear.uk can provide a full specification and pricing comparison across MV, MVP, and MPVR to support procurement decisions.

Suitable for Multi-Population Clinical Applications

The VRForce MVP is described in the brochure as suitable for neurological disorders (stroke, Parkinson's, ataxia, dementia), mental disorders, nervous system injuries, military personnel, children, and sports rehabilitation populations. The obstacle simulation system is particularly relevant to community reintegration programmes, paediatric gait training, and sports-specific agility rehabilitation across these populations.

VR Front Display Screen — Included

Multiple scenario simulation display at eye level during treadmill walking. Immersive gait, balance, and cognitive-motor training environment. Carried over from MV.

Obstacle Simulation System — Included

Diversified obstacle simulation and obstacle avoidance training. Virtual obstacles are presented during walking. MVP addition over MV.

Free-Standing Rail System — Included

Structural support rail for patient safety during challenge training phases. MVP addition over MV.

6-Minute Walk Test (6MWT) — Integrated

Automated 6MWT within the treadmill platform for objective, reproducible gait endurance data—standard across all VRForce models.

VR 98-Point Pressure Sensor

High-resolution plantar pressure sensing with real-time COP mapping, symmetry analysis, phase-duration tracking, and GRF curve generation.

COP (Centre of Pressure) Training

Real-time COP feedback and targeted pressure distribution training. Automatic acceleration and deceleration linked to COP data.

OFMS Guided Gait System

Automatic belt speed adaptation and audio gait instruction. Operates concurrently with VR display and obstacle simulation.

Perturbation Module

Emergency stop and handrail safety system. Running belt perturbation simulates unexpected gait disruptions.

Speed Range: 0.5–6 km/h

Controlled walking speed range with 0.1 km/h incremental adjustment and ultra-low starting speed.

Maximum User Load: 180 kg

Full adult and bariatric patient weight capacity across all configurations.

Dynamic Free-Standing Rail System: Not Included

Dynamic rail is available on MPVR. Medigear.uk can advise on model selection for dynamic rail requirements.

Optional Accessories

Heart rate monitor and EMG, IV stand, adjustable carrier, expandable scope, and laser rate control available through Medigear.uk.

The VRForce Treadmill MVP is an intelligent VR display and obstacle simulation rehabilitation treadmill suited to NHS neurological rehabilitation departments, hospital physiotherapy services, stroke rehabilitation units, Parkinson's disease rehabilitation services, orthopaedic recovery programmes, and sports rehabilitation facilities requiring immersive scenario training, structured obstacle avoidance, 6MWT assessment, COP pressure training, and OFMS guided gait in a single clinical platform. Its VR front display screen, obstacle-simulation system, free-standing rail, VR 98-point pressure sensor, 0.5–6 km/h speed range, 180 kg maximum load, and configurable accessory options deliver a comprehensive, immersive, and obstacle-adaptive intelligent rehabilitation solution. Contact Medigear.uk for specifications, configuration options, or expert procurement assistance.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

The MVP adds two features to the MV's specification: an obstacle simulation system and a free-standing rail. The MV includes only the VR front display screen alongside the core VRForce platform. The MVP's obstacle simulation system introduces diverse virtual obstacle scenarios and structured obstacle-avoidance training during treadmill walking, adding a functional gait-challenge modality not available on the MV. The free-standing rail provides additional structural support for patients during balance and perturbation training. Medigear.uk can provide a full specification comparison across the VRForce range on request.

The obstacle simulation system presents virtual obstacles to the patient via the VR display during treadmill walking, requiring the patient to perform adaptive stepping, leg clearance, and avoidance manoeuvres in response to them. The system provides diverse obstacle simulations and structured obstacle-avoidance training, allowing the clinician to vary obstacle type, height, timing, and frequency to challenge the patient's adaptive gait responses progressively. This modality is used in neurological gait rehabilitation, falls prevention, and functional return-to-community training, where obstacle negotiation is a rehabilitation goal. Medigear.uk can confirm the obstacle-simulation configuration and the available training modes.

The MVP includes a static free-standing rail system — a fixed rail structure that the patient can reference for support during balance and perturbation training phases. The MPVR upgrades this to a dynamic, free-standing rail system that moves or provides variable support inputs, adding a balance-challenge dimension. For departments whose clinical requirement is patient support during perturbation training without active rail movement, the MVP's static free-standing rail is appropriate and sufficient. Medigear.uk can advise on the clinical distinction between MVP and MPVR rail systems.

The VR front display presents immersive visual scenarios at eye level while the user walks on a treadmill. When the obstacle simulation system is active, virtual obstacles are embedded within these visual scenarios, requiring the patient to detect and respond to them while walking. This creates a dual-task training environment where the patient manages both the locomotor demands of treadmill walking and the attentional demands of obstacle detection and avoidance — a more complex training condition than either VR scenario training or obstacle avoidance training in isolation. Medigear.uk can confirm the integration of VR display and obstacle simulation on the MVP.

The MVP captures and displays gait parameters in real time using a 98-point VR pressure sensor: walking velocity, step length, step width, cadence, symmetry, stance and swing phase durations, COP trajectory, and resultant ground reaction force (GRF) curves. These parameters are available on-screen during the session and for session reporting. The COP data is particularly relevant during obstacle simulation training, where changes in step strategy and weight transfer during obstacle negotiation produce distinctive COP signatures. Medigear.uk can confirm the full data output specification and report format.

Yes — the MVP is well-suited to falls-prevention rehabilitation. The obstacle simulation system trains adaptive gait responses to unexpected environmental hazards, directly addressing obstacle-related fall risk, a primary concern for community-dwelling older adults. The VR display provides cueing and attention training relevant to distracted gait and dual-task fall risk. The perturbation module trains reactive stepping responses. The free-standing rail and emergency stop provide safety infrastructure during high-challenge training. Medigear.uk can advise on MVP configuration for falls prevention clinical programmes.

The MPVR is the fourth-tier VRForce model, adding a dynamic free-standing rail system to the MVP's full specification. The MVP includes the VR display, obstacle simulation, and static free-standing rail; the MPVR upgrades the static rail to a dynamic moving rail that introduces active balance challenges during training. The MPVR is the appropriate choice for programmes requiring active rail-based perturbation training alongside VR and obstacle simulation. For departments whose clinical priority is obstacle-avoidance training and VR scenario training without an active rail challenge, the MVP provides the appropriate specification with a lower investment. Medigear.uk can provide pricing and clinical rationale for both models.

Yes — the VRForce platform is specifically designed for cognitive function assessment and systematic training alongside gait and balance rehabilitation. In the MVP, the combination of VR scenario training, obstacle simulation, and OFMS audio instruction creates a rich dual- and multi-task training environment that simultaneously challenges motor, attentional, and executive functions during walking. This is directly applicable to neurological rehabilitation in stroke, traumatic brain injury, dementia, and Parkinson's disease populations, where cognitive-motor integration is a rehabilitation target. Medigear.uk can advise on the cognitive training components of the MVP.

The MVP's optional accessories include a movable IV stand with side rails on both sides, an adjustable carrier system for body height and width, an expandable system for a wider rehabilitation scope, a heart rate monitor and EMG, and a laser rate control for the training function. The heart rate monitor and EMG extend physiological monitoring to include cardiorespiratory effort and muscle activation during treadmill training, and the laser rate control provides an additional feedback modality for training rhythm. Medigear.uk can confirm accessory pricing, compatibility, and configuration on request.

The VRForce platform is described in the brochure as suitable for multiple populations, including children. The obstacle simulation system may be particularly beneficial in paediatric rehabilitation, where gamified obstacle-avoidance scenarios increase engagement and effort during gait training sessions. The VR display supports scenario-based training that can be adapted to age-appropriate content. Medigear.uk can advise on the suitability and configuration of MVPs for paediatric gait rehabilitation applications.