What is the price of an exoskeleton for walking?

The price ranges from £12,000 (second-hand) to £20,000 (new), with depreciation over 3 to 5 years depending on usage.

Where can I buy a cheap exoskeleton for walking?

You can find second-hand models on specialised platforms or benefit from subsidies (MDPH, Agefiph) to reduce the cost.

What financial aid is available for an exoskeleton?

The MDPH partially funds medical exoskeletons, and Agefiph offers subsidies for companies. ROI can be achieved in 12 to 18 months.

Is an exoskeleton for walking cost-effective for a company?

Yes, it reduces sick leave by 30% and increases productivity by 15%, with a return on investment in 14 months.

What are the risks of buying a second-hand exoskeleton?

Check the battery condition and usage history. Models like the Exyvex Trail can last 3 years without major breakdowns.

Exoskeleton for Walking: Price, Guide and Cheap Purchase

Why the Price of a Walking Exoskeleton Varies So Much

When you start looking into buying a walking exoskeleton, the price is often the first thing that grabs your attention. And for good reason: costs can range from a few thousand pounds to over £100,000. This very wide range is no accident. It depends on several technical factors, the intended use, and the chosen purchasing model (buying, renting, second-hand). Understanding these variations is essential to make an informed choice and avoid overpaying for unsuitable equipment, or conversely, missing out on an effective solution because you haven't explored all the options.

Technology and Degree of Mobility

The first factor that influences the price of a walking exoskeleton is its onboard technology. There are two main categories: passive and active exoskeletons.

Passive exoskeletons: These don't use motors or batteries. They work using springs, shock absorbers, or cables to help support body weight or reduce muscle fatigue. Their price is more accessible, typically between £5,000 and £15,000. They are mainly used in industrial settings to prevent musculoskeletal disorders (MSDs), but they don't enable walking for someone with severe paralysis.
Active exoskeletons: These are motorised and equipped with sensors, artificial intelligence, and batteries. They actively assist walking by detecting the user's movements and providing propulsive force. Prices start around £15,000 for entry-level models and can reach £120,000 for the most sophisticated medical systems.

The number of motorised joints directly impacts the cost. An exoskeleton that only assists the hip will be cheaper than a model with joints at the hip, knee, and ankle. Similarly, the presence of advanced sensors (gyroscopes, accelerometers, electromyography) and AI algorithms capable of adapting assistance in real-time drives up the price. Finally, the battery is a key component: models with a 6 to 8-hour battery life and fast charging cost more to produce.

Leading Brands and Models on the Market

The walking exoskeleton market is dominated by a few major players, each with a specific pricing strategy.

Exyvex: This French brand stands out for its excellent value for money. Its range caters to individuals, healthcare professionals, and businesses. Prices start from around £15,000 for a complete model, making it a very competitive option. Exyvex also offers specialised versions for hiking (Exyvex Trail) or work (Exyvex Work), with tailored pricing.
Ekso Bionics: An American leader in medical exoskeletons, Ekso offers models like the EksoNR, designed for neurological rehabilitation. Its price is around £85,000, justified by proven technology used in rehabilitation centres.
ReWalk: An Israeli company, ReWalk is a pioneer in exoskeletons for paraplegics. The ReWalk Personal model costs approximately £70,000 and offers 8 hours of battery life. It is mainly sold to clinics and individuals through medical networks.
Cyberdyne: A Japanese company, Cyberdyne offers the HAL (Hybrid Assistive Limb), a biofeedback exoskeleton that reads electrical signals from the brain. Its price is the highest on the market: around £120,000, reserved for clinical use or very specific patients.

The price differences between these brands are explained by R&D costs, medical certifications (CE marking, FDA), and distribution networks. A walking exoskeleton intended for rehabilitation will always be more expensive than an industrial model because it must meet very strict safety and efficacy standards.

New, Second-Hand, or Rental: Which Option for Your Budget?

The method of acquisition is a major factor in managing the price of a walking exoskeleton. Each option has its advantages and disadvantages.

Buying new: This is the most expensive solution, with prices ranging from £20,000 to £120,000. In return, you get the manufacturer's warranty (2 to 5 years), full customisation of the equipment (settings, software), and responsive after-sales service. This is the recommended choice for intensive daily use or for healthcare professionals.
Refurbished second-hand: This option allows you to save 30 to 50% compared to new. A second-hand exoskeleton can cost between £8,000 and £40,000 depending on its condition and age. It is essential to check the condition of the batteries (which degrade over time) and motors. Specialised platforms like ExoMarket or RehabMart offer certified equipment with a limited warranty.
Rental: Ideal for a trial, temporary use, or a tight budget. The monthly cost varies from £500 to £3,000 depending on the model and duration. Rental often includes maintenance and insurance. This is a popular solution for rehabilitation centres and companies wanting to test the equipment before investing.

Price Comparison of Walking Exoskeletons in 2025

To help you see more clearly, here is a comparison of the main models available in 2025, with their price ranges and key features.

Exyvex Exoskeleton: Value for Money and Options

Exyvex has established itself as a benchmark in the French walking exoskeleton market, particularly thanks to competitive prices and a range suited to different uses.

Exyvex Pro: From £18,000. This model is designed for rehabilitation and daily mobility. It offers active assistance at the hips and knees, with a 6-hour battery life. It comes with a 3-year warranty and included after-sales service. Financing over 12 or 24 months is possible.
Exyvex Trail: A specialised version for hiking, at £22,000. It is lighter (8 kg) and features active assistance that adapts to uneven terrain. Its battery life is 6 hours in continuous use. It is also available second-hand from £15,000.
Exyvex Work: Designed for businesses, from £20,000. It reduces muscle fatigue and prevents MSDs. Its cost is recouped within 12 to 18 months through productivity gains and reduced sick leave.

Discover the Exyvex Pro — the reference leg exoskeleton for rehabilitation and daily mobility.

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Other Brands: Ekso, ReWalk, Cyberdyne

These brands are positioned in the high-end medical market. Their prices reflect years of R&D and clinical certifications.

Brand / Model	Price (New)	Primary Use	Battery Life
Ekso Bionics EksoNR	£85,000	Neurological Rehabilitation	4-6 h
ReWalk Personal	£70,000	Paraplegia	8 h
Cyberdyne HAL	£120,000	Clinical Use	2-3 h

These models are often reserved for rehabilitation centres or patients with specialised medical follow-up. Their high price includes staff training and maintenance.

Cheap Exoskeletons: Myth or Reality?

Finding a cheap walking exoskeleton is possible, but with precautions. Low-cost models, often made in China, can be offered from around £8,000. However, they come with risks: lower reliability, lack of after-sales service in the UK, inferior quality batteries, and lack of medical certifications. It is not recommended to buy them without checking the manufacturer's reputation and guarantees.

Certified second-hand solutions are a safer alternative. Platforms like ExoMarket or RehabMart offer refurbished exoskeletons with a 6 to 12-month warranty. Finally, rent-to-own options can reduce the initial cost while allowing you to test the equipment over several months.

Financial Aid and Grants for Buying an Exoskeleton

The price of a walking exoskeleton may seem high, but numerous financial aids exist in the UK to help reduce the cost. It is essential to know about them and prepare an application before purchasing.

In the UK: Support and Schemes

NHS: While direct funding for personal exoskeletons is rare, the NHS may provide equipment through specialised rehabilitation centres or wheelchair services in specific cases. A prescription from a consultant is usually required.
Access to Work: This government scheme helps employed or self-employed disabled people with the extra costs of work. It can fund up to 100% of the cost of an exoskeleton if it is deemed necessary for the job, subject to approval.
Personal Independence Payment (PIP): While not a direct grant for equipment, receiving PIP can help with the ongoing costs associated with a disability, potentially freeing up budget for an exoskeleton purchase.
Charities and Trusts: Organisations like the Motability Foundation, the British Paralympic Association, or local disability charities may offer grants for mobility equipment. Each has its own criteria and application process.

Regional and Private Funding

Some local councils in the UK may offer discretionary grants for home adaptations or mobility aids, though this is less common for high-cost items like exoskeletons. Private medical insurance policies rarely cover exoskeletons, but it is worth checking your specific policy. Finally, crowdfunding platforms like GoFundMe are increasingly used to raise funds for such equipment.

Private Finance and Crowdfunding

If public funding is insufficient, private options exist. Some banks offer personal loans for medical equipment. Crowdfunding platforms (GoFundMe, JustGiving) allow you to raise funds from your network. Exyvex also offers interest-free payment plans over 12 or 24 months.

Return on Investment for a Walking Exoskeleton

Buying a walking exoskeleton is an investment, but it can pay off in the medium term, whether for an individual or a business.

For Individuals: Quality of Life and Savings

For a person with a disability, an exoskeleton can reduce the costs of home care and home adaptations. By gaining independence, the user can reduce reliance on human assistance (saving £10,000 to £20,000 per year). Furthermore, regular walking improves health: prevention of pressure sores, better blood circulation, and muscle strengthening. The investment is typically recouped over 3 to 5 years depending on daily use.

For Businesses: Productivity and Safety

Industrial exoskeletons, like the Exyvex Work, reduce musculoskeletal disorders (MSDs) and sick leave. A study in a logistics company showed a 30% reduction in sick leave after deploying 10 exoskeletons. The return on investment (ROI) is calculated over 12 to 18 months, thanks to fewer accidents and increased productivity. The Access to Work scheme can accelerate this return for employees.

Testimonials and Case Studies

Patient rehabilitated with Exyvex: A 45-year-old man with partial paraplegia regained the ability to walk in 6 months using the Exyvex Pro. Total cost: £20,000, partially funded by a charity grant. He estimates saving £15,000 per year in home care costs.
Logistics company: After purchasing 10 Exyvex Work units (£20,000 each), the company saw a 30% reduction in sick leave and a 15% increase in productivity. ROI achieved in 14 months.
Hiker: A hiking enthusiast bought a second-hand Exyvex Trail for £12,000. After 3 years of intensive use, no major breakdowns. He recommends checking the battery condition before buying.

Where to Buy a Cheap Walking Exoskeleton?

To find an affordable walking exoskeleton, you need to know where to look and how to negotiate.

Platforms and Authorised Resellers

The official Exyvex website regularly offers promotional deals on refurbished models. Specialised distributors like RehabStore or Mobility UK allow you to compare prices and arrange free trials. Be cautious with B2B marketplaces like Alibaba: prices are attractive (from around £8,000), but the risks of counterfeit and lack of support are high.