משלוח חינם בקנייה מעל 1,500 ₪

Authorised sales point in Israel

Hypershell exoskeletons in Israel

A Hypershell is a powered exoskeleton worn on the waist and thighs that adds motor torque to every step. Three models are sold in Israel: Pro S at ₪4,490, Max S at ₪6,789 and X Ultra S at ₪7,899, all prices in shekels and including VAT. Peak output runs from 800 W to 1000 W, perceived load reduction from 30 kg to 39 kg, and range from 17.5 km to 30 km per charge. All three ship from the official Israeli importer with a one-year warranty.

Cyclist wearing a Hypershell X Ultra S powered exoskeleton on a mountain road

The three models compared

All three share the same HyperIntuition inference system and the same KERS regenerative braking, which recovers energy on descents and extends range. The differences are output, range and materials.

Hypershell Pro S, Max S and X Ultra S specifications and prices in Israel
SpecificationHypershell Pro SEntry modelHypershell Max SBest valueHypershell X Ultra SFlagship
Price (incl. VAT)₪4,490₪6,789₪7,899
Peak motor output800 W1000 W1000 W
Peak torque18 N·m22 N·m22 N·m
Perceived load reductionup to 30 kgup to 39 kgup to 39 kg
Range per chargeup to 17.5 km (Eco 30)up to 30 km (Eco 30)up to 30 km x 2 (dual battery)
Top assisted speed20 km/h25 km/h25 km/h
Smart modes101012
Weight1.8 kg1.7 kg1.7 kg
Hip and leg materialsStainless steel and carbon-fibre reinforced polymerStainless steel and carbon-fibre reinforced polymerTitanium alloy and carbon fibre
Operating temperature-10 °C to 60 °C-10 °C to 60 °C-20 °C to 60 °C
Boost modeNoNoYes

Product pages and checkout are in Hebrew. Prices include VAT and were last checked on 9 August 2026.

What independent testing measured

In November 2025 SGS awarded the Hypershell X Series a Premium Performance Mark, the first ever issued to an outdoor powered exoskeleton. The evaluation was run jointly with the China National Institute of Standardization and simulated uphill climbing and cycling. It verified up to 39.2% lower average oxygen consumption and up to 42.7% lower average heart rate compared with walking unassisted.

Those numbers are worth placing on a scale. A 2015 Nature study by Collins, Wiggin and Sawicki found that a purely mechanical, unpowered ankle exoskeleton cut the metabolic cost of walking by 7.2 ± 2.6%. At the other end, a 2021 study in the Journal of NeuroEngineering and Rehabilitation reported 41% to 48% metabolic reduction from an optimised hip-knee-ankle exoskeleton carrying worn loads under laboratory conditions. A powered consumer device measuring around 39% in a simulated climb sits at the upper end of what the field has demonstrated, and well above anything passive.

Savings figures are always relative to a specific task, gradient and load. A device that saves 39% on a simulated climb will not save 39% on flat pavement.

This is not a medical device

Hypershell is sold as sports and outdoor equipment. It has no medical clearance, it is not intended for rehabilitation, and it is not a substitute for an orthopaedic brace. Many users with knee pain report that it reduces joint load on ascents and descents, but no controlled study has tested Hypershell on a knee-pain population.

The medical category is genuinely separate, and Israel happens to have invented much of it. ReWalk Robotics, founded in Yokneam in 2001 by Dr. Amit Goffer after he was left quadriplegic in a 1997 ATV accident, received the first FDA clearance for a personal exoskeleton for home use on 26 June 2014. Those devices are prescribed, fitted and supervised clinically. A consumer hiking exoskeleton is a different product with a different purpose.

There is also no consumer certification to lean on. ASTM Committee F48, formed in 2017, has published exoskeleton terminology and safety-information standards, and ISO 13482:2014 is still the only standard that specifically addresses lower-limb wearable robots. In the absence of a consumer standard, a third-party test mark such as the SGS one is the closest thing to verified performance.

Buying in Israel

Frequently asked questions

Sources

Every figure on this page comes from one of the following. Links open on the external site.

  1. SGS, Hypershell X Series awarded the Premium Performance Mark, November 2025 39.2% lower oxygen consumption, 42.7% lower heart rate.
  2. Collins SH, Wiggin MB, Sawicki GS. Reducing the energy cost of human walking using an unpowered exoskeleton. Nature 522, 2015 7.2 ± 2.6% metabolic saving, unpowered ankle exoskeleton.
  3. Journal of NeuroEngineering and Rehabilitation, optimised hip-knee-ankle exoskeleton assistance, 2021 41% to 48% metabolic reduction with worn loads.
  4. ASTM Committee F48 on Exoskeletons and Exosuits
  5. ISO 13482:2014, Robots and robotic devices, safety requirements for personal care robots
  6. IEC 60529, Degrees of protection provided by enclosures (IP code)
  7. ReWalk Robotics receives FDA clearance for the first personal exoskeleton for home use, 26 June 2014

Written by תום דהן, founder of ECOTECH. The full Hebrew version, with videos and the buying guide, is at the Hypershell category page.