The centaur
Army exoskeleton


SolVing the army weight problem

The Centaur is a load carrying army exoskeleton for heavy and awkward burdens.
It is a light weight wearable, human powered, hydraulic system that reduces the burden, wear and tear of the musculoskeletal systems and discomfort while increasing endurance, survivability and the tooth-to-tail ratio of your forces.

Test the impact of centaur in your organisation?



An increase in load from equipment of 150% in the last 4 decades.


drop-out rate

Amongst special forced operatives due to musculoskeletal injuries.

$ 1.5B

/year LOSS

In the us armed forces due to decreased deployability from musculoskeletal injury in 2016.

* see sources
full body military exoskeleton

More to bring // more to carry

Army exoskeleton suit Use Case

The combat capabilities of a single soldier have greatly increased in the past decades, giving more flexibility and more real time communication possibilities. However, these capabilities are gained from new equipment that needs to be transported into the field of battle.

Some situations and missions do not afford the luxury of transportation using vehicles, and manually carrying heavy loads on the back is still a daily reality for many armed forces.

InteSpring, The Dutch Ministry of Defence and the renound research institute TNO have worked on exoskeleton solutions to this problem under the Exobuddy project for 8 years.

From the Exobuddy project InteSpring now proudly presents: the Centaur. A army exoskeleton suit and load carrying system designed for airdropped troop movement, and heavily packed special forces, marines, or supporting roles like medical and engineering troops on low risk approach march.



Increase survivability and lethality of your armed forces with centaur.


less drop-out

Keep people in the field longer, healthier and more alert.


saved/ year

One Centaur will return investment already in one year.

helping you // help yourself

How the army exoskeleton works

The Centaurs simple principle uses hydraulics to give rigidity and shock absorption to the exoskeleton leg during the time it stands on the ground. Lifting the load off the back using the wearers own force forwards.

Validating research from TNO on this principle in early days of the Exobuddy project has shown that wearers are relieved of their burden and that this has an impact on their perceived exertion and comfort.

Potential benifits in the short term are an increased situational awereness, increased combat effectiveness, and a higher survivability. Long term the potential benefits are a higher tooth-to-tail ratio and reduced dropout injuries.

The downside of this principle is that metabolic costs are increased due to a shift from muscle contraction in trunk, legs, and shoulders needed to keep the weight up, to muscle action in legs to lever the weight up using the Centaur.

The upsides are a much lower electrical cost, a simpler more robust system and a more healthy activation of the body.


keep track of future developments?

connect at 3 points //

Army exoskeleton suit with Minimal interference

The legs only connect to the boots and to the load carrying frame of the Centaur. Those are exactly 3 interfaces.

The legs are controlled and positioned freely by the wearer and only augment movement during the times it it firmly planted on the surface.

The weight of the legs themselves are balanced using InteSpring’s patented spring technology, effectively making them weightless during movement.

The whole system can be folded up into itself during walking or for transport.

Therfore the exoskeleton suit military is a perfect fit.

catering to a broad audience //

exoskeletons army fits all

There is no form fit or any interaction between wearer and system apart from those interfaces. Making it much simpler to don and doff and much easier to fit large groups of people with varying shapes and forms.

The frame lends itself to carrying a wide variety of loads and easily secures using simple straps or tethers. It can be combined with modular backpack systems or even whole rucksacks if need be.

Currently the Centaur works best with the proprietary boots designed for the Dutch Military. However other military boots can be adapted for trials, or an adaptation set can be provided. Requirements for the boots are an insole of level C or stiffer.

The legs and hips are adjustable in length to fit 99% of all military personnel in the range 1m50 – 2m05.

- no motors - no pumps -
human powered

machine learning // human power

exo suit Army
ai gait detection

The Centaurs human powered hydraulic system is augmented and adjusted real time by a completely proprietary low power electrical system.

A great deal of research has gone into creating a control scheme that allows the wearer full control of the system and only augments the perceived load during stance phase of the wearers legs.

Using artificial intelligence the Centaur accurately predicts when its hydraulic systems need to be active and how to give the wearer a fluent and natural feeling experience

want to get more indepth information?

no limitations //

full body army exoskeleton full range of motion

Using a patented layout of articulated joints, balanced with InteSpring’s signature spring systems, the Centaur is designed to stay out of the way in these situations.

Though the Centaur is designed to be an easy to don and doff tool, to be used during low risk marches when the user sees fit, and to be stowed away comfortably and safely when not used.

Situations can occur where it is necessary to manoeuvre with the Centaur on, without time to dismount. .

Allowing crawling and prone positions, seated and shooting positions as well as leaping and vaulting over obstacles. Helping the wearer to get to safety quickly and dismount the Centaur within seconds once cover has been reached.

Our clients

These companies have trusted our exoskeletons

See our other products