BAT.FLY exoskeleton

Next-generation exoskeletons

BAT.FLY – technologies that give people back movement

New generation exoskeletons to restore mobility, independence, and a full life after war, injury, or illness.

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BAT.FLY exoskeleton

Technology for independent movement

A new step toward mobility and independence

BAT.FLY helps people stand, walk, train, and gradually return to an active life after injury, illness, or loss of mobility.

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BAT.FLY exoskeleton

Movement changes everything

Helping people move forward again

Adaptive exoskeleton systems created to make rehabilitation safer, movement more natural, and recovery more achievable.

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Mission

We’re not just giving back mobility. We’re giving back the ability to live life to the fullest.

Loss of mobility changes more than just the body. It affects work, family, daily life, psychological state and sense of independence. For many people, the road to recovery after war, serious injuries or illness is long and difficult.

BAT.FLY creates technologies that help people walk this path with greater support, safety and confidence. Our exoskeletons are designed to help people stand, move, work, be active and feel part of society again.

A person should not remain a hostage to trauma. Technology should help them move on.

BAT.FLY exoskeleton mechanism
BAT.FLY rehabilitation training
BAT.FLY mechanical joint
BAT.FLY exoskeleton detail
Walking rehabilitation with BAT.FLY
BAT.FLY rehabilitation center

Problem

After an injury, a person needs more than a medical device

Rehabilitation after the loss of a limb, impaired body functions, or complex injury is not just about physical exercise. It is a process of regaining control over one’s life. A person needs to relearn how to stand, carry weight, maintain balance, take steps, interact with space, and trust their own body.

Restoring mobility

Return of basic ability to stand, move, and perform daily activities.

Return of independence

Less dependence on outside help, more self-control.

Support during rehabilitation

A support system that accompanies a person through every stage of recovery.

Activity in life

The opportunity to be active again in life, work and society.

What is BAT.FLY?

BAT.FLY is an adaptive mobility restoration system

Rehabilitation after the loss of a limb, impaired body functions, or complex injury is not just about physical exercise. It is a process of regaining control over one’s life. A person needs to relearn how to stand, carry weight, maintain balance, take steps, interact with space, and trust their own body.

Technological approach

Engineering, medicine and social meaning in one product

Rehabilitation after the loss of a limb, impaired body functions, or complex injury is not just about physical exercise. It is a process of regaining control over one’s life. A person needs to relearn how to stand, carry weight, maintain balance, take steps, interact with space, and trust their own body.

01

Adaptability

The system is customized to the user's needs, stage of recovery, and rehabilitation goals.

02

Modularity

The design allows for different solutions for different levels of support.

03

Medical logic

The product is designed with biomechanics, stability and movement safety in mind.

04

Human focus

The main goal is not to demonstrate technology, but to return independence to people.

For whom

For people, rehabilitation teams and society

For users

BAT.FLY is created for people who have lost their mobility due to war, injury or illness. For those who want to stand, move, work and have more control over their lives again.

For rehabilitation centers

BAT.FLY can become part of a modern rehabilitation program, where consistency, safety, adaptation to the patient, and gradual restoration of functions are important.

For doctors and therapists

The exoskeleton helps structure the training process, work with verticalization, balance, weight transfer, and controlled walking.

For partners

BAT.FLY is a technology platform with the potential to develop new infrastructure to restore mobility, social integration, and return people to active participation in the economy.

Platform roadmap

From the first exoskeleton to a recovery platform

Now

Line development

Engineering iterations of Core, Force, and Rise models and development of key rehabilitation scenarios.

Stage 02

Collaboration

Expanding access, integration into rehabilitation programs, and preparation for wider production.

Stage 03

Scaling

Expanding access, integration into rehabilitation programs, and preparation for wider production.

Stage 04

Ecosystem

A platform of solutions for restoring mobility and inclusive infrastructure.

BAT.FLY exoskeleton testing with a rehabilitation specialist

Scientific and clinical basis

Development based on biomechanics and medical logic

The logic of human movement

Fixation points, joint stabilization, and weight transfer are designed based on natural biomechanics to support stable, predictable, and safe movement.

Clinical collaboration alongside specialists

The product is developed in dialogue with rehabilitation teams, doctors and therapists.

Controlled movement

Each usage scenario is focused on stability, predictability and human safety.

Process

From loss of mobility to a new level of independence

  1. 1

    Needs assessment

    Specialists determine the person's condition, level of mobility, rehabilitation goals, and a possible scenario for using the exoskeleton.

  2. 2

    Solution selection

    The BAT.FLY model is selected according to the recovery stage: Core, Force or Rise.

  3. 3

    Individual setting

    The system adapts to the user's anatomy, type of support, level of stabilization, and training objectives.

  4. 4

    Controlled movement work

    The person works on verticalization, balance, weight transfer, stride, and a gradual return to activity.

  5. 5

    Program evolution

    The rehabilitation process changes with the user's progress, and the technology improves through new iterations.

We do not accept limitations as an end point

War, trauma, or illness can change a person’s body. But they should not take away their right to movement, work, dignity, choice, and a full life. BAT.FLY is created for those who are going through the difficult journey of recovery, and for those who help them along the way.

Career at BAT.FLY

Create technologies that make sense

BAT.FLY is a place for people who want to work not just on a complex product, but on technology with real human and social impact. We create next-generation exoskeletons, but our real product is human autonomy, dignity and the opportunity to live fully again.

It combines engineering, medicine, design, robotics, software and social responsibility. Each iteration of the product is a step towards a new standard of rehabilitation and an inclusive society.

We are looking for people who care not only about where they work, but also about why they work.

If you want to create complex technologies that change people’s lives, BAT.FLY could be your next big challenge.

Who are we looking for?

A team for technology that will transform rehabilitation

We are building a long-term platform, so we are looking for people who are able to think systematically, work with uncertainty, and create a product where every detail matters. BAT.FLY needs specialists who understand the complexity of engineering tasks, but at the same time remember who the technology is created for.

Engineering & Mechanics Robotics Industrial Design Biomechanics Medical Research Software Partnerships & Social Impact Embedded Systems Operations Development Product Design
BAT.FLY transformation symbol

Symbol of transformation

BAT.FLY – A SYMBOL OF TRANSFORMATION

We are inspired by the metaphor of the butterfly – a symbol of rebirth, change and a new stage of life. It is embedded in the DNA of the BAT.FLY brand. For us, each iteration of technology is not just a design update. It is a step towards broader opportunities for people on the difficult path of recovery.