Industrial wearable robotics

Active back-support exoskeletons for industrial work.

We are developing V-UP to assist the lower back during repeated lifting and bending. Its adjustable fit and independent leg linkages are designed to accommodate the wearer's movement.

Product status: working engineering prototype; testing continues

A real V-UP engineering prototype worn during an indoor movement test
REAL PROTOTYPEUser-worn movement test · 2026
01Lower-back support

In development to provide active lower-back assistance during lifting and repeated bending.

02Natural movement

The mechanism follows the wearer while bending, standing up and walking.

03Adjustable fit

Height and body-contact points can be adjusted for different users.

04Independent leg movement

Each side moves independently, allowing a more natural step.

V-UP

What does V-UP do?

V-UP combines a harness worn over workwear, waist-mounted motors and linkages that connect to the upper thighs. The mechanism is designed to transfer assistance during trunk movement. Controlled tests of the current prototype evaluate bending, rising and walking.

  • Supports lifting, carrying and repeated bending workflows
  • Adjustable structure for different user heights
  • Developed through prototype testing and engineering verification
V-UP engineering prototype during a controlled bending test
Controlled bending test with the current engineering prototype

Actual test record

Watch the V-UP prototype in motion.

This recording shows a user wearing the V-UP engineering prototype during bending, rising and walking tests. Explore how it moves, then tell us which tasks you would like to assess in your workplace.

Prototype movement test: standing, bending, rising and walking.

Deep bending phase in a V-UP prototype test
Deep bending
Rising phase in a V-UP prototype test
Rising

Transparent product status

V-UP development status

Current prototype architecture, R&D support and technical specifications under evaluation.

Product type
Active lower-back-support exoskeleton R&D platform
Development stage
Engineering prototype; subsystem and user-worn movement tests continue
Public R&D support
TÜBİTAK TEYDEB 1501 — V-UP(S)
R&D collaboration
Adatech and Karadeniz Technical University
Intellectual property
Lumbar-support mechanism presented as a PCT application process—not as a granted patent
Commercial specifications
Support capacity, system weight, battery duration and certifications will be published after verification

Use cases

Which tasks could V-UP suit?

01

Logistics

Warehousing, order preparation and repeated load handling.

02

Manufacturing

Material handling, line-side lifting and assembly support.

03

Maintenance

Vehicle, machine and field-service tasks with demanding postures.

04

Field operations

Task-specific support for repeated physical work outside fixed stations.

Vitruvex Blog

Practical guides for evaluating an industrial exoskeleton.

View all articles ↗
1501V-UP(S)
1507V-NEURO

Supported R&D

Two R&D programmes. Two distinct applications.

TÜBİTAK TEYDEB 1501 supports the V-UP(S) industrial active exoskeleton R&D program. The 1507 program supports V-NEURO, a brain–computer-interface-based rehabilitation and communication R&D system.

View company milestones ↗

Questions about V-UP

What is V-UP being developed for?

V-UP is being developed to provide active lower-back assistance in industrial tasks involving lifting and repeated bending. Suitability depends on the task, user and working environment.

What is V-UP's current development stage?

V-UP is a working engineering prototype. Controlled movement tests and technical validation are ongoing. The prototype footage does not represent a complete set of final commercial product specifications.

How much assistance does it provide, and how long does the battery last?

Validated commercial values for assistance, weight and battery duration have not yet been published. Share your intended task to discuss the technical evaluation process.

Pilot and partnership

Let’s evaluate your work scenario together.