Lumbar support module
Targeted assistance designed around the lower-back load path.
Industrial wearable robotics
V-UP
A human-centered exoskeleton platform engineered to support the lower back during lifting, carrying and physically demanding work.
Engineering platform · Values subject to configuration and validation
Engineering target≈ 5 kgSystem mass*
Engineering target≈ 30 sDon / doff time*
Configuration targetUp to 8 hOperating time*
Platform roadmapV-UP [S]Connected monitoring
System architecture
Designed as an integrated human–machine system.
The platform combines body-contact geometry, active support, sensing, controls and a connected-data roadmap.
Body-adaptive frame
Adjustable contact geometry for different users and operational tasks.
Actuation & control
Support behavior designed to remain aligned with natural movement.
Smart sensor network
A foundation for motion, system-state and task-context data.
Interface & safety
Clear status, controlled operation and safety-oriented system behavior.
Connected operations
A roadmap for monitoring, reporting and SCADA-ready integration.
Designed around real work
Support should adapt to the person, task and environment.
V-UP’s development approach begins with task analysis and ergonomics—not with a universal claim that one device fits every workflow.
- Use-case and movement analysis
- User-fit and shift-context evaluation
- Pilot, observation and measured iteration
- Integration planning for connected operations
Application areas
Built for demanding physical workflows.
Manufacturing
Material handling, assembly and repeated lifting.
Logistics
Warehousing, order preparation and distribution workflows.
Maintenance
Field service, vehicle and equipment maintenance tasks.
Defense support
Logistics, base support and demanding field operations.
* Figures shown are current engineering targets or configuration-dependent values. Actual performance varies by user, task, environment and final product configuration. Commercial specifications are subject to validation, certification and change.