ProductUpdated on 12 November 2025
MOGOS
Mechatronics Engineer at Space Applications Services
Belgium
About
The system comprises of a Specific ceiling structure with T-profiles integrated with multiple ceiling vehicle units, each equipped with an advanced gravity off-loading unit.
Each vehicle unit operates independently across the ceiling framework, featuring omnidirectional mobility to maximize the range of motion for individual payloads. This design facilitates close physical interactions and allows the vehicles to accurately track and respond to the natural movements of the persons/payloads beneath them.
The gravity off-loading unit employs an adjustable semi-passive mechanism based on the constant-force energy storage principle. This guarantees a high level of safety while providing a continuous constant force output ranging from 0.1g to 1g. The system is engineered to be devoid of inherent inertia, a crucial benefit that supports dynamic movements, such as high-speed jumping.
A dedicated suspension cable ensures a secure connection between the offloaded payload and its corresponding mechanism.
Looking for
- Buyer
- Demonstration / Pilot projects
- Investment/Finance
Applies to
- Air traffic infrastructure
- Engineering service
- Equipment
- Production and process technologies
- Space
- Space exploration
- Unmanned aircraft systems UAS
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Similar opportunities
Product
- Buyer
- Space
- Equipment
- Helicopters
- Subcontractor
- Space technology
- Earth observation
- Space exploration
- Engineering service
- Unmanned aircraft systems UAS
- Production, materials, components and semi-finished products
MARK SMALL
Sales & Business Development Leader at Boyd Technologies Ashington UK Ltd
Ashington, United Kingdom
Service
Launch Q4 2026 - Flight Opportunities for Delivery, Hosted, and Virtual Payloads
- Space
- Space technology
- Earth observation
- Space exploration
Alex Drossler
Director of Mission Design at Momentus Space
San Jose, United States