The technology
Precision in motion
Localized stabilization for people, sensors and systems operating in motion-affected environments.
THE PRINCIPLE
Stabilizing what needs to stay precise.
Vessel stabilizers reduce movement at structure level. Sensor mounts correct orientation for individual payloads.
Stable stabilizes the critical surface itself — where people, sensors and systems need precision.
Vessel stabilizers
Roll reduction · Vessel-level · Comfort focused
Sensor mounts
Pitch / roll / yaw · Object-level · Payload specific
Stable Onboard
Pitch · Roll · Yaw · Lateral forces · Point-of-operation
DUAL-MODE STABILIZATION
Two modes. One adaptive system.
Stable combines horizon-based stabilization and inertial force stabilization to maintain precision across changing motion conditions.
Horizon-based stabilization
Controls orientation and keeps the platform aligned with the horizon by compensating for roll, pitch and yaw.
Inertial force stabilization
Reduces lateral forces caused by acceleration, deceleration, cornering and changing movement.
Demonstration
See stabilization in action.
A moving vessel. A controlled surface. Stable keeps the point of operation level.
Applications
One platform. Multiple applications
The same stabilization principle supports critical surfaces for people, sensors, autonomous systems and onboard environments.
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engineering
Built for demanding integration.
Stable Onboard combines sensing, control software, calibration, actuators and platform architecture into one configurable stabilization system.
Accuracy
Modes
Stabilization-level
Development
Integration details
proven technology
Developed through real use
65+
systems delivered
20+
countries
30+
Years of development
"The STABLE billiard is the very best thing onboard.
next step
Discuss your application
Tell us what needs to stay stable. We will help you assess the right technical approach.