Stabilized Platforms: The Future of Precision in Aerospace, Marine & Defence
In high stakes operations across the aerospace, marine, and defense sectors, stability is not just a feature it is a mission critical requirement. Whether it involves landing a UAV on a pitching deck or maintaining a satellite link in heavy seas, motion is the enemy of precision. SANLAB Stabilized Platforms are engineered to neutralize these forces, providing a rock solid foundation in the most dynamic environments.
Defying the Waves: Advanced Marine Stabilization
Maritime environments are notoriously unpredictable. Constant wave induced roll and pitch can compromise the accuracy of sensors and defense payloads. Our 2DOF Stabilized Platforms provide real time compensation, ensuring operational continuity for naval vessels and offshore platforms. Real World Application: See our Stabilized Platforms in action on the ULAQ KAMA at Saha Expo, providing unmatched stability for defense systems.
Safe Touchdowns: UAV Landing Pad Solutions
Landing a drone on a moving vessel is a complex challenge that requires millisecond level responsiveness. SANLAB Stabilized Platforms maintain a level landing surface regardless of the ship's motion, protecting high value UAVs and ensuring successful recovery in harsh conditions.
Precision in Action: Check out how our 2DOF system maintains perfect alignment during simulated maneuvers.
Always Connected: High Inertia Satellite Stabilizers
Maintaining a signal with Low Earth Orbit (LEO) satellites requires the antenna to remain perfectly pointed, even as the vessel beneath it tosses and turns. Our high inertia Stabilized Platforms support payloads from 20 kg up to 300 kg, ensuring that signal integrity is never compromised.
Gyro Stabilized Excellence: Watch our gyro stabilizer maintain a steady lock in a maritime simulation.
Engineering Meets Innovation: The Billiard Challenge
To demonstrate the extreme sensitivity of our Stabilized Platforms, we recently applied our technology to an unusual challenge: A Gyro Stabilized Billiard Table.
By keeping the table perfectly level on a shifting surface, we proved that our Stabilized Platforms can handle even the most delicate stabilization tasks. While a billiard ball's path might seem simple, the precision required to keep it still on a moving boat is the same engineering rigour we apply to our aerospace and defense systems.
Expanding Horizons: Marine Application Areas
SANLAB’s Stabilized Platforms are versatile solutions engineered for diverse maritime sectors where motion cannot be avoided and performance cannot be compromised. By mitigating the disruptive forces of the sea, our technology enhances operational continuity and safety across several key application areas:
Marine Vessels & Luxury Yachts: Ensuring both technical precision and onboard comfort, from high end recreational equipment like our gyro stabilized billiard table to critical navigational sensors.
Offshore Industrial Platforms: Providing essential stability for heavy duty systems and high inertia payloads on offshore rigs, ensuring reliable performance in harsh, high vibration environments.
Mobile Sea Based Systems: Delivering real time roll and pitch compensation for mobile units that require a perfectly level foundation for autonomous or manned operations.
Defense & Tactical Integration: Supporting the next generation of naval technology, such as the ULAQ KAMA, by stabilizing advanced weapon stations and optical surveillance sensors.
Satellite Communication Hubs: Guaranteeing uninterrupted signal integrity for maritime satellite antennas, enabling reliable high bandwidth data flow even during extreme sea states.
Explore Our Stabilized Platforms
Below is a quick look at some of our high precision Stabilized Platforms designed for various mission critical applications across marine, aerospace, and defense sectors.
Heavy Payload Stabilizer
Payload Range: 150 kg to 300 kg
Engineered for marine and offshore platforms carrying high payload and high inertia systems, this solution supports a payload range from 150 kg to 300 kg. It delivers exceptional dynamic performance where wide motion ranges are essential, ensuring reliable operation and precise system alignment for heavy duty maritime applications in harsh environments.
Satellite Stabilizer
Payload Range: 20 kg to 100 kg
This system ensures continuous antenna alignment with low orbit satellites by actively compensating for pitch and roll motion. Supporting a payload range of 20 kg to 100 kg, it enables stable and efficient maritime satellite communication. It is a critical component for maintaining high speed signal integrity on moving vessels and offshore rigs.
UAV Landing Stabilizer
Payload Range: 20 kg to 100 kg
This 2DOF stabilization system ensures precise positioning and stable operation for UAV landing pad applications, drones, and optical systems. Handling payloads between 20 kg to 100 kg, it maintains mission critical performance even in harsh, high vibration environments. It provides the necessary stability for safe drone deployment and accurate radar alignment at sea.