Stabilized Platforms
SANLAB stabilized platforms are precision engineered for applications where motion is unavoidable and high performance is non negotiable, with a specific focus on demanding marine environments. In maritime operations, constant wave induced roll and pitch movements directly affect payload accuracy, system safety, and operational continuity. Our advanced stabilized platforms provide real time compensation for these movements with high accuracy and responsiveness, ensuring that critical defense systems, UAV landing pads, and satellite communication equipment remain perfectly aligned regardless of sea conditions.
Advanced Maritime Motion Control
High performance maritime operations require precision that constant wave motion often disrupts. Roll and pitch movements directly impact the accuracy of optical systems, satellite links, and defense sensors. SANLAB stabilized platforms counter these dynamic forces with real time responsiveness, ensuring that critical equipment stays level and operational regardless of sea states. From offshore platforms to mobile naval systems, our stabilizers provide the structural integrity and motion compensation needed to protect high value payloads ranging from 20 kg to 300 kg and maintain continuous signal connectivity in the most demanding environments.
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.
Stabilizers - FAQ
How do stabilized platforms compensate for wave motion in real time?
SANLAB stabilized platforms utilize high-speed sensors and Inertial Measurement Units (IMU) to detect wave induced roll and pitch in milliseconds. Our proprietary Control Systems then drive precision actuators to counteract these movements, keeping the top payload perfectly level with the horizon. This level of responsiveness is vital for maintaining the signal integrity of satellite antennas and the safety of UAV operations.
Why is 2DOF stabilization sufficient for most maritime satellite and UAV applications?
In a marine environment, the most disruptive forces for directional equipment are roll and pitch. While a 3DOF system adds heave, most stabilized platforms for antennas and landing pads prioritize compensating for angular tilts to maintain line of sight with satellites or drones. This 2DOF approach offers a more compact and efficient design without compromising the payload's safety or accuracy.
Can these platforms be used for Starlink or other high-bandwidth satellite systems?
Yes, our Satellite Stabilizer is specifically designed for antenna alignment with Low Earth Orbit (LEO) constellations like Starlink. By compensating for continuous sea motion and vibration, it ensures the antenna remains locked on the satellite, preventing connection drops and maintaining maximum data throughput during offshore transits.
How do SANLAB systems withstand harsh maritime environments?
Every SANLAB stabilizer is engineered with IP66-rated enclosures and built using rugged, corrosion resistant materials to withstand heavy seas, saltwater spray, and high humidity. Our systems incorporate advanced protective coatings and vibration damping technology to ensure reliable operation and precise alignment across multi domain applications. Whether deployed on small yachts or large offshore industrial platforms, these stabilizers maintain signal integrity and structural durability where performance cannot be compromised.
