Application Areas
DEFENSE
SANLAB provides high-performance motion platforms, stabilizers, and rotator systems for defense applications. All solutions are developed in-house to ensure precise testing, reliability, and seamless integration.
Simulation Excellence for Defense & Security
SANLAB motion platforms supporting payloads from 50 to 25,000 kg enable applications such as turret integration, radar system testing, and dynamic simulations — ensuring precise motion control and system-level validation in defense environments.
MOTION PLATFORMS
Payload: 50 KG to 14000 KG
Ideal for motion-intensive defense testing, this 6DOF platform ensures precise movement control under dynamic loads, supporting turret systems, missile modules, and radar equipment.
STABILIZED PLATFORMS
Payload: 150 KG to 25000 KG
Designed to maintain platform stability, this 2DOF unit minimizes vibration and tilt, making it suitable for electro-optical sensors, camera systems, and heavy observation modules.
EL/AZ POSITIONERS
Payload: 400 KG
This precision actuator enables azimuth and elevation control for antennas, satellite links, and radar heads — ideal for tracking, targeting, or mobile comms applications.
Defense Platform Applications
Motion Platforms
RCWS Remote Control Weapon Stations
Motion platforms provide a stable and controllable base to simulate real-world dynamics for RCWS systems.
These setups support functional testing under variable loads, enabling system-level validation of targeting, recoil response, and operator feedback in mission-specific environments.
Motion Platforms
Turret Systems
Motion platforms provide a stable and controllable base to simulate real-world dynamics for turret-mounted weapon systems.
These setups support functional testing of recoil forces, rotational movement, alignment precision, and mechanical durability under mission-specific loads and battlefield conditions.
Motion Platforms
Radar Systems
Used in the evaluation of radar systems, dynamic platforms replicate movement profiles to assess tracking behavior, signal consistency, and alignment stability.
This ensures accurate detection and positioning under shifting loads, multi-axis conditions, and mission-specific scenarios.
Motion Platforms
Electro-Optical Systems
Designed for the evaluation of electro-optical payloads, dynamic test setups help measure stability, pointing accuracy, and image consistency.
These configurations replicate platform movement to assess system response under real-time vibration, tilt, and tracking conditions.
Motion Platforms
SM25000 - E2D
Capable of handling payloads up to 25 tons, SM25000 supports rotational and tilting motion for tank simulators, turret assemblies, and prototype testing.
The platform ensures accurate dynamic response, real-field data playback, and structural stability under demanding conditions.
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Stabilized Platforms
Stabilized Platform for Optical Systems
Designed to stabilize optical devices such as cameras, sensors, and targeting modules, this platform minimizes vibration and tilt during testing.
It enables precise alignment, motion compensation, and repeatable scenarios under varying loads and movement profiles.
Stabilized Platforms
SConnect - E2D Starlink Pipe Adapter
Designed for satellite systems operating in motion-heavy environments, this platform maintains consistent signal alignment under roll and pitch disturbances.
It enables uninterrupted communication on land and sea by stabilizing compact satellite modules in real time.
Stabilized Platforms
SLand - E2D Drone Lander
Built for drone, radar, and optical module support, this platform enables safe landing and precise sensor operation under unstable conditions.
Its stabilization system reduces vibration and tilt effects, ensuring accurate performance during data capture and UAV interaction.
