SANLAB Simulation

News & Events

Discover the latest news, updates, and events at SANLAB to stay connected with industry innovations and collaborations.

6DOF MOTION PLATFORMS

SANLAB’s motion platforms offer 6DOF precision, support 50–14,000 kg payloads, and ensure reliable performance in industrial, military, and simulation use — with optional IP66 protection.

3DOF MOTION PLATFORMS

SANLAB’s 3DOF motion platforms deliver precision motion along heave, roll, and pitch. Ideal for simulation, testing, and R&D — with a compact, customizable design and real-time motion feedback.

2DOF MOTION PLATFORMS

SANLAB’s 2DOF platforms deliver rugged precision and power — built to handle heavy payloads with controlled tilt and rotation. Ideal for vehicle, aerospace, and defense tests in extreme conditions.

STABILIZED PLATFORMS

SANLAB’s 2DOF stabilized platforms provide precision control for marine and defense systems. Real-time roll and pitch stabilization ensures steady performance, even in extreme sea conditions.

PRECISE POINT POSITIONING

SANLAB’s 2DOF PPP platform offers precise azimuth and elevation control via GNSS. Ideal for satellite scanning, radar testing and geospatial tasks — with 0.05° accuracy and 400 kg payload capacity.

DIL SIMULATOR

SANLAB’s Driver-in-the-Loop (DIL) Simulator delivers immersive 6DOF driving for prototyping, HIL testing, and vehicle trials — with force-feedback controls, modular cabin, and scalable integration.

SIMVATO RACING SIMULATOR

SIMVATO delivers true-to-life racing with 3DOF motion, real-time vehicle feedback, and full VR compatibility — engineered for both competitive sim racers and high-end entertainment.

Heavy Equipment Simulators

SIMPRO SIMULATION SERIES

SANLAB’s VR-based heavy equipment simulator delivers realistic training for excavators, forklifts, cranes, and more — enabling safe, scalable, and immersive operator development across industries.

Precision, Performance, 6DOF Motion

SANLAB 6DOF motion platform enables precise movement along three linear (X, Y, Z) and three rotational axes (pitch, roll, yaw), delivering accurate motion cueing for simulation, testing, research and more.

Rotational Mastery with 3DOF

SANLAB 3DOF platform specializes in rotational motion across pitch, roll, and yaw axes. Designed for focused motion control, it delivers reliable performance for simulators, operator training, hardware-in-the-loop systems and more.

Stability Engineered for Harsh Conditions

SANLAB stabilized platforms deliver real-time pitch and roll correction with 2DOF precision. Built for marine and defense systems, they ensure operational stability in extreme conditions — compatible with radar, gimbals, camera systems and more.

Precision Driving Meets Engineering

SANLAB Driver-in-the-Loop Simulator combines 6DOF motion, force-feedback controls, and real-time HIL systems to connect driver input with high-fidelity validation. Ideal for prototyping, testing, vehicle dynamics analysis and more.

Precision in Every Degree of Rotation

SANLAB 6DOF motion platform enables precise movement along three linear (X, Y, Z) and three rotational axes (pitch, roll, yaw), delivering accurate motion cueing for simulation, testing, research and more.

Applications Across All Domains

SANLAB's motion systems are used across diverse industries, from defense to entertainment. Whether for testing, simulation, or immersive training, our platforms offer high precision, durability, and flexibility to meet real-world operational demands.

High-load platforms for technical training, test procedures, and automated verification systems.

Stabilized platforms and motion rigs for ship bridge simulation, radar calibration and sensor alignment.

Designed for realistic vehicle behavior and operator feedback in construction, agriculture and mining.

Motion bases for camera rigs, set effects, and dynamic physical storytelling in cinema and production.

Ruggedized motion solutions for mission rehearsal, vehicle testing and hardware-in-the-loop scenarios.

Driver-in-the-loop platforms and motion systems for vehicle dynamics, ADAS testing and virtual prototyping.