Simulation

With a broad base of driving simulators delivered on all continents, SOGECLAIR is the global leader in the design, delivery, and expertise of driving simulators.
We supply a wide range of driving simulators to meet all your needs, from compact to the most immersive and advanced.

Our simulators are combined with SCANeR, our most comprehensive driving simulation software on the market, from lighting, traffic and scenario editing to sensor modeling (RADAR, LIDAR, cameras) at the physical level. Our simulator-integrated software provides the ideal tool for developing and validating ADAS, autonomous and connected vehicles on any type of platform (real time, cloud, PCs), or carrying out human factors studies on simulators. Our teams can also support you from the decision-making phase through to training, including maintenance of equipment and development of 3D environments
 

SOGECLAIR positions itself as a supplier of materials, platforms for simulated equipment.

From design to manufacturing (including mock-ups, prototypes, testing, qualification and series production), we oversee the entire development cycle. We support major players in commercial and business aviation globally.

As leaders in the aviation simulation market, we develop and supply hardware solutions such as simulated equipment and cockpit replicas. Our product range covers all types of simulators, from basic trainers to Full Flight Simulators. 

Our offerings include :

• Simulated equipment for civil and military aviation, including aircraft and helicopters.

• Fully equipped simulated cockpits.

• Simulated equipment for the naval domain, such as periscopes, throttle controls, and consoles.
   

SOGECLAIR is a world leader in software for simulation, virtual reality, synthetic simulation and testing.

Thanks to its SE-Workbench multisensor physical simulation software, our subsidiary provides customers with an electro-optical and radio-frequency sensor simulation workshop, enabling them to evaluate the future performance of their systems. This includes:

• Stealth and camouflage studies

• Studies of guidance and navigation systems

• Development of signal processing for Detection, Reconnaissance, Identification and Guidance systems

• Development and testing of decoy systems

• Radar studies (EWS, SAR imaging, RCS, etc.)

• Augmented vision for critical systems (all-weather piloting assistance, "see and avoid")

• Synthetic data generation for learning algorithms (Deep Learning)