The D19-GT/-GTS Download Station ensures a secure and high-speed data download (via 40 Gbit Ethernet) from MDR or

The highly flexible modular GMDR system is a versatile and future-proof solution for acquisition, recording, dissemination and replay of FTI data in ground station applications.  With its high integration, incomparable range of supported video interfaces and full compatibility with global leading MDR products, the GMDR integrates seamlessly into customers‘ existing test range topologies. 

The MDR system is your key to data collection in challenging, real-world airborne flight test scenarios. Its modular design allows it to seamlessly adapt to the full spectrum of test requirements, whether it’s a lightweight task or an extensive mission with diverse signals, environmental challenges, and lengthy recording periods.

The MDR-GT / GTS is the ultra-fast on-board flight test (16 Gbps) instrumentation solution. The MDR family is technically based on a common mainframe with many high-end built-in interfaces and functions. The MDR-GT / GTS is highly customizable: functions and requirements can be addressed by adding dedicated interface modules, offering a variety of configuration options for all applications and requirements (MDR modules compatibility).

Sensors acquisition and recording for troubleshooting is a cumbersome process in a fully furnished or operational aircraft, especially when time and low footprint are key drivers.  This is no more the case with Safran new solution µMA:  its cylindrical form factor allows easy installation by just requiring a standard clamp used to mount tubes  its battery power supply and its wireless connectivity removes the need of installing any harness in the aircraft.  All these capabilities are available while providing high measuring performance and harsh environment ruggedized in line with Safran standard solutions.

With its small and high ruggedized design, XMA is the best fit for remote data acquisitions in harsh and small space areas.  It is the perfect candidate for network telemetry applications and remote acquisitions, to reduce the wire intrusiveness, and acquire the data closer to the sensors. 

The XMA-BOX packs top-notch XMA module technology into a cost-effective 1U package, delivering high performance. This versatile system handles the acquisition, processing, and streaming of both analog and digital signals in various instrumentation data formats.  Perfect for ground testing facilities, the XMA-BOX is also rugged enough to thrive in the diverse environmental conditions of small to large aircraft cabins. 

IRIS optical ground stations are built to cater to a wide range of applications (LEO/GEO/Probes), including Earth observation, high throughput bi-directional telecommunications, feeder link, or deep space missions. The IRIS systems leverage the Cortex Lasercom, a globally recognized optical modem that supports various standards such as SDA, CCSDS, and HPE.

KapCOM (EWC33) is a new generation of transceivers with high performance Telemetry, Tracking & Command (TT&C) service. It is used on OneWeb constellation & is based on the heritage of EWC15 used in key space missions like ROSETTA, DEEP IMPACT, …

The LEGION 400 tackles the new challenges of the space industry, offering enhanced connectivity, faster delivery, improved value, and unrivaled flexibility.  This antenna system is designed to meet the demands of Earth Observation satellite tracking and the high-volume needs of Communication Satellite Constellations. 

The N-CUBE comes as a unique solution that combines GNSS signal processing and RF front-ends. It implements the latest state-of-the-art positioning and synchronization techniques, to reach top class of performances for Real-Time Precise Onboard Orbit Determination (P2OD) and accurate time synchronization.

The N-SPHERE comes as a new generation of GNSS receiver. It implements the latest state-of-the-art positioning and synchronization techniques, to reach top class of performances for Real-Time Precise Onboard Orbit Determination (P2OD) and accurate time synchronization.