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. 

What sets the LEGION 400 apart is its patented tri-band S/X/Ka concentric feed paired with a sleek and ultra-precise pedestal. It’s equipped to support LEOP & Launch Vehicles with its cutting-edge S-band Single Channel Monopulse auto track feed.

Safran’s SEEING™ 130 Wide includes a unique medium focal length catadioptric optics, limited by diffraction only and with ultra-low distortion, offering perfect imaging over 35 mm full-frame image format. It is fitted with a 10megapixel sensor. 

SEEING™ 130 Wide enables high Signal to Noise Ratio for multispectral (MS), hyperspectral (HS) and low light level imaging. SEEING™ 130 Wide includes a spectral filter with 23 bands covering Blue, Green, Red, Near InfraRed and Red Edge MS, for a broad spectral range between 475 and 900nm. SEEING™ 130 Wide has a large Field of View of 6.3° x 4.3° / 54 x 36 km2 from a 500km/310 miles orbit.

In addition to its a thermal design within a robust structure, SEEING™ 130 Wide has a low SWaP, saving launch and operational costs.

The SPARTE 1300 series antenna is a tried-and-tested solution designed for mission-critical applications where reliable telemetry reception is essential. This antenna excels at accurately tracking flying targets, such as aircraft or space launch vehicles, even over long distances, thanks to its high-gain, large-aperture design.

Built with a robust and sturdy construction, the SPARTE 1300 series guarantees optimal performance in any scenario. It features an aluminum-alloy reflector for enhanced surface accuracy, SCM tracking feeds for dependable and precise tracking, and quad-drive motors for redundancy and no-backlash operation.

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. 

Whether it’s used as a standalone unit or integrated into a larger Flight Test Instrumentation (FTI) system, the XMA-BOX is the go-to-choice for meeting a wide range of data acquisition needs, all while ensuring cutting-edge accuracy.

Configuring, managing, and integrating the system are crucial steps for ensuring the success of flight testing and achieving precise telemetry. eZ Software is your go-to solution. 

• eZ SetUp software allows to configure from a single acquisition unit to a complete acquisition system within a network architecture. 
• eZ Operation software is an advanced tool for centralized supervision and control of complex test systems from an onboard operator station. 
• eZ Processing / Advantys software offers advanced functions for data display and processing.

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.

The CORTEX RTR-X1 (formerly RX-1) is a compact, dual-channel telemetry receiver with a pre-D combiner, designed to span all IRIG frequency bands and conform to IRIG-specified modulations. 

This off-the-shelf (COTS) product leverages the rock-solid CORTEX RTR technology components, inheriting their renowned RF performance and signal processing prowess. 

The RX-1 excels in test range scenarios, offering cutting-edge features to ensure maximum data accessibility. Trust the RX-1 for top-tier telemetry reception in challenging conditions.

The PPS®1350 Hall Effet plasma thruster draws on Safran’s long experience with electric propulsion. It is designed for orbital transfer, station keeping and deorbiting satellites and other spacecraft. In particular, the PPS 1350 was the primary engine on ESA’s lunar probe, Smart-1, launched in 2003 by an Ariane 5 rocket. This mission was completed in September 2006.

The RMM Manager utility software offers convenient, user-friendly pre-mission or post-mission access to SC1450-series Removable Memory Modules (RMM) for use with VS-Series video & data recorder/server, in PC/Windows® environment.