Our modular data acquisition unit, the XMA-ROTOR, brings cutting-edge module technology to the specialized mechanical housing designed for rotor head instrumentation. 

Say goodbye to outdated slip ring technology – the XMA-ROTOR revolutionizes the game by offering a completely wireless and contactless connection between the rotor and the stator. 

Power is transmitted through inductive coupling, while data, health monitoring info, configuration data, and synchronization signals are transferred over a bi-directional radio link.

The PPS®X00 plasma thruster (Hall effect) takes benefit of Safran’s long experience with electric propulsion to propose a very efficient product. PPS®X00 was designed to address the specific requirements inherent in the “New Space” market environment. With a lifespan exceeding 5,000 hours and very high specific impulse, the PPS®X00 is an extremely versatile thruster, making it ideal for all types of applications in its core market: low Earth orbit (LEO).

The CORTEX Best Source Selector (BSS) is the ultimate choice for real-time telemetry source selection. It’s the go-to tool for pinpointing the best Telemetry source among multiple antennas tracking the same airframe across various channels. 

The Best Source Selector streamlines the selection process by automatically choosing the top Telemetry stream, even from up to 16 sources or more, using a combination of signal quality metrics and other criteria. With its extensive capabilities in aligning paths and compensating for delays, the CORTEX Best Source Selector ensures optimal source selection, no matter where the antennas are located or what kind of range infrastructure you’re working with.

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 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.

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.

A comprehensive range of signal interface modules, custom-tailored for various data sources and bus types, ensures that it’s ready to meet today’s demands and future requirements.

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.

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. 

XMA also allows data recording, data processing, GPS localization and data transmission. XMA has the smallest size/channel types ratio, and proposes optimized module set for a large number of data type acquisitions, with state-of-the-art accuracy. 

A complete set of status and health information of the unit is remotely available for live monitoring and accurate data qualifiers.