The VS1510 is a video & data recorder/server packaged in a rugged compact chassis (4.92” x 5.75” x 7.28 ” / 9.9 lb), for recording on a Removable Memory Module (RMM).

Recorded data can be replayed in a standard PC/Windows® environment, using specific or COTS mission debrief solutions for post mission analysis.

In addition, typically for ISR applications, data can be replayed while recording on board. The ENERTEC™ mission data processing and distribution units offer cost-effective and dependable solutions for collecting, processing, storing, utilizing, and sharing field and mission data.

These units are designed for both manned and unmanned ground, air, and sea vehicles. They undergo rigorous validation and formal qualification testing, conforming to established standards such as DO-160 and MIL-STD-810.

The Mission Recorder Cockpit Remote Control Unit is mounted in a cockpit dashboard and connect to a recorder system. The MCRCR shows status information on the NVG compatible display and can remote control the Mission Recorder System. 

The ENERTEC™ mission data processing and distribution units are dependable, cost-effective solutions designed to facilitate field and mission data handling, processing, storage, analysis, and distribution. These units are compatible with both manned and unmanned ground, air, and sea vehicles, offering a dependable resource. Each unit undergoes rigorous testing and validation, adhering to industry-standard testing procedures such as DO-160 and MIL-STD-810.

The SPARTE 500 series, commonly mounted with a 4.4 reflector, is a top-of-the-line dual-axis antenna that spans dish sizes from 15 to 18 feet. This field-proven telemetry tracking antenna has been trusted by customers for their most mission-critical applications.

With a widespread presence on test ranges around the world, the SPARTE 500 series antennas excel in meeting the rigorous demands of various flight test scenarios, whether it’s for long-range aircraft, missiles or launch vehicles tests.

These antennas offer a streamlined design, ensuring easy operation and making them a perfect fit for any ground test range, working hand in hand with smaller range trackers.

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 B.SAFE is a crash-survivable flight data recording for board defense aviation aircraft and helicopters.

B.SAFE is designed to capture audio, video, and data on a Crash Survivable Memory stored in a rugged and highly compact chassis. You can easily replay the recorded data in a standard PC/Windows® environment using post-mission analysis software.

The SafeLaunch-FTR is based on more than 20 years of skills and experience. Such Flight Termination Receivers equip air to air, ground to air and air to ground missiles as well as UAV, target drones and Launch Vehicles. They are qualified under MIL-STD-810F and MIL-STD-461E standards, and comply to RCC-319. The compact and optimized package is consistent in size and weight with the most severe requirements of missile platforms. The electronical design, based on the latest generation of Software Defined Radio (SDR) components, brings to SafeLaunch-FTR high reliabilty and evolutivity.

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 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.

XONOS enabling high data volume downlink between satellite & ground station. It is our latest state-of-the-art qualified COTS based design perfectly adapted to NewSpace programs, where cost effectiveness, performances and reliability are success key factors.