Indian Aerial Target Powered by Veronte Autopilot

Kadet Defence Systems is an aerospace and defence focused organization based in India. The company specializes in the design of unmanned aerial vehicles used as aerial targets. Kadet Defence Systems decided to partner with Embention, a supplier of target drone autopilots and critical systems for UAVs, in order to face the rapid increase in the UAV industry.

Embention has been working arduously in the UAV industry for 15 years, continuously improving their star product, the Veronte Autopilot. Working closely together with Kadet Defence Systems, Embention has contributed to the development of the JX2 NG Aerial target, powered by the Veronte Autopilot for Targets.

JX2 NG Aerial Target – Veronte Autopilot

Kadet’s JX2 NG Aerial Target is designed for use as aerial targets for weapon training development, evaluation and as an aerial test platform amongst other applications. These ready-to-fly solutions include all components needed for performing fully autonomous missions in harsh environments including Ground Control Stations, Ground Support Equipment, and Air Vehicle Catapult Launchers.

Kadet Defence Systems range of aerial targets are powered by propellers and turbojets.

Avdesh Khaitan, CEO of Kadet Defence Systems, noticed an unprecedented growth in their activities due to new and novel applications emerging in both the defense and commercial use of UAS. Avdesh stated that

“partnering with Embention allows us to efficiently integrate and continuously improve the performance of our systems and gives our customers an edge in performance and operation while simulating hostile attacking scenarios”.

The JX2 NG Aerial Target has integrated the Veronte Autopilot, which provides the UAV with fully autonomous flight capabilities, versatility and sensor redundancy. The versatility given by the autopilot allows the Aerial Target to adapt its configuration to the requirements of different types of operations. Veronte Autopilot becomes the best option to program target drones, mainly due to its quality-prices relation, but also due to its ease of installation in drones with either combustion or turbine engines.

Source: Press Release

 

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