Overview of Model MD500L IFF Transponder
The Model MD500L IFF Transponder by Kratos OpenSpace represents cutting-edge technology in radar enhancement devices. Specifically designed for use in aerial target drones, unmanned vehicles, and cruise missiles, this Transponder operates as an augmentation device providing automatic radar identification in response to interrogations from L-Band IFF and Air Traffic Control (ATC) radars. It supports Mode C (altitude reporting) operations, enhancing safety and efficiency in airspace management. The device shines with its modern, compact design taking up under 90 cubic inches in volume and weighing just 4.25 pounds, offering a 35% reduction in size compared to previous versions.
Key Features and Specifications
The Model MD500L boasts several standout features. With a 500 watts nominal peak power output backed by state-of-the-art solid-state electronics, it ensures a reliable performance. Moreover, the transponder incorporates essential functionalities like IFF/TACAN blanking and suppression, reverse polarity power lead protection, and a built-in duplexer for seamless single antenna operation. Users benefit from both front panel and remote reply code selection, providing convenience and ease of use. The device meets stringent MIL-STD-810 requirements and has been tested to operate over a broad temperature range from -54°C to +71°C, ensuring robust performance in various operational environments.
Comprehensive Support and Compatibility
Kratos OpenSpace's Model MD500L IFF Transponder is engineered to deliver exceptional support and compatibility. By providing automatic radar identification in response to L-Band IFF and ATC radars, it ensures a seamless integration into existing radar systems. The device's compact design, weight efficiency, and advanced electronics make it a versatile solution for a range of applications, from drones to cruise missiles, enhancing safety and operational efficiency. With features like IFF/TACAN blanking and suppression, users can benefit from enhanced security and performance, making it a reliable choice for enhancing radar identification capabilities.