An advanced system to measure the radar cross section (RCS) of flying aircraft in operational environments
FARAD is a prototype EM measurement radar system which is designed to perform dynamic RCS measurements of high-speed low observable flying targets, including those featuring stealth technology. The system is customizable and expandable and only requires a short time to acquire accurate measurements. It is able to measure a wide range of targets, from full size aircraft and helicopters to very small unmanned aerial vehicles (UAVs). The embedded target tracking capability is optimized for short range RCS dynamic measurement of flying targets. When being measured, the target aircraft flies planned trajectories and is automatically tracked by FARAD.
The radar, tracking equipment and the cabin for its operators, and control and monitoring equipment, are all part of a rugged integrated system designed for all-weather outdoor use. They are self-powered, highly transportable and fast and easy to set up without the need of any preparation at the test site.
FARAD can be utilized for a wide range of applications and by several types of user including aircraft and unmanned aerial vehicle manufacturers, air forces and Electronic Counter Measure (ECM) manufacturers:
- For the Final Acceptance Test of a new target
- For extraordinary maintenance during the target’s life cycle management
- For ordinary maintenance during the target’s life cycle management
- For the design, development and testing of ECM devices (jammers, chaff etc.) for the target’s self-protection
FARAD can be deployed along a runway at an air force airbase and operated immediately after a take-off or immediately before a landing, therefore minimizing the target’s operational flight costs (no need for a dedicated flight mission).
Download the Brochure
FARAD Main Benefits
FARAD – TECHNICAL SHEET
- Includes powerful post processing capabilities integrated in a unique software tool and database capability
- High sensitivity as a result of extremely fast waveform generation (Direct Digital Synthesizer chirp) and the use of coherent and non-coherent integration
- An embedded radar target tracking capability
- High sensitivity and accuracy in order to measure stealth targets
- Features two hardware channels and complete software suites for processing and displaying measured data in real time
Typical example camera specifications include:
Mid-Wave Infrared (MWIR) camera specifications:
|Target tangential speed:||250m/s|
|Frequency range:||8.5 – 10.5 GHz|
|Polarization matrix:||HH or VV|
|Sensitivity:||-30 dBsm @ 10 km|
|Built-in radar tracking for Azimuth Angle, Range and Doppler|
|Can be slaved to an external tracking system (e.g. GPS, ground telemetry)|
FARAD consists of two modules which are transportable by a single van and trailer:
- The antenna subsystem is mounted on an equipment trailer and includes an RX/TX radar antenna assembly, target tracking equipment and positioning equipment.
- The van houses the control equipment and post processing computers.
16th – 18th December 2016, Bengaluru India. IDS will be participating in the INDICON 2016 conference held by IEEE India Council.
IDS Korea attended The Korea Institute of Military Science and Technology (KIMST)
IDS will present our range of products for the “Electromagnetic Ship”, which includes EM design services, measurement systems for RCS, IR signature and EMC/EMI and special materials.