The radar is determined for continuous monitoring of airspace, detection and classification of individual types of objects with different Radar Cross Section (RCS) and speed. The system uses the latest processing technology utilizing a powerful fail soft architecture and advanced detection and extraction algorithms. Therefore it is capable to process large amounts of data and adaptively suppress not only ground clutter but also sea clutter. The radar can be extended with an MSSR (Monopulse Surveillence Secondary Radar) system having full Mode S interrogator capability, or IFF (Identification Friend or Foe) interrogator capability.

Counter-UAS Solutions for Government & Defense

We custom manufacture and export Runflat Inserts and Bead Locks for 4X4, 6X6, 8X8 & other Armored, Up-Armored & Special Purpose Vehicles from 3,000 - 40,000 Kilos Gross Vehicle Weights as per specific requirements. Exporting to more than 4 countries from UAE for last 3 years and also have 2 manufacturing plants in Hyderabad, INDIA by the name ‘Runflat Tire Systems’ and exporting to more than 18 countries from INDIA for the last 18 years and supplying to Army, Special Protection Groups, Para Military Forces, Police Forces and Armored vehicle manufacturing companies. Our RUNFLAT Inserts comply with FINABEL Standards and can customize as per specific end user test requirements. Ballistic tested with Armour piercing rounds at H.P White Laboratories, USA and with SLR at National Forensic Sciences University, Gujarat, India and other end user’s test facilities. Load Testing done at Taiwan Rubber Research & Testing Center, TAIWAN

Key Functions of an Aircraft Hydraulic Test Bench System Pressure Testing: Tests the hydraulic system at different pressure levels, mimicking the conditions experienced during flight. This helps verify that seals, valves, and pumps can withstand the pressures without leaks or failures. Flow Rate Testing: Assesses the hydraulic system's ability to maintain proper flow rates, which is essential for the timely operation of systems like landing gear and flight controls. Leak Detection: Checks for any leaks or pressure drops that might indicate a damaged or worn component. Temperature Management: Since hydraulic systems can heat up during operation, the test bench can simulate different temperature conditions to ensure the system operates reliably under both high and low temperatures. Functional Testing of Components: Allows for the testing of individual components, such as actuators, pumps, and valves, to ensure they meet performance standards.