TMMR Tactical Multi Mission Radar is Leonardo’s new radar, designed to detect, classify and observe small and excessive manoeuvring targets. Extremely efficient to help air defence, battlefield operations, border surveillance and infrastructure safety, Leonardo’s TMMR ensures that Armed Forces are ready to face the newest fast-moving, uneven threats. TMMR is a small goal detection and monitoring radar geared up to carry out difficult missions reminiscent of counter-UAS and counter-rocket, artillery & mortar. The TMMR is a really compact and lightweight radar, it’s hand transportable by two folks, so appropriate in any case when an simply and quick deployable radar is required.
Tactical Multi Mission Radar is a C-Band full AESA (Lively Electronically Scanned Array) Antenna Radar designed to be “all-inone” lightweight answer for prime mobility wants with prime of sophistication performances. Detection Ranges:as much as 7 Km for micro drones, as much as 25 Km for contemporary fighters, as much as 20 Km for autos. It’s a absolutely digital radar, with direct sampling of RF service, which makes use of excessive effectivity GaN know-how and ‘on-chip’ sign processing all packed in single a sealed panel. Utilizing passive cooling with no bodily shifting elements it gives extraordinarily excessive reliability, even within the harshest environments and in presence of sturdy winds, mud and rain.
Commercial
Leonardo’s TMMR {couples} excessive mobility wants with prime of sophistication performances. It may be configured from 1 as much as 4 antennas, for a full 360° protection. Leonardo’s TMMR is appropriate for a number of functions, it’s is good in each case when detection and monitoring functionality is required for very small, quick and excessive manoeuvring targets. Typical functions embrace C-UAS Counter-Unmanned Aerial Methods; V-SHORAD Very Quick Vary Air Defence; C-RAM Counter-Rocket Artillery Mortar; Airport / Essential Infrastructure Surveillance; Air Surveillance Hole Filler; Automobiles Safety; Battlefield Safety.
