Elbit Systems to supply drone defence systems to a European NATO member
Israeli company Elbit Systems has signed a $60 million contract with a NATO member state in Europe to supply a multi-level anti-drone system.
Here's What We Know
Under the contract, Elbit Systems will supply its ReDron modular anti-UAV system, which is designed for military, paramilitary and civilian use. The system is designed to protect borders, airports, seaports, strategic facilities, military bases, as well as public events and VIP convoys. The contract will last for three years.
The ReDron consists of several components: DAiR radar, electronic intelligence system, COAPS-L optical system with day and night optics, and electronic warfare equipment. The system is capable of detecting, identifying and neutralising enemy UAVs in various conditions - day and night, in urban and rural areas, and in different weather conditions.
The system can be made in a stationary or mobile configuration, which allows it to be installed on vehicles to increase operational flexibility. It is noted that the system does not require special skills to deploy - it can be installed in less than 20 minutes by one person.
The ReDrone system. Illustration: Elbit Systems
The details of the contract are not disclosed, but it is known that in 2023, a similar contract worth $55 million was signed by the Dutch Army to receive stationary ReDron systems with integration into their command and control system. In addition to the systems themselves, the Netherlands will also receive a package of logistical equipment and training for operators of these systems.
"The growing threat of drones is creating a demand for our anti-drone systems. We have used our search radar, reconnaissance, electron-optical and electronic warfare technologies to develop a system that will be of interest and help our customers. We are very proud that the Netherlands has chosen us to deliver these systems and further strengthen our long-term partnership," said Oren Sabag, General Manager of Elbit Systems.
Source: Elbit Systems
