Defense & Security News - United Kingdom
 
Lincad signs agreement to supply batteries for the Leonardo Type 163 Laser Target Designator
Lincad, a UK-based leader in the design and manufacture of bespoke batteries, chargers and power management systems, has signed a supply agreement with Leonardo MW to provide batteries, power adaptors and filter adaptors for the Type 163 Laser Target Designator.
     
Lincad, a UK-based leader in the design and manufacture of bespoke batteries, chargers and power management systems, has signed a supply agreement with Leonardo MW to provide batteries, power adaptors and filter adaptors for the Type 163 Laser Target Designator.
Leonardo Type 163 laser designator (credit: Leonardo)
     
A man-portable laser designed to provide laser designation for semi-active laser guided weapons, the Type 163enables Joint Terminal Attack Controllers (JTACs) to direct close air support for ground troops in combat operations. Traditionally, laser target designators have proved too heavy and bulky forJTACs to take into front-line operations which is why Leonardo developed the Type 163, building on its previous experience with military lasers.

The growing demand for the Type 163, which has been deployed by US Special Operations Forces, the US Air Force and the US Air National Guard, has led to this new supply agreement with Lincad. The battery being supplied is a detachable, side-mounting, ruggedized 18V, 3Ah Li-ion battery. Weighing less than 400g, it offers an effective solution to the critical weight issues and is designed with shrouded contacts and retractable latches for snag-free storage.

The associated power adaptor allows for the prolonged operation of the Type 163 from an alternate variable voltage power supply such as a vehicle battery. It has power filtering, management and regulation electronics to ensure smooth operation of the laser from a 10V to 32V DC source, connected via a military round connector. The adaptor also serves as a recharging unit for the battery.

The filter adaptoracts as an interface with a standard in-service battery. This greatly increases the operational functionality of the Type 163 by increasing the available sources of power in different operational scenarios.
 

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