Denmark orders noise-reduction headsets
Danish defence procurement agency DALO has ordered an undisclosed number of RA4000 Magna digital active noise reduction (ANR) headsets from Racal Acoustics, in a seven-year framework contract worth up to $4.7 million.
RA4000 was selected specifically to meet the noise-protection needs of Royal Danish Army Leopard 1/2 MBT and CV90 IFV crews, Racal announced on 11 January.
The company will also provide a full support package including training, consumables and spares, plus an option for follow-on orders.
As well as the headset itself, the RA4000 includes a ballistic helmet with integrated side-rails and NVG mount, plus a downlead to connect the system to the in-vehicle intercom.
Integrated battery power means that RA4000 users can even retain noise protection when dismounted from their vehicle. As well as connecting the crew to the intercom, the system can be connected to remote communications devices, such as a Personal Role Radio or other man-pack devices, to allow the user to communicate with dismounted troops outside the armoured vehicle crew environment.
As part of our promise to deliver comprehensive coverage to our Defence Insight and Premium News subscribers, our curated defence news content provides the latest industry updates, contract awards and programme milestones.
More from Land Warfare
-
UK fires Archer for first time in live-fire exercise
Exercise Dynamic Front 25 is part of a series of NATO exercises that will run until 26 November.
-
Mortar mobility: Patria’s TREMOS takes aim at the modern battlespace
In conversation... Patria’s Lauri Pauniaho talks to Shephard's Gerrard Cowan about how high mobility levels are essential for mortar systems in the face of modern counter-battery fire, and how a new platform-agnostic module can combine existing vehicles and mortar barrels into a cost-effective new weapon system.
-
BAE Systems to continue work on active protection system for US Army
BAE Systems Multi-Class Soft Kill System (MCSKS) countermeasure system has been designed to provide protection without the need for kinetic effort and will reduce the logistic chain required for protection.