Modern militaries crawl towards electrification of the battlefield
Full electrification of their land and air vehicles may be beyond modern militaries for now. But how close are they to the tipping point of the widespread use of electric vehicles?
Rheinmetall has introduced a new Infantry System designed to bring its Future Soldier–Expanded System (IdZ-ES) and other sensors and effectors together into the networked-enabled operations loop.
The Infantry System has been designed to enhance the combat performance of dismounted troops in connection with unmanned systems and fire support elements. Based around the infantryman, the system brings individual components, including weapons, unmanned systems and vehicles, into a single system where all components share a common picture of the battlefield.
The modular IdZ-ES soldier system, paired with Rheinmetall’s TacNet command and control technology, forms the backbone of the Infantry System. Other systems, such as the RS556 modular assault rifle and RS40 add-on grenade launcher, the Boxer wheeled armoured vehicle with Lance turret, and the Multi Mission unmanned ground vehicle, can be networked in.
The company has developed the system to support infantry forces’ need to be able to move, shoot and communicate in fast-paced, mainly dismounted operations in difficult, complex, mainly urban terrain – sometimes in extreme weather conditions. Faced with multiple symmetric and asymmetric threats, they have to be able to engage opponents with scalable, proportionate intensity.
The system is specifically designed for infantry operations in difficult terrain, including towns and cities.
Full electrification of their land and air vehicles may be beyond modern militaries for now. But how close are they to the tipping point of the widespread use of electric vehicles?
The contract follows news released in 2023 that a first customer had taken into service Pearson Engineering’s new Slice system enabling the interoperability of Front-End Equipment (FEE) between main battle tanks and dedicated engineering vehicles.
When compared to some other wheeled artillery systems Archer has the advantage of quicker deployment and relocation as the complete fire mission is carried out without the crew leaving the protected cab at the front.
The system had been previously proven to work against rotary and fixed-wing kamikaze drones, with Aselsan now working on new capabilities for Gökberk to counter UAV swarms.
Poland’s old Russian 122mm 2S1 self-propelled (SP) artillery system is being replaced by Krab and K9 SP artillery systems which both fire standard NATO 155mm ammunition.
EMOC can be fitted with an 81mm or a 120mm smooth bore barrel and when in the travelling position is horizontal. For firing, it is deployed over the rear arc until the baseplate contacts the ground.