The proposals must address studies and design for the upgrade of current and development of future main battle tank technologies, including enabling and green technologies, leading to a system level, capable of outstanding operational effectiveness and mission success in all possible future scenarios. be prepared to be operated unmanned in the future.higher speed, better manoeuvrability in all terrains, new operating modes such as silent mode), a lower fuel consumption, greater operational range and autonomy, and supply the increased electric demand of on-board equipment and weapons rely on a superior firepower to engage and win symmetrical duels, as well as to conduct urban and asymmetrical operations successfully. ![]() be able to cooperate with adjacent manned and unmanned robotic assets.be equipped with advanced command and control system that supports the crew with situational awareness, target acquisition, target engagements, target handover, battle space management, data- and information sharing.be operated by a smaller crew, compared to present/today’s designs, allowing the system to be lighter, more compact, and agile.have a higher capability of detecting and identifying threats at greater distances.have a higher level of protection, enhanced stealth capability, enhanced survivability in all environments against symmetric and asymmetric threats, and resilience against cyber- and electronic warfare-attacks.be designed to operate in all environments, including urban and symmetrical high intensity warfare, counter peer or near peer and asymmetrical threats, by operating dispersed in the context of multi-dimensional operations. ![]() To this end, it is of key importance for future European MBT systems to:
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