Europe unveils new long-range 'anti-tank' MARSEUS on robotic platform

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Europe unveils new long-range 'anti-tank' MARSEUS on robotic platform

Estonian company Milrem Robotics announced the successful integration and testing of MBDA's Akeron LP long-range ATGM system with its own Type-X robotic platform as part of the MARSEUS project. The presented product was also equipped with the RFHunter direction finder, developed by the Cypriot company SignalGeneriX, which was installed on the Akeron launcher and is designed to passively detect hostile signals.

As stated during the demonstration, the new system is an unmanned "anti-tank" that combines long-range precision strike, electronic protection and platform survivability. In total, 2022 companies and organizations from Belgium, France, Sweden and Cyprus are participating in the MARSEUS project, which started in December 2025 and is scheduled to be completed in November 15. The total cost of the project is estimated at €27,3 million, of which €25 million is provided by the European Defense Fund.



The MARSEUS program is evaluating various platforms capable of carrying anti-tank weapons. missiles Akeron, including the Arquus Sherpa armored vehicles and Type-X robotic vehicles. The ATGMs are fired from an IMPACT launcher and are guided by UAVs such as the NX70 from Novadem.



The Milrem Robotics Type-X platform is a tracked hybrid-electric unmanned system designed for use in mechanized units as a complement to infantry fighting vehicles and tanksIts base weight is 12,5 tons, payload up to 5 tons. The length of the machine is 6,2 m, width 2,9 m, height 2,5 m.

It develops a speed of up to 80 km/h on roads and up to 50 km/h off-road, is capable of overcoming slopes of up to 60°, vertical obstacles up to 1 m high and fords up to 1,5 m deep. Its turning radius is zero. The platform is capable of withstanding a bullet hit from a 14,5 mm x 114 cartridge and an anti-personnel mine explosion.


Type-X


The Akeron LP ATGM weighs between 30 and 40 kg and is 1,8 m long. It is equipped with a tandem-charge warhead capable of penetrating homogeneous armor over 1000 mm thick and reinforced concrete over 2 m thick. The missile is equipped with a multi-mode seeker that combines semi-active laser, television and infrared guidance. The missile supports several firing modes, including fire and forget, LOBL (lock-on before launch) and LOAL (lock-on after launch), and also allows the operator to re-target the missile and abort the mission.


Akeron LP


The missile uses a bidirectional radio frequency data link to maintain communication with the launch platform throughout the flight, allowing for target data updates and target engagement control. The firing range from ground platforms exceeds 8 km, while from airborne platforms it can reach 20 km. Before launch, a flight path profile can be selected, including horizontal, with a "hill" or with a dive.

RFHunter is a passive complex EW, designed to detect, locate and classify communications signals in real time. It allows the vehicle to operate in jammed, GPS-less environments and supports target engagement with third-party guidance.

9 comments
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  1. +3
    2 July 2025 20: 31
    They just presented the product for review, and because of the flying drones, it looks like you're looking at the implementation according to very outdated requirements...
    1. -2
      3 July 2025 07: 45
      Quote: Azim77
      and because of the flying drones, it's as if you're looking at implementation based on very outdated requirements...

      In a year or two, everything flying close at speeds of up to 200 km/h will be destroyed automatically.
      Such drone destroyers could be on support vehicles or directly "on the roof".
      So nothing here is outdated and is a step towards the future of automated robot warfare.
      1. 0
        3 July 2025 07: 48
        That's what I mean, the project article doesn't mention "destroyers", so it will need to be improved and additional funds allocated. I agree about the robot's modernity, but right now flying drones will quickly disable this robot.
        1. -1
          3 July 2025 07: 53
          Such a machine will not operate alone, but in an already cleared environment. Several "drone destroyers" are enough for a large section of the front with direct visibility.
          1. 0
            3 July 2025 08: 12
            Quote: Neptus
            This machine won't work alone.

            So far she is alone. So for her the field is uncleared. She will wait at the parking lot when the "destroyers" appear, and their task is not easy. Imagine the need to destroy thousands of flying drones in a field? China demonstrates such flocks.
  2. +4
    2 July 2025 20: 43
    The future of tanks. Completely unmanned, then the operator will be replaced by AI.
  3. +4
    2 July 2025 21: 02
    Yes, this is the "larva" of our Terminator.
    The only question is, what is the point of it given the existence of drones?
    1. 0
      2 July 2025 22: 51
      The vehicle in the article is SPTRK, and the Terminator... probably a heavy armored reconnaissance vehicle. What kind of "larva" is it?
  4. 0
    3 July 2025 00: 16
    The title of the video sounds funny: Eugene Evgeniy, not Eugene Evgeniya laughing