Weapons are already included: ROBONEERS codified the ShaRys PRO MK19 (M) strike complex
Ukrainian defense tech company ROBONEERS has received official codification for its new unmanned ground combat system (UCS) "ShaRys PRO MK19 (M)".
Ukrainian defense tech company ROBONEERS has received official codification for its new unmanned ground combat system (UCS) "ShaRys PRO MK19 (M)".
Ukrainian defense tech company ROBONEERS has received official codification for its new unmanned ground combat system (UCS) "ShaRys PRO MK19 (M)".
The main feature of the system is the supply on the principle of "all in one": the military unit receives a fully ready-made strike complex, including a ground platform, a remotely controlled combat module and installed weapons. The codification allows for the start of state procurement and serial deliveries of the complex to the Defense Forces of Ukraine.
The complex combines the robotic platform "Lynx PRO" and the remotely controlled combat module (RCBM) "Shabry MK19 (M)".
Armament: Ukrainian-made AGL-53 automatic grenade launcher, MK19 or its 40 mm caliber analogue.
Effective range: up to 1500 meters.
Shooting modes: supports shooting with guidance at specified coordinates.
Guidance angles: horizontal - up to 160°, vertical - from -10° to +65°.
Crew/calculation: 2 operators.
Deployment/collapse time: up to 10 minutes.
"ShaRys PRO MK19 (M)" is part of the ROBONEERS modular ecosystem. The basic platform of "Rys PRO" remains unchanged, but its configuration can be quickly adapted to a specific task: install a combat module for fire support and reconnaissance or transfer the robot to a logistics mode for cargo transportation and evacuation.
Range: 70–85 km on hard surfaces and 25–35 km on rough terrain.
Speed: up to 12 km/h (on asphalt) and 6–8 km/h (off-road).
Operating time: up to 5 hours in active motion mode and up to 85 hours in standby mode from one set of batteries.
Thanks to the platform's versatility, military units do not need to maintain several different fleets of equipment - it is enough to change the necessary modules based on one NRC.



