iMUGS demonstrates integration of robotic ground systems
A THeMIS UGV pictured during live demonstrations. (Photo: LMT)
During an Integrated Modular Unmanned Ground System (iMUGS) demonstration organised by Krauss-Maffei Wegmann (KMW), the interplay of ground and aerial uncrewed and crewed vehicles was showcased.
The demonstration at Germany's Lehnin military training area also focused on using cybersecurity to defend against threats and its applications for autonomous solutions.
KMW leads the crewed-uncrewed teaming iMUGS sub-project, with the Boxer and Dingo vehicles forming the interfaces for UGVs and UAS.
Within the framework of the iMUGS demonstration, Diehl Defence will also exhibit an IRIS-T SLS air defence system integrated on an Eagle vehicle from General Dynamics European Land Systems (GDELS).
The iMUGS consortium is a 13-party collaboration focused on standardising a Europe-wide ecosystem for aerial and ground platforms, command, control and communication equipment, sensors, payloads and algorithms.
More from Uncrewed Vehicles
-
Survey Copter enters crowded lightweight tactical drone market
The company is hoping the Capa-X VTOL fixed-wing drone's modularity and French supply chain will help it stand out against competitors.
-
Saildrone details ISR-focused 10m USV, Voyager
Saildrone has detailed a new 10m USV, Voyager, designed for ISR missions.
-
Baykar offers first look at Bayraktar TB3 ahead of UCAV's first flight
Turkish UAV manufacturer Baykar has released images of the in-development Bayraktar TB3 before its imminent first flight.
-
TAI debuts Anka-3 flying wing combat drone
The UCAV is designed to operate alongside crewed fighter jets such as Turkey’s future TF-X.
-
Aeronautics inks agreement for producing Orbiter 4 UAVs in Thailand
Aeronautics has expanded its Asia-Pacific operations, signing a collaboration agreement with RV Connex to produce the Orbiter 4 UAV in Thailand.
-
Royal Navy selects Animal Dynamics parafoil UAV for second phase of Heavy Lift challenge
With a payload capacity of 135kg, the Stork STM can fly up to 400km using a parafoil wing to generate lift.