Advanced Robotics in Military Defense

Advanced military robotics are poised to transform defense capabilities between 2025 and 2035. Unlike uncrewed aerial drones, this report focuses on physically embodied systems operating on land or worn by soldiers. These include legged robots (quadrupeds and humanoids), exoskeleton suits for soldier augmentation, robotic logistics carriers , robotic repair/support units , and advanced unmanned ground vehicles (UGVs) equipped with weapons or sensors. Militaries worldwide – from the U.S. and NATO allies to Russia and China – are investing in such systems. Early programs like DARPA’s Legged Squad Support System (LS3) demonstrated the potential of legged “pack mule” robots to follow troops and carry gear. More recently, quadrupedal robots developed by firms like Ghost Robotics have been field-tested for security patrols. Russia’s deployment of the Uran-9 armed UGV and China’s trials of powered exoskeletons highlight a growing global competition in military robotics. This report examines the capabilities of these systems, their operational impact and doctrinal implications, and a strategic outlook toward 2035, using authoritative defense sources and real-world trial data. Modern military robots are achieving levels of mobility, strength, sensing, and dexterity that were impractical a decade ago. Below we survey key categories of ground-based military robotics and their capabilities, underpinned by advancements in mechatronics , actuators , locomotion , machine vision , and robotic dexterity : Legged Robotic Carriers (Quadrupeds): Four-legged robots can traverse terrain that wheeled or tracked vehicles cannot, making them ideal as robotic “mules” or scouts.