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Robert J. Burger is a leading figure in the development of torque-controlled humanoid and space robotics, with his work at the German Aerospace Center (DLR) shaping the field of compliant, safe, and dexterous robotic systems. His most significant contribution is the **TORO** humanoid robot (279 citations), a torque-controlled platform that evolved from the DLR Biped, enabling advanced bipedal locomotion and whole-body control. Burger also played a key role in designing **Rollin' Justin** (107 citations), a mobile manipulation platform that integrates a humanoid upper body for complex servicing tasks. His impact extends to space robotics through the **OOS-SIM** facility (78 citations) for on-orbit servicing simulations and the **CAESAR** robot (20 citations), which applies DLR's lightweight torque-control technology to orbital maintenance and repair. Burger’s research emphasizes the critical role of elastic actuation and virtual compliance, as demonstrated in the **DLR C-runner** (24 citations), a highly dynamic running robot. With over 600 total citations across his most-cited works, Burger’s contributions have advanced the practical deployment of torque-controlled robots in both terrestrial and extraterrestrial environments, making him a pivotal researcher in the transition from rigid to compliant robotic systems.