Robert Holmberg

Willow Wood (United States), Stanford University, Robotics Research (United States)

Papers

Total Citations

335

H-Index

About

Robert Holmberg’s research has fundamentally advanced the fields of robotic manipulation and mobile robotics, with a focus on creating versatile, high-performance systems for real-world tasks. His most influential work centers on the design and control of holonomic mobile manipulators, which integrate robotic arms with omnidirectional bases for seamless operation in industrial and hazardous environments. His 2000 paper on this topic, with 182 citations, remains a cornerstone for researchers developing mobile robots capable of complex assembly and inspection tasks. Holmberg also made a significant impact with the “Velo gripper” (2014, 139 citations), a tendon-driven, single-actuator gripper that achieves multiple grasp types—enveloping, parallel, and fingertip—through an elegant mechanical design. This innovation offers a cost-effective, robust solution for adaptive grasping, widely cited in soft robotics and automation studies. Additionally, his work on torque-controlled manipulators (2005) explores actuation systems for precise force control. With over 330 total citations across his key papers, Holmberg’s contributions bridge theoretical design and practical application, inspiring new generations of roboticists to build more agile, capable, and efficient machines.