Max Robotics — Global Service Robot Directory + US Certification

About

Lukas Lehmann is a rising researcher at the forefront of soft robotics, specializing in the design and control of compliant tensegrity structures. His work focuses on harnessing the unique properties of tensegrity—where isolated rigid components are held together by a continuous network of tension—to create robots with unprecedented shape and stiffness adaptability. Lehmann’s major contributions include pioneering the use of deformable, compressed members within 2D tensegrity grids, enabling systems that can dramatically alter their mechanical properties on demand. His foundational paper, “Basic Investigations on a Compliant 2D Tensegrity Grid for the Use in Soft Robotic Applications” (2024, 4 citations), established the core principles, while subsequent work (2025, 3 citations) quantified the stiffness-change capabilities. Notably, his “Compliant Tensegrity Robotic Arm with Continuously Adjustable Stiffness for Versatile Operation” (2025, 2 citations) demonstrates a practical application: a lightweight arm with a large workspace and variable stiffness, overcoming traditional actuation limitations. Though early in his career, Lehmann’s novel approach to merging tensegrity with compliance is already gaining traction, promising safer, more adaptable robots for human-robot interaction and delicate manipulation tasks.