Modern Applications of R. Buckminster Fuller’s Ideas (2020-2026)
Sources: NASA, IOP Science, Premier Science, Hypedome, SciTechDaily, arXiv, and others.
NASA Tensegrity Robots / Squishy Robotics
Dr. Alice Agogino at UC Berkeley’s Emergent Space Tensegrities Lab developed spherical robots using Fuller’s tensegrity principle. NASA funded the research with a $500,000 ESI grant in 2014, originally targeting planetary exploration probes.
The technology was commercialized by Squishy Robotics Inc. (Berkeley, CA). The robots weigh under 3 pounds and integrate with drones for rapid deployment. Fire departments in Southern Manatee FL, Tulsa OK, and San Jose CA have deployed the robots for toxic gas detection and wildfire monitoring. Applications are expanding into bomb defusal, utility line monitoring, and glacier stability assessment.
NASA Tensegrity Space Habitat (NIAC Phase II)
Robert Skelton of Texas A&M leads the Growth-Adapted Tensegrity Structures (GATS) project, funded through NASA’s Innovative Advanced Concepts (NIAC) Phase II program. The project proposes rotating space habitats using tensegrity engineering — designed to “grow, spin, and manufacture in space.”
The concept envisions an outpost in Lunar Distance Retrograde Orbit using asteroid regolith for radiation shielding. Skelton estimates the approach could save “many billions of dollars in launch costs” compared to traditional rigid-structure approaches.
Biomimetic Tensegrity Robotics (IOP Science, 2025)
A 35-year bibliometric review published in IOP Science (2025) identifies three phases in tensegrity research: biological application, theoretical refinement, and applied robotics. The review finds that tensegrity robotics is now “the most prominent research sub-field” in tensegrity-related studies.
The concept of “biotensegrity” — applying tensegrity to biological architecture including cells and musculoskeletal structures — continues to inform robot design inspired by natural organisms.
Carbon Nanomaterials (Premier Science, 2024)
The C60 buckminsterfullerene discovery has spawned a
Key energy applications include fuel cells, solar cells, batteries, and supercapacitors. C12 Quantum Computing has achieved 1.3-microsecond coherence times in carbon nanotube qubits, demonstrating the potential for carbon nanomaterials in quantum computation.
Contemporary Geodesic Domes (Hypedome)
Modern applications of geodesic dome architecture have expanded beyond traditional uses into luxury glamping, wellness pods, experiential dining, and sustainable housing. The Sphere in Las Vegas merges geodesic principles with digital technology. The Eden Project uses advanced hex-tri-hex paneling for its biome enclosures. NASA is exploring geodesic domes for Mars habitats.
Modern dome materials have advanced significantly: polycarbonate panels are 200 times stronger than glass, UV-protective, and recyclable, enabling new categories of application.
World Game Descendants
Fuller’s World Game concept has found modern expression in several forms. “Spaceship Earth” is a board game developed by DICE and Greenpeace East Asia, adopted by Tsinghua University and Beijing Jiaotong University for educational use.
Climate Interactive’s World Climate Simulation, developed at MIT Sloan, uses role-playing of UN climate negotiations with the C-ROADS Simulator to let participants experience global climate policy decision-making.
Adaptive Stiffness Robot (arXiv, 2024)
A 2024 paper on arXiv describes a tensegrity-based robot inspired by vertebrate musculoskeletal physiology, capable of variable stiffness that adapts to its environment. The design draws directly on biotensegrity principles, demonstrating the continued influence of Fuller’s tensegrity concept in cutting-edge robotics research.