Getting Cargo to the Moon Is Only Half the Delivery Problem
A lunar crane demonstrator draws attention to an overlooked part of exploration: moving useful equipment from a lander to the ground.
Explore robotics through original explanations, source-backed reporting, and practical analysis.
A lunar crane demonstrator draws attention to an overlooked part of exploration: moving useful equipment from a lander to the ground.
A student robotics experiment at ESA combines real and simulated platforms to explore coordinated approaches to a moving orbital target.
ESA’s wheel-integrated permittivity sensor shows why scientific sensing and electromagnetic compatibility must be designed together.
MIT’s SANDO trajectory-planning research offers a concrete way to understand formal guarantees, moving obstacles and the limits of physical validation.
MIT’s light-responsive aquabot is a small laboratory demonstration with a large design question: how should machines work when part of the machinery is alive?
MIT’s reconfigurable optics platform shows how laboratory automation depends on interfaces, feedback and an honest record of what the apparatus did.
MIT’s World-Space Interface study separates intuitive control in simulation from the broader skill and verification needed to operate heavy equipment.