This proposed effort will test the proximity sensing and gripping force of the first generation FETCH gripper pads in vacuum chamber with assorted sample materials, shapes, support structures, and grip angles. Additional testing will demonstrate capture/soft docking and handling of different sizes, masses, and configurations including nano-sat mock-ups on MSFC’s Flat Floor. The FETCH grippers utilize phased high voltages on the gripper electrodes to induce attractive electro-static charges in the surface of the object being handled whether it is metal, composite, MLI, glass, or even rock.
This new capability to sense proximity, flexibly align to, and attractively grip and capture practically any object in space without any pre-designed physical features or added sensors or actuators will enable or enhance many of MSFC’s strategic emphasis areas in space transportation, and space systems such as:
|Organizations Performing Work||Role||Type||Location|
|Marshall Space Flight Center (MSFC)||Lead Organization||NASA Center||Huntsville, Alabama|