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Interact Brochure - Online
Interact Brochure - Online
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Technical Features<br />
<strong>→</strong> <strong>INTERACT</strong> CENTAUR<br />
The mobile robotic platform called the Interact Centaur was specifically designed to<br />
be able to maneuver through rough terrain at high speeds and to have the dexterity<br />
to perform very delicate and precise manipulation tasks through remote control.<br />
The custom vehicle design was brought from concept to reality in little over a year.<br />
ROBOTIC PAN-AND-TILT NECK AND HEAD<br />
A robotic 6 degrees of freedom Neck gives the<br />
cameras in the rover’s head an enormous field of<br />
view, good for driving and for close visual<br />
inspection tasks.<br />
REAL-TIME CAMERAS<br />
The rover has 4 dedicated real-time streaming<br />
cameras that the astronaut can use during the<br />
mission. A head pan-tilt camera that will allow<br />
general contextual overview of the situation<br />
during driving and exploration of the<br />
environment. A tool camera mounted on the<br />
right robotic arm for vision during precise tool<br />
manipulation. Two hazard cameras (front and<br />
back) to view the near proximity area otherwise<br />
occluded by the chassis during driving.<br />
COMPUTING<br />
The robot makes use of seven high performance<br />
computers running software that has been<br />
programmed in a highly modular, model-based<br />
and distributed way.<br />
EXTERIOR DESIGN<br />
A custom-made exterior protects all delicate<br />
mechatronic and computing hardware from dust<br />
and ensures a good thermal design.<br />
ROBOTIC ARMS<br />
Two KUKA lightweight robotic arms on the front<br />
of the rover allow the operator to perform very<br />
precise manipulation tasks. The arms can be<br />
‘soft controlled’ to safely interact with humans<br />
or delicate structures and can be programmed to<br />
be compliant (like a spring and or damper) when<br />
they hit an object. The arms are equipped with<br />
highly ‘force sensitive’ sensors and can flex and<br />
adapt in a similar manner to human arms during<br />
remote control. This allows to tightly couple<br />
those arms to an operator located far away by<br />
means of haptic (i.e. force-transmitting)<br />
interfaces. Their operation during the Interact<br />
experiment is very intuitive, allowing delicate<br />
and dexterous remote operations to take place<br />
across very long distances with the finest<br />
amount of force feedback to the operator despite<br />
the communication time delay.<br />
ROVER MOBILE PLATFORM<br />
The drivetrain and wheels for the Interact<br />
Centaur are a customized version of the remote<br />
controlled platform manufactured by AMBOT.<br />
This battery-powered, four-wheel-drive, fourwheel<br />
steering platform is weatherproof and<br />
gives the rover over 8 hours of run-time in<br />
challenging terrains.