CHIMP

E42994

CHIMP is a four-limbed, human-sized rescue robot developed by Carnegie Mellon University’s Tartan Rescue team for high-mobility, high-dexterity tasks in disaster environments.

AI illustration

How this image was made

AI-generated illustration of CHIMP

This AI-generated illustration was produced by black-forest-labs/FLUX.2-dev (1024x1024) from a prompt written by openai/gpt-oss-120b from the entity's label + description.

Prompt

Generate an image of a cHIMP (CHIMP is a four-limbed, human-sized rescue robot developed by Carnegie Mellon University’s Tartan Rescue team for high-mobility, high-dexterity tasks in disaster environments.)

All labels observed (1)

Label Occurrences
CHIMP canonical 2

How this entity was disambiguated

Statements (49)

Predicate Object
instanceOf humanoid robot ⓘ
quadruped robot ⓘ
rescue robot ⓘ
acronym CHIMP ⓘ
affiliation Carnegie Mellon University ⓘ
linked to: CMU

Carnegie Mellon University Robotics Institute ⓘ
National Robotics Engineering Center ⓘ
competition DARPA Robotics Challenge ⓘ
controlMode semi-autonomous ⓘ
teleoperated ⓘ
countryOfOrigin United States ⓘ
designedFor disaster response ⓘ
high-dexterity tasks ⓘ
high-mobility tasks ⓘ
industrial disaster environments ⓘ
unstructured environments ⓘ
designGoal high reliability in disaster zones ⓘ
robustness in rough terrain ⓘ
developer Carnegie Mellon University ⓘ
linked to: CMU

National Robotics Engineering Center ⓘ
Tartan Rescue team ⓘ
linked to: Tartan Rescue
eventRole finalist in the DARPA Robotics Challenge ⓘ
field robotics ⓘ
fullName CMU Highly Intelligent Mobile Platform ⓘ
hasCapability climbing stairs ⓘ
driving a vehicle ⓘ
manipulating tools ⓘ
opening doors ⓘ
turning valves ⓘ
using power tools ⓘ
hasPart dexterous hands ⓘ
four limbs ⓘ
head with sensors ⓘ
torso ⓘ
tracked forelimbs ⓘ
tracked hind limbs ⓘ
height approximately human-sized ⓘ
locomotionMode crawling ⓘ
rolling on tracks ⓘ
standing ⓘ
mobilityType four-limbed locomotion ⓘ
tracked limbs ⓘ
powerSource onboard batteries ⓘ
researchArea disaster robotics ⓘ
human-robot interaction ⓘ
safetyFeature inherently stable when stopped ⓘ
sensorType LIDAR ⓘ
inertial measurement unit ⓘ
stereo cameras ⓘ

How these facts were elicited

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.