MIT
MIT's robotics research spans many laboratories at the Massachusetts Institute of Technology in Cambridge, and this entry covers two well-known platforms. The MIT Cheetah quadrupeds were developed by the Biomimetic Robotics Lab in the Department of Mechanical Engineering under Professor Sangbae Kim, a bio-inspired roboticist who also built Stickybot and iSprawl. The four-legged Cheetah weighs about 90 pounds and can leap over obstacles at up to 3 metres per second, and the smaller Mini Cheetah is a research platform from the same lab. In 2018 the Cheetah III was being prepared for a role as a first responder. The GelSight Svelte Hand is a three-fingered, two-degree-of-freedom, tactile-rich, low-cost hand whose sensing runs along the whole length of each finger, building on MIT's GelSight optical touch technology. Both are research platforms, not consumer products.
💡Notable Achievement: The MIT Cheetah weighs about 90 pounds and can leap obstacles at up to 3 metres per second.
What Does MIT Do?
MIT's robotics labs produced the Cheetah quadrupeds under Sangbae Kim and the GelSight Svelte Hand, which senses touch along whole fingers.
“Research robots that shaped legged and tactile robotics.”
Cheetah Quadrupeds
Bio-inspired legged robots that jump and sprint.
Whole-Finger Touch
GelSight Svelte senses along the full finger.
Research Leadership
Biomimetic Robotics Lab and CSAIL.
What Can MIT Robots Actually Do?
Cross-portfolio operational capabilities, manipulation tasks, and environmental competencies
Legged and tactile research platforms.
Legged Locomotion
Mini Cheetah for dynamic legged research.
Tactile Hands
GelSight Svelte gives whole-finger touch.
MIT Robot Hands & Robot Dogs
Showing 2 of 2 total models
GelSight Svelte Hand
By: MIT
Launched: 2023
The GelSight Svelte Hand is a novel 3-finger, 2-DoF tactile robotic hand developed by MIT CSAIL for dexterous manipulation. It integrates GelSight Svelte finger sensors, each using a single low-cost camera (e.g., Pi Camera ~USD $20) with mirrors for full-length tactile and proprioceptive sensing via clear silicone coated with metallic paint. Supported by a semi-rigid endoskeleton and soft silicone cover, it performs pinch grasps, power grasps, lateral grasps, and intermediate grasps with high-resolution surface detail capture (<1 micrometer depth) and torque estimation via CNN on LED movements in a flexible backbone.
Mini Cheetah
By: MIT
Launched: 2018
The Mini Cheetah is a compact quadrupedal robot developed by MIT researchers, designed for dynamic locomotion and acrobatic maneuvers. Measuring 48 cm in length, 30 cm in height, and 27 cm in width, it weighs approximately 9 kg. Each of its four legs features three identical high-torque, low-inertia motor modules, providing 3 degrees of freedom per leg and 12 actuated degrees of freedom total, plus 6 non-actuated for a total of 18 DOF. It integrates a Vectornav VN-100 IMU, hall-effect encoders, and an onboard UP Board with quad-core Intel Atom processor running Linux for real-time control. The robot excels in high-speed trotting up to 8.7 mph (3.84 m/s) on uneven terrain, performs backflips and other gymnastic feats, supports omnidirectional gaits like pronking, bounding, and pacing, and can turn in place at 5 rad/s. Its modular, backdrivable actuators with 6:1 gear reduction enable resilience to high-impact falls and rapid force changes for jumping and agile movements. Primarily targeted at robotics research, it demonstrates advanced control for locomotion, recovery, and learning-based adaptation.
MIT Timeline & Milestones
Evolutionary history, landmark prototypes, major acquisitions, and commercial roadmap
Cheetah III preps for a first-responder role
MIT News reports that the Cheetah III quadruped from Sangbae Kim's lab is being prepared for a role as a first responder.
Source: news.mit.edu
GelSight Svelte Hand paper published
MIT researchers publish the GelSight Svelte Hand, a three-fingered, two-DoF, tactile-rich, low-cost robot hand with sensing along the full finger.
Source: arxiv.org
MIT Competitors by Category
Direct industry rivals grouped by specific robotics domain
What Makes MIT Different?
Editorial AnalysisOrigin of Bots objective strategic assessment, engineering moats, and commercial hurdles
Key Strengths & Moats
- ✓Influential Cheetah legged robot line.
- ✓Tactile sensing links to GelSight.
Core Strategic Focus
Legged and touch-based robotics research.
Road Ahead & Challenges
- •Research platforms, not products.
- •Commercial quadrupeds now dominate the field.
MIT vs Key Competitors
Strategic capability matrix across platform categories, commercial readiness, and target markets
Category / Focus
- MIT Mini Cheetah
- Research quadruped
- GelSight Svelte Hand
- Tactile three-finger hand
- ANYmal
- Inspection quadruped
- Meta Digit 360
- Tactile fingertip
Primary Use
- MIT Mini Cheetah
- Research, dynamic locomotion
- GelSight Svelte Hand
- Dexterous manipulation, precision grasps
- ANYmal
- Inspection, security
- Meta Digit 360
- In-hand manipulation research, dexterous tasks
Degrees of Freedom
- MIT Mini Cheetah
- Not listed
- GelSight Svelte Hand
- 2
- ANYmal
- Not listed
- Meta Digit 360
- 0 (Estimated) (sensor only, no actuation)
Release Year
- MIT Mini Cheetah
- 2018
- GelSight Svelte Hand
- 2023
- ANYmal
- 2016
- Meta Digit 360
- 2025 (Estimated)
| Strategic Dimension | MIT Mini Cheetah | GelSight Svelte Hand | ANYmal | Meta Digit 360 |
|---|---|---|---|---|
| Category / Focus | Research quadruped | Tactile three-finger hand | Inspection quadruped | Tactile fingertip |
| Primary Use | Research, dynamic locomotion | Dexterous manipulation, precision grasps | Inspection, security | In-hand manipulation research, dexterous tasks |
| Degrees of Freedom | Not listed | 2 | Not listed | 0 (Estimated) (sensor only, no actuation) |
| Release Year | 2018 | 2023 | 2016 | 2025 (Estimated) |
Corporate Ecosystem & Ownership Structure
Parent company relationships, historical acquisitions, and global operating facilities
Global Facilities & Operating Hubs
MIT Headquarters
HQCambridge, Massachusetts, United States
Frequently Asked Questions
8 AnswersVerified answers, company specifications, and deployment details about MIT
What is the MIT Cheetah?
The MIT Cheetah is a family of quadruped robots from the Biomimetic Robotics Lab under Sangbae Kim, designed for dynamic gaits, speed and jumping over obstacles.
What is the Mini Cheetah?
The Mini Cheetah is a smaller quadruped from MIT's Biomimetic Robotics Lab, a research platform for legged locomotion that MIT CSAIL news covered under the headline about its giant leap.
What is the GelSight Svelte Hand?
GelSight Svelte Hand is a low-cost three-fingered robot hand with two degrees of freedom and tactile sensing along the entire length of each finger, built on MIT's GelSight technology.
Who leads the MIT Cheetah project?
Professor Sangbae Kim leads the Biomimetic Robotics Lab at MIT, which developed the Cheetah robots. He is a South Korean roboticist known for bio-inspired robots like Stickybot.
How fast is the MIT Cheetah?
The MIT Cheetah weighs about 90 pounds and is designed to leap over obstacles at speeds of up to 3 metres per second, or about 6.7 miles per hour.
What is special about GelSight Svelte?
Unlike most optical tactile sensors that work only at the fingertip, GelSight Svelte senses along the full length of each finger, giving the hand touch information over a much larger area.
Can I buy an MIT robot?
No. The Cheetah quadrupeds and GelSight Svelte Hand are research platforms. GelSight Inc sells related tactile sensors, and other companies commercialise quadrupeds.
Where is MIT robotics based?
MIT robotics research takes place across labs at the Massachusetts Institute of Technology in Cambridge, Massachusetts, including the Biomimetic Robotics Lab and CSAIL.
Verified Data & Editorial Assurance
Compiled from verified corporate filings, official MIT datasheets, and robotics engineering registries. Information has been verified against official manufacturer documentation. For commercial procurement or proprietary integrations, contact the manufacturer directly.