Skip to content

Bandit

Built by USC Interaction Lab and BlueSky Robotics · United States· Launched 2006

Updated Oct 2026·methodology

Suggest an edit
Made by USC Interaction Lab and BlueSky RoboticsOpen company

Not enough evidence to rank. Listed among 279 Humanoid robots; 116 carry a rank.

See the ranking

RoboScore

34.2/ 100

Out of 100. Checks on sales, customers, specs and track record.

Weak evidence

No named customers yet. The score uses the rest of its record.

2 of 9 checks have data

Updated daily from public data. Missing data is skipped, never counted as zero.

What counts

Average of the 2 checks with data. Checks without data are left out.

CheckWeightScore
On sale15%25/100
In use23%Not counted yet
Track record9%Not counted yet
Specs on file11%88/100
Funding15%Not counted yet
Company age4%Not counted yet
Other robots5%Not counted yet
News15%Not counted yet
Wikipedia entry3%Not counted yet

Overview

Bandit is a friendly, socially assistive humanoid robot. It's been used to help children with autism, motivate older adults in physical exercise, and provide therapies to stroke patients. The goal of the Bandit project was developing a humanoid robot for research in socially assistive robotics, including interaction with children and adults in school, home, office, and hospital settings. Led by Maja Mataric, a team at the Interaction Lab at University of Southern California in Los Angeles and BlueSky Robotics designed a robot that is safe, expressive, and affordable. Bandit uses joint friction to hold the arms in a desired pose and a small amount of power to move to new poses. This limits its manipulation skills but lets it gesture and interact safely with people. Its relatively small size means users are not intimidated, and its face is simple, so it is easy to relate to and understand. The first prototype was created in 2004; the researchers designed an improved version in 2006 and 2007. In 2007 and 2008 they built six copies of the new design, which are the robots they use in their studies today.

Flagship features

  • Modular software platform allowing capability expansion
  • Works with any end effector and integrates seamlessly with existing systems
  • Core SDK enables a natural language prompt to identify objects and generate 3D pick points
  • Installations can be done without extensive technical setup, eliminating the need for cloud dependencies

Will it fit your job?

Tell us the job in plain words — we'll show how this robot measures up, line by line.

At a glance

Specifications

From the makerCheckedEstimated
Full bipedal
Bipedal
0.6 kg
No

25% of humanoid robots have it

High-Performance Compute Unit
3D depth camera
No

41% of humanoid robots have it

No

26% of humanoid robots have it

No

4% of humanoid robots have it

No

15% of humanoid robots have it

No

32% of humanoid robots have it

No

22% of humanoid robots have it

Code python
Yes

52% of humanoid robots have it

No

18% of humanoid robots have it

Yes

64% of humanoid robots have it

Research
Indoor
Medical, research
Under US$10K
Purchase
106.68 cm

Taller than 14% of 205 Humanoid robots with this spec

7.2 kg

Heavier than 8% of 218 Humanoid robots with this spec

15

More joints than 18% of 238 Humanoid robots with this spec

5

More joints than 16% of 190 Humanoid robots with this spec

Detailed specifications

What it is built for2
Applications
warehouse transport,assembly,research
socially assistive
Size & capacity1
Height Mm
1066
Movement & precision1
path planning
Sensing & perception4
depth
Yes
Yes
No
Safety & certification1
-20°c to +75°c
Buying & support3
Datasheet Url
Preview PDF online
Deployment Count
2
Availability Status
available
Other details1
No

Who uses it

No named customer yet

A customer is listed when a public source names them, or the maker adds them.

15 other robots in this category have one.

Add a customer →

Company milestones(estimated)

  • 2008DeploymentSix Bandit robots used in lab studies
  • 2007LaunchBandit design completed and first copies built
  • Not yet on fileMilestoneBandit used in socially assistive robotics research

Frequently asked questions

Who makes the Bandit?
The Bandit is developed by USC Interaction Lab and BlueSky Robotics, based in United States.
What type of robot is the Bandit?
The Bandit is a Humanoid robot made by USC Interaction Lab and BlueSky Robotics.
How much does the Bandit cost?
Pricing for the Bandit is not publicly listed. Contact USC Interaction Lab and BlueSky Robotics for a quote.
When was the Bandit launched?
The Bandit was launched in 2006.
What are the key specifications of the Bandit?
Key specifications of the Bandit: form factor full bipedal, height 106.68 cm, weight 7.2 kg, mobility bipedal, moving joints 15.

Reviews for Bandit

Loading reviews…