DESCRIPTION
KinectBot is a Humanoid from MINIROBOT. It is built for Marketing, Education. Key figures: 9 degrees of freedom.
KinectBot is MINIROBOT's exhibition robot that copies a visitor's upper-body movements. A Kinect sensor recognises the person, the robot greets them and then mirrors their motions, showing intuitively how a robot moves. It has nine joints on a fixed base, runs from mains power and needs a PC for body recognition and sound.
FEATURES
- Mirrors upper-body motion
- Kinect body recognition
- Greets visitors
- 9 joints
- MR-C3024FX controller
- Mains powered, PC required
TECHNICAL SPECIFICATIONS
Verified| Physical | |
| Dimensions | H 460 mm |
|---|---|
| Mobility | |
| Movement Type | Stationary |
| Degrees of Freedom | 9 |
| Environment | Science museums and exhibitions |
ROBOT FORUMS
Loading forums...
TECHNICAL SPECIFICATIONS
Verified| Physical | |
| Dimensions | H 460 mm |
|---|---|
| Mobility | |
| Movement Type | Stationary |
| Degrees of Freedom | 9 |
| Environment | Science museums and exhibitions |
Images
martti
Image Contributions
Videos
ROBOT FORUMS
Loading forums...
RATINGS
FREQUENTLY ASKED QUESTIONS
What is the KinectBot?
KinectBot is MINIROBOT's exhibition robot that copies a visitor's upper-body movements. A Kinect sensor recognises the person, the robot greets them and then mirrors their motions, showing intuitively how a robot moves.
Who makes the KinectBot?
The KinectBot is made by MINIROBOT, a robotics company based in South Korea.
How much does the KinectBot cost?
MINIROBOT has not publicly announced pricing for the KinectBot. You can enquire through RobotAIGeek for current pricing.
What is the KinectBot used for?
The KinectBot is designed for marketing and education. It is used in media-entertainment and education settings.
How many degrees of freedom does the KinectBot have?
The KinectBot has 9 degrees of freedom.
COMPARE WITH SIMILAR ROBOTS
See how this robot stacks up against its closest alternatives
- KinectBot vs Cloud Ginger 1.0
- KinectBot vs Lumos NIX S3
- KinectBot vs Xingxingxia P2
- KinectBot vs FUJISOFT PALRO
- KinectBot vs iHub Robotics TARA
