DescriptionBack to top
• Convenient, safe and expandable
• All-round robot kit for education/robot competitions/entertainment
• Can build various types of robot such as spider, dinosaur, and humanoid
The Robotis Bioloid Premium Robot Kit for education/robot competitions/entertainment that you can build various types of robot such as spider, dinosaur, and humanoid.
Bioloid includes gyro sensor, DMS, and multi-channel wireless expendable remote controller.
• Excellent walking humanoid (Self-Adjusts posture while walking)
• Various sensors including Gyro, DMS and IR
• RC-100A(Remote Controller) is included (IR-default, Zigbee/Bluetooth-optional)
• C-style programming & motion teaching with RoboPlus S/W (USB interface included)
• Semitransparent humanoid skin for customization
• Digital packet communication with daisy chain topology
• Build various robots through versatile expansion mechanism
What's IncludedBack to top
• Gyro Sensor (2 Axis) x 1 pc
• DMS x 1 pc
• IR Sensor x 2 pcs
• RC-100A (Remote Controller) x 1 pc
• Head & Chest Skin x 1 set
• Lipo Battery (11.1V, 1000mA/PCM) x 1 pc
• Lipo Balance Battery Charger
• Screw Driver, Cable Holder
• Mini USB Cable
• Plastic Frame Set
• Quick Start Book
• RoboPlus Software CDBack to top
SpecificationsBack to top
• Dynamixel (servomotor): AX-12A : 18EA
• Sensor: GYRO, DMS, IR
• S/W: RoboPlus
• Power: Lipo 11.1V, SMPS 12V 5A
• Stall Torque: 1.5N.m (at 12V, 1.5A) Back to top
Write Your Own Review
This is a great product for remote control robot competitions. For autonomous operation, you need a different controller.Review by Griffin
This really is a great robot for remote operation. I assembled the Type A robot. I had to back track a few times because I did not follow the pictures in the diagrams carefully. They have pictures with things you should not do, and since there are no words with the picture, you must spend some time figuring out what feature is in the wrong position. For the impatient like myself, you end up doing a few things over. There are a lot of screws. At least 8 for each of the 18 servos. Once assembled, there are tools in the software to debug what is working and what is not. Be very careful to get the right servo ID in the proper part of the assembly. For the Type A robot, there is an extensive motion library and a very extensive tool for creating your own motions. Expect to spend quite a bit of time with both before you understand how much work they put into these programs and tools. In addition to the initial program and motion files, there are two others, one for fighting robots and another for soccer.
Plastic feet are slippery on smooth surfaces, I tried different types of soles including some carpet stay tape. Too much grip does not work. I settled with the rough side of poster board stuck on with double-sided tape. The robot is only stable on flat hard surfaces.
Although there is a gyro system that is active during walking, the coefficients need tweaking. I changed the software so I could turn it off and on. I usually had it off.
If you are interested in autonomous operation or adding more complicated sensors like a compass or vision system, you need to use a different controller. The controller in this robot is designed to execute motions automatically. You can tell the robot to start walking, and the motion engine will do the rest. There are also provisions for having exit motions from within a more complex action like walking, so depending on which foot is forward, you can execute just the right set of moves to come to a standing stop seamlessly. The controller is not designed for a lot of decision making and many sensors. There are 6 sensor ports. two of which are used for the gyros. I tried to put a second processor on this robot that was intended to support advanced sensors and systems and to command the motion system through the port used by the remote control. I failed. First, the communications would be single number commands back and forth. I could live with that. Then I discovered that the baud rate into the controller was 57600 and the return was 1200. This would require two separate serial ports. My test case was an Arduino processor talking to a I2C compass, sending data to the serial monitor, and talking with the robot using SoftwareSerial. It could not keep up. As a result, I have reconfigured the robot into a hexapod and am in the process of replacing the Robotis CM-530 with a different Arduino based processor. A autonomous robot requires more than one processor or at least one that does multiple threads. The CM-530 would be an excellent choice for the motion machine if the remote interface was a standard full duplex serial port instead of the custom interface that is there now.
(Posted on 3/24/15)