20 servo motor systems
Leg movement - 11 RS301CR high torque metal gear servos
Upper body movement control - 9 lightweight RS302CD servos
Control systems
Tri-Axial Acceleration Sensor allows robot to sense the angle of orientation. The robot will then tell when it has fallen and automatically stand up by the tri-axial acceleration sensor.
Change modes available for RPU-11 Processing Unit with rotary switch; Edit Mode (to make and edit motions with Motion Editor), Automatic Mode (to play a pre-programmed demo performance), Operating Mode (to control robot with wireless controller) and more.
Robot motions can be viewed on PC by 3D CG Motion Editor software. Motions can be created by dragging appendages around with the mouse cursor, or by inputting servo angles numerically. No programming necessary. You just need to drag appendages around with the mouse cursor for the motion control or input the servo angles numerically. Basic motions, such as walking and punching, are pre-programmed into the Motion Editor. All the pre-programmed sequences can be edited, or you can create your own codes!
• Height: 10" (255mm)
• Weight (with battery): 1.98 lbs (900g)
• RPU-11 Processing Unit
• Dimensions: 2 x 1.2 x 0.48" (50.2 x 31.2 x 12.1mm)
• Weight: 0.49oz (14g)
• Supply Voltage: 7.4V DC
• CPU: Atmega128
• Interface (I/F): RS485 (for servos & power supply); RS232C (connects RPU to PC); Receiver I/F; LED I/F
• Built-In Components: Tri-Axial Acceleration Sensor, Buzzer, LED Power and Monitor
• RPU-11 processing unit
• RRC-T11 2.4GHz controller
• RRC-R11 Receiver
• PR-4S780P 7.4V lithium ion polymer battery
• LBC-3E5 charger
• Graphical Motion Editor software
• User Manuals
Price:
