Futaba is proud to release their RBT-1 Humanoid Ready-To-Walk Robot “RTW” with Wireless 2.4GHz Controller. Fully assembled and controlled by 20 small Futaba servos, RPU-11 Processing Unit with rotary switch to change modes such as Edit Mode (to make and edit motions with ME), Automatic Mode (to play motion inputted automatically), Operating Mode (to control robot with wireless controller) and much more Tri-Axial Acceleration Sensor. The Tri-Axial feature allows robot to distinguish posture to ground in order to get up from falls, while more 3D CG Motion Editor software allows viewing robot motions on Windows PC. These motions can be created by moving mouse or inputting numbers with no programming needed, various settings allow pre-setting the behavior with output of sensors, key assignment of controller and more.
Basic motion such as walking pre-inputted into the Motion Editor allows original operation by editing sample motion with eleven RS301CR high torque metal gear servos controlling mainly leg movement. Nine lightweight RS302CD servos control upper body movement with game pad type controller with wireless 2. 4GHz technology. This new technology can be "paired" to the robot so that instruction from other controllers is not accepted. This option allows up to 16 controllers to be used at once.
Included with the Futaba RTW RBT-1 is an assembled robot, RPU-11 processing unit, RRC-T11 2.4GHz controller, eleven RS301CR servos, nine RC302CD servos, RRC-R11 Receiver, PR-4S780P 7.4V lithium ion polymer battery, LBC-3E5 12VDC charger, Motion Editor software, Li-Ion, Robot, and battery charger manuals.
REQUIRES: PC: Windows XP operating system with printer for printing manuals and instructions. CPU: Pentium III (800MHz) or higher (Pentium 4 with more than 1.6GHz recommended), CD-ROM Drive, RS232C Port, XGA Display (monitor that can display more than 1024 x 768 dots), Memory: 256MB or more (more tham 512MB recommended), Video Memory (VRAM): 8MB or more (at least 16MB recommended), HDD: 30MB or more Graphics chip or graphics card that uses DirectX9.0C or higher and graphic driver, Batteries: Three AAA for controller, Screwdrivers and cutter.
 | Fully assembled and controlled by 20 small servos, RPU-11 Processing Unit and RRC-T11 controller |
| RPU-11 Processing Unit with rotary switch to change modes such as Edit Mode (to make and edit motions with ME) Automatic Mode (to play motion inputted automatically) Operating Mode (to control robot with wireless controller) and much more |
| Tri-Axial Acceleration Sensor allows robot to distinguish posture to ground in order to get up from falls and more |
| 3D CG Motion Editor software allows viewing robot motions on Windows PC, motions can be created by moving mouse or inputting numbers no programming needed, various settings allow setting the behavior with output of sensors, key assignment of controller and more |
| Basic motion such as walking pre-inputted into the Motion Editor allowing original operation by editing sample motion |
| Eleven RS301CR high torque metal gear servos control mainly leg movement |
| Nine lightweight RS302CD servos control upper body movement |
| Game pad type controller with wireless 2.4GHz technology can be 'paired' to the robot so that instruction from other controllers is not accepted. This allows up to 16 controllers to be used at once |
| One year limited warranty |
