WP Roboter RB 1000 Graupner 5202 The kit contains all the components and small items required to build and operate the robot. No particular computer knowledge is required in order to handle and program the robot, while excellent mobility is provided by its 19 joints: 12 leg joints, 6 arm joints and 1 neck joint. This high-quality model is assembled from a set of robust components to produce a modern, attractivemachine with more than twenty pre-installed movement sequences. These standard functions enable the robot to carry out basic movements directly, such as walking and turning, as well as special functions including hand-waving and various poses, without requiring any programming. The robot can also be controlled using an optional GRAUPNER/JR 40 MHz stick transmitter with at least six functions, together with a suitable receiverand accessories. - Robot kit
- 19 x RBS581 digital servos
- CPU board
- All aluminium / plastic components
- All small items required
- Battery charger
- Battery pack, NiMH 6.0 V (2000 mAh)
- RS 232 interface cable between PC and robot
- RobovieMaker software - Blue eloxided aluminium components
- High-performance H8 20 MHz CPU
- 19 x RBS581 digital servos, designed for use in robotics
- Optional installation of two additional arm servos
- Integral dual-axis attitude sensor in the CPU board
- RS 232 serial interface Dimensions approx. 300 x 230 x 95 mm
Weight approx. 1.5 kg incl. supplied battery
Joints: 19 Servos - RobovieMaker - This software is included in the kit, and provides an ultra-simple means of programming the robot to carry out a vast range of movement sequences, and of determining how it is to respond to sensor feedback information. The robot communicates with the PC via the integral RS 232 interface. Operating system: Windows XP
Processor: min. Intel Pentium 4, 1 GHZ
RAM: min. 128 MB
Interface: 1 x serial RS 232 - Robot can be controlled using a 40 MHz GRAUPNER/JR stick transmitter with at least six functions - 4 free digital input / output channels, e.g. for sensors - 2 free gyro sensor channels for maintaining balance - Arm joints can be expanded to a total of 21 - Individual movements and sequence programs can be stored in a file- Joints and movement sequences can be controlled from a conventional PC keyboard via the RS 232 interface - Response determination if the robot should fall - 4 auto-routines containing previously established movement sequences - Direct robot programming via an initialisation file The future-proof CPU board is capable of meeting the most stringent requirements, and represents the heart of the robot.
Type: VS-H8PWM28V2
CPU: H8 20 MHz
Voltage : 5 V ... 10 V
Dimensions approx. 48.26 x 52.07 x 13 mm
Weight approx. 23 g
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