FT-17DOF-SC-RTP 17DOF Biped Robot diy Educational Robot Kit

• Height:380mm
• Weight: 1.7kg(Including battery)
• DOF:17 Degree Of Freedom

                Head 1 PC

                Hands 6 PCS

                Feet 10 PCS

• Connect with computer:USB-mini
• 2300mAH NI-MH rechargeable battery and AC charger
• Arduino Open source 2.4 G remote control system

The FT - 17 dof - SC - RTP is a ready to play humanoid robot which comes fully assembled & complete from our team at Feetech.

The robot adopts 17 of our new FT-SCServo (SCS15) all metal gear smart control servos which are able to deliver 15kg of torque from a solid double shaft design.

Communicate via UART TTL BUS interface at half-duplex.

The robot can read all data from the servos such as position, voltage, temperature and speed.

This robot uses all aluminum alloyparts, anodized color (red, blue, white for optional) or an assortment.

UART servo with simple wiring which makes assembly and disassembly fast and convenient.

Sequencing is made easy using "MOTION" editing software for Windows. As long as you use a computer you will love playing with this humanoid robot, even if you do not have any programming knowledge, you can edit the robots actions within ‘MOTION’.

Robot hobbyist can move the robot in a variety of different poses by hand, read in and save data from manipulating robot joint movements via software, moving through the pose sequences from start to finish will complete the programs range of motion and dance, the dance and motion group can then be saved onto your local computer for use the next time, or download onto the robot control board for offline operating.

Configuration is based on Arduino open source 2.4G remote control system, users can modify freely according to open-source basis in combination with the Robot Control Board (SCM-1) to create more advanced functions.

You will feel overwhelmingly strong & excited editing this robots dance and movement patterns.

The robots motion control board (SCM-1) can also accept UART instructions, allowing the user to send control instructions according to the packet data’s protocol complementing the robots scope of uses and research.