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  • Overview
  • In The Box
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1. Hybrid structure

Combined with hard aluminum alloy and fiberglass material. Significantly reduce the weight of the body, making the robot stronger and more flexible.

2. Plug-in digital servo

The performance of the new plug-in digital servo have advantages over all the simulated servo with high precision, small virtual position, and zero dead zone.

3. Long battery life

All aspects of the robot are optimized, making the battery life increased by 300% to 90 minutes.

4. Shock pad

Only in our company provides the shock pad which makes the gait more stable and reduces damage.

5. Integrated structure

Add leg support to make the robot firmer.

6. Visual programming

Make it simple! Free PC visual programming software makes program easier and more efficiently!

7. A variety of control methods

Support controlled by phone, handle or ipad control and secondary development.

8. Detailed tutorial

Ultra-detailed assembly tutorial, action programming and so on, Provide hands-on teaching.

9. Super cool outlook

Show a new cool hexapod!



Weight: About 1.92kg

Material: Extra-lightweight aluminum alloy

Leg length: 23cm

Trunk length: 17.5cm

Width: 15.5cm

DOF: 18(3DOF*6)

Running time: About 80 min

Bluetooth module: Support

Programming software: LSC-20 Control

Power supply: 7.4V 2200mAh Lithium battery

Hexapod control system

         20-channel servo controller                                                                    Arduino LEONARDO controller

1. All 20 channels servo interface                                                            1. 20 digital IO ports

    Have over-current protection                                                               2. Support USB communication control

2. Support graphical programming                                                         3. Support AC-DC adapter power supply

3. Support extension in Bluetooth, handle, mp3                                  4. USB over-current protect

4. Switch built-in, simple wiring, low voltage alarm                             5. 32KB program storage space

5. Support offline running

 Hexapod control system


Show you how to play hexapod robot!

Play one: cross fire

Working principle of ultrasonic module: When the ultrasonic module detects an obstacle, 

it will switch to a low-profile gait walk, and switch to a high-profile gait walk after crossing the obstacle

Hexapod Robot cross fire 

Play two: shaking to avoid obstacles

Working principle of ultrasonic module and OLED display: Detect with the ultrasonic module, stop when the front 

of the obstacle is detected, and shake to detect the surrounding, then turn to the side without the obstacle.

Hexapod Robot  shaking to avoid obstacles

Play three: Infrared remote control

Working principle of infrared sensor : Uses the infrared sensor to receive the signal transmitted by the remote control, 

then Arduino controller processes the signal and make the appropriate action.

Hexapod Robot  Infrared remote control

Play four: Avoid fall- crawling

Working principle of infrared sensor: With the infrared sensor installed in the feet, when the hexapod robot goes to the edge

of the table, the infrared sensor will be able to detect that the robot will miss it’s foot, and then turn back to prevent the fall crawling.

Hexapod Robot  Avoid fall- crawling

Play five: Intelligent voice control

Working principle of sound sensor: When the sound sensor detects a sound such ad knocking on the desktop, the robot will stand up. 

When you tap twice on the table, the robot will walk up.

Hexapod Intelligent voice control

Play six: Gesture control

Working principle of infrared sensor: With two infrared sensors installed side by side on the head of the robot. When you make a left 

slide position, the two infrared sensors will detect the object, and judge the left slip or right slip according to the time difference 

Hexapod - Gesture control 

Play seven: Searching for light intelligently

The principle of photosensitive sensor: With each light sensor installed on the left and right side of the robot, when the left sensor detects 

the light is on in the dark environment, the robot will shift to the left and vice versa.

Hexapod - Searching for light intelligently