I. Features

1. Cruise function - turn on this function, and the wheels will run at the preset speed;
2. Automatic acceleration and deceleration function - when the distance to the vehicle in front is sufficient, drive normally; when the distance to the vehicle in front is within a certain range, the speed will be automatically accelerated or decelerated according to the distance. When the distance is close enough, the braking function will be turned on.
3. It enables autonomous programming for secondary system development. The written programs can be downloaded into the CPU of the system control board through the program download interface on the panel, allowing users to run self-developed programs and verify their correctness.
4. Turn off cruise control and the vehicle can be normally operated. Through human intervention, perform vehicle acceleration and deceleration control and braking control.
5. Through the distance between the manual obstacle and the sensor, the distance between the front and rear vehicles during cruising is simulated. The speed change is reflected in the speedometer, and the braking participation is reflected in the brake indicator light.

II. Basic Parameter

1. Dimensions: 550mmx400mmx220mm(length x width x height)
2. Approximate weight: ≥4KG
3. Operating voltage: 220V
4. Working temperature: -20℃-+40℃
5. Working power: ≤100W

III. Basic Configuration

1. The box is made of aluminum-magnesium alloy and is die-casted in one step;
2. Color spraying panel of aluminum-plastic plate;
3. 220V to 12V switching power supply;
4. Programmable secondary development system control board with program download function;
5. Distance sensor;
6.Simulate running wheels;
7. Driving wheel motor;
8. Analog speedometer with digital display;
9. Power switch;
10. Power working indicator light;
11. Power cord;
12. Detection terminal;
13.Simulated brake indicator light;
14. Human intervention in the vehicle speed adjustment knob;
15. Cruise on and off button;
16. Human intervention in the brake button.