Intelligent Electric Vehicle Combination Training Set

About Feature Technical Parameter Basic Configuration

The experimental teaching set of the smart electric vehicle combined practical training course can support content including smart cars, light-controlled vehicles, voice playback, smart following, smart obstacle avoidance, etc. Through a series of thematic teaching, students can be stimulated to explore, learn, and innovate, and truly learn and master the hot topic of artificial intelligence - intelligent cars.

1. The experimental platform software contains teaching model software to assist teaching and allow secondary creation of model programs;

2. The software platform has a built-in intelligent sketch function, which supports arbitrary drawing of various two-dimensional graphics. It can directly generate 3D models through functions such as stretching, shelling, and rotation. It can adjust the shape of the model through parameters, supports automatic smoothing of the model, is more suitable for 3D printing, and supports converting the seal model to STL format. And it also quickly generates container models such as seals and gears through simple visual parameter settings, allowing students to design personalized seals by themselves.

Applicable courses:

1. Automotive intelligent sensing technology;

2. Vehicle network technology;

3. Principles of automotive electronic control technology;

4. C language programming;

5. Python basics.

Experimental teaching set hardware parameters:

Electric vehicle maker combination practical training course experimental teaching set includes the following products:
12-inch tablet computer×1; charging cable×1; red LED light module with case×1; yellow LED light module with case×1; green LED light module with case×1; photosensitive module with case×1; temperature module with case ×1; infrared receiving module with case×1; LCD1602 liquid crystal display×1; passive buzzer with case×1; voice playback module×1; arduino development board with case×1; AS expansion board×1; infrared avoidance barrier module×2; three-blade fan module×1; shelled ultrasonic module×1; low-level button module×2; shelled potentiometer module×1; QXC base plate×1; metal frame×1; building block bag×1 ; Infrared remote control×1; USB communication cable×1; ultrasonic fixed bracket×1; Universal wheel×1; 2-way tracking module×1; Ultrasonic module×1; TT motor×2; 2 battery boxes with switch× 1; 65mm wheels×2; 9G servo and accessories×1; 3.7V14500 lithium battery×2; L-shaped bracket×2; screw bag×1; screwdriver×1; data cables×12; teaching tablet×1; experimental textbook×1.

Equipped with intelligent electric vehicle combination practical training course education platform software, which supports mobile learning scenarios and supporting teaching resources to facilitate teachers’ teaching use.