The technical content of the driverless car wire control chassis can vary depending on the specific design and purpose of the vehicle, but here are some common features and components that may be included:

1. Chassis frame: The chassis frame is the foundation of the car and provides structural support for all other components. It is typically made of lightweight materials such as aluminum or carbon fiber to reduce weight and increase efficiency.
2. Electric motors: Driverless cars are typically powered by electric motors, which are mounted on the chassis and provide the necessary torque to drive the wheels. The number and placement of motors may vary depending on the design of the vehicle.
3. Batteries: Electric motors require a source of power, which is typically provided by batteries mounted on the chassis. The size and capacity of the batteries can vary depending on the range and performance requirements of the vehicle.
4. Control systems: Driverless cars require sophisticated control systems to navigate and operate safely. These may include sensors such as cameras, lidar, and radar, as well as computer systems for processing and interpreting sensor data and controlling the vehicle’s movements.
5. Wiring and electrical components: All of the components on the chassis must be connected and powered by wiring and electrical components, which may include connectors, fuses, relays, and circuit boards.
6. Suspension and steering: The chassis may also include suspension and steering systems to improve ride comfort and handling. These may include shock absorbers, springs, and steering linkages.

Overall, the technical content of a driverless car wire control chassis is a complex and sophisticated system of components and systems that work together to provide safe and efficient transportation.