SRA103 Car Driving Simulator Teaching Equipment Automotive Training Equipment
I.Introduction
A driving simulator is a device that helps drivers train or study by simulating real driving environments and operating experiences. The following is an introduction to the main functions of the driving simulator:
1.1 Simulating real driving environments
Scenario simulation: The driving simulator can simulate a variety of road scenarios, including urban roads, highways, mountain roads, etc. In urban road scenarios, overpasses, intersections, tunnels, etc. can be simulated; in highway scenarios, toll booths, overtaking lanes, tunnels, etc. can be simulated.
Weather and environment simulation: It can simulate different weather conditions, such as rainy days, snowy days, foggy days, and dark nights. These environmental simulations help drivers practice dealing with various complex situations in a safe environment.
Dangerous situation simulation: It can simulate dangerous scenarios. Through these simulations, drivers can learn how to deal with emergencies in a virtual environment and reduce tension in real driving.
1.2 Operation training and feedback
Operation component simulation: The driving simulator is equipped with operating components similar to those of real vehicles, such as steering wheels, clutches, accelerators, brakes, etc. These components can provide a real sense of control and help drivers become familiar with the operation of the vehicle.
1.3 Safety and economic advantages
High safety: Driving simulators can test dangerous driving conditions and train under extreme conditions in a safe environment. This avoids the risk of accidents that may occur in real driving.
Reduce loss: Through simulator training, the loss of real vehicles caused by trainees' misoperation can be reduced. This not only saves vehicle maintenance costs, but also extends the service life of the vehicle.
Efficient and economical: The simulator can easily set test conditions, such as car characteristics, road conditions, etc. Compared with real vehicle tests, simulator tests do not require the production of a large number of test equipment, saving costs.
Driving simulators provide drivers with a safe, efficient and economical training platform through highly realistic environmental simulation and rich functions, and are widely used in driver training, vehicle development and traffic research.
II.Parameter
Hardware and specifications
1. Cockpit shell material: ABS + steel structure, the shell appearance is simple and elegant, stylish and beautiful. The instrument panel is configured with real car parts, the steering mechanism is constructed with real car steering gear assembly, and the number of real car revolutions; the gear cover adopts a solid integrated real car central channel, which has a real car feel.
2. Transmission: Adopts the principle of original Santana real car gearbox. The gears are: reverse gear, first gear, second gear, third gear, fourth gear, fifth gear and neutral gear (automatic gear only includes forward gear, reverse gear, neutral gear and parking gear).
3. Cockpit: The cockpit is composed of steering gear, throttle, clutch, foot brake, hand brake and other operating parts and seats.
4. Sensor: Steering wheel (high-precision angle sensor). Oil release brake (contactless magnetic sensor)!
5. Steering wheel (latest technology torsion spring force feedback)
6. Car seat: Professional car seat, beautiful and durable. Adjustable front and rear, suitable for teenagers.
7. Other components: left turn signal, right turn signal, emergency light, horn, ignition switch, main power switch, wiper, high beam, low beam.
Software driving main interface
After the startup screen, the interface will display: throttle, brake, steering, clutch depth progress. 120-degree new wide-angle broadband driving simulation, the interface displays various indicator lights, text prompt boxes, gear positions, training results, rearview mirrors (left, right, center) can be adjusted to change the viewing angle.
Functions and technical indicators;
It has active and passive dual functions;
Visual image technical indicators;
The visual scene is all generated by the computer in real time in three-dimensional images. Multi-degree-of-freedom mathematical model to achieve realistic simulation of car steering, braking and acceleration.
Working environment and specifications
Dimensions (mm): 22*3 display (length 1480x width 1370x height 1280)
Entrance width (mm): 850
Cabin weight (KG): 210
Display: 22*3 inch LCD display
Display maximum resolution: 5760×1080
Power consumption: 420W
Working voltage: AC220V±50HZ
Working temperature: 10℃-40℃
Relative humidity: 20%-90%
