Driving simulator Car display system

Feature:

• Driving Software Language: English.
• Drive Mode: Right-Hand Drive.
• Auto mode should be available in programming.
• Operation Mode: Auto or Manual available.
• Year of Manufacture: 2026

Hardware and Specifications:

1. Cockpit Shell Material:

The instrument panel utilizes genuine vehicle components, and the steering mechanism is constructed from a genuine vehicle steering gear assembly with real vehicle rpm. The gear shift cover should feature a solid, integrated, real vehicle center channel, giving it a realistic feel.

2. Transmission:

Utilizing the same transmission principle as of any reputed international car brand.

Gear positions include: Reverse, First, Second, Third, Fourth, Fifth, and Neutral (Automatic transmission only includes Drive, Reverse, Neutral, and Park).

3. Cockpit:

The cockpit consists of the steering gear, accelerator, clutch, foot brake, parking brake, and other operating components, as well as the seat.

4. Sensors:

Steering wheel (High-precision angle sensor). Hydration release (Contactless

magnetic sensor)!

5. Steering wheel (Latest technology torsion spring force feedback)

6. Car Seat:

Professional car seat, beautiful and durable. Adjustable fore and aft, suitable for

teenagers.

7. Other Components:

Left and right turn signals, emergency lights, horn, ignition switch, main power

switch, wipers, high and low beams.

8. Software Driving Main Interface

• After the startup screen, the bottom of the interface displays the progress of the throttle, brake, steering, and clutch.
• The new wide-angle, broadband driving simulation interface displays various indicators, text prompts, gear position, and training results.
• The rearview mirrors (left, right, and center) are adjustable for changing viewing angles.
• Functions and Technical Specifications
• It has both active and passive functions.
• Visual Image Technical Specifications
• The entire visual environment is generated by a computer in real-time 3D images. A multi-degree-of-freedom mathematical model enables realistic simulation of vehicle steering, braking, and acceleration.

Training Modules:

Basic Training: Vehicle starting, basic driving skills, road driving.

In-situ Driving: Five major operation indicators.

Passive Driving: Voice-guided driving practice.

Base Driving: On-site initial training.

Ordinary Road: Spacious roads with low intersections.

Mid-level: Mountain, rural, urban roads, and highways (realistic slopes, crossings,traffic, and service stations).

High-level: Muddy, inundated, and gravel roads with realistic traction, resistance, and braking effects.

Automatic Scoring & Evaluation:

System automatically scores each training session.

Error operations logged with reasons for score deductions.

Performance monitoring report generated.

Operating Environment and Specifications:

External monitor dimension (L1500 x W1400 x H1300) or suitable.

Loading Port Width (mm): 850-860

Cabin Weight (kg): 210-220

Maximum Resolution: 5760 x 1080

Power Consumption: Max. 420W

Operating Voltage: AC220V ±50Hz

Operating Temperature: 10°C - 40°C

Relative Humidity: 20% - 90%

Implementation Standard: Any reputed Standard

Motherboard: A55 or higher.

CPU: AMD A4-3300 or higher.

Hard Drive: ≥ 120 GB.

Memory (RAM): ≥ 4 GB.

Power Supply Unit: ≥ 450 W.

Operating System: Windows 10 (64-bit) or equivalent.