Four wheel steering system using IOT

The image shows a prototype or model of a four-wheel steering system, which is commonly used in vehicles to enhance maneuverability, stability, and control. Here's a summary of the setup based on the image:

Key Features of the Four-Wheel Steering System:

1. Steering Wheel and Linkage: At the top of the model, there is a steering wheel attached to a steering linkage mechanism. This setup would control the direction of the wheels.
2. Four-Wheel Setup: The model features two visible wheels in the rear, and there likely are two in the front (not visible from this angle). This indicates that all four wheels can be controlled or steered.
3. Gear and Chain Mechanism: The gears and chains are likely used to transmit the movement of the steering wheel to both the front and rear wheels. This synchronized movement would allow the wheels to turn in the same or opposite directions depending on the steering input.
4. Electric Motor: There appears to be a motor or generator at the base, possibly powering the system for demonstration purposes or simulating the steering action.
5. Chassis: The entire setup is mounted on a solid frame, representing the vehicle's chassis, which houses the four-wheel steering components.

Working Concept:

• All-Wheel Steering: This system allows for both front and rear wheels to steer, improving vehicle agility at low speeds and stability at high speeds. In a real application, this design helps with tight cornering, parking, and better overall handling of the vehicle.

This prototype seems to demonstrate the principles of a four-wheel steering system, showcasing the mechanical linkages and potential automation through electric assistance.