The cruise control system is an essential feature in modern automobiles, designed to maintain a constant vehicle speed without requiring continuous input from the driver. This enhances comfort during long-distance travel and reduces fatigue, especially on highways and inclined roads. This project focuses on designing a mechanical cruise control lever that ensures stable and consistent speed control, improving overall driving convenience and efficiency.
The proposed system utilizes a mechanically operated cruise control lever that interfaces with the vehicle’s acceleration mechanism. By locking the throttle position at a desired speed, the lever helps maintain steady acceleration without repeated pedal input. The design also includes mechanisms that disengage the system when the brake or clutch is applied, ensuring both safety and smooth operation during driving.
• Reduces driver fatigue on long journeys
• Maintains steady vehicle speed for improved fuel efficiency
• Provides enhanced comfort during highway driving
• Ensures consistent performance on straight roads and mild inclines
• Easy to operate and integrate into existing vehicle systems
• Passenger cars
• Commercial vehicles
• Long-distance highway travel
• Automotive training and demonstration models
Cruise control lever, Acceleration mechanism, Clutch, Brake, Speed control
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