Mechanical Project on Auto Turning Fuel Valve

The motorcycle or motorbike is a two-wheeled motor vehicle with engine-powered and single-track. The motorcycles are different based on work they are manufactured like distance travel, navigating congested, sport and racing, cruising, or off-road conditions.

Motorcycles are affordable methods for transporting purpose in various area of the globe and these motors are very popular kind of motor vehicle. There are nearly 200 million motorcycles which consist of motor scooters, mopeds, and two and three-wheelers.

A solenoid valve is an electromechanical valve which utilizes liquid or gas and the valve is managed with an electric current by a solenoid. Multiple solenoid valves are kept on a manifold. The valves make use of control elements in fluidics for the purpose of shut off, dose, distribute release, and mix fluids.

Solenoids provide quick and safe switching with everlasting life, great dependability, and medium compatibility of the materials, low control power, and compact design. The pivoted-armature actuators and rocker actuators are being utilized in the motorbikes.

Electromechanical solenoids includes electromagnetically inductive coil and steel or iron slug. The coil is placed in such a manner that the armature is made to move inside and outside of the center. The armature offers mechanical force to few machines like pneumatic valve.


It is concluded that motorbikes are used in developing countries like southern and eastern Asia, and Asia Pacific countries of about 58%. India is the only country where greatest number of two wheelers is found in the world and next comes the China to use the motorcycles or mopeds.

Download Mechanical Project on Auto Turning Fuel Valve

11 Replies to “Mechanical Project on Auto Turning Fuel Valve”

  1. I want to know the main concept of this project and if I will work on this project then what modification are possible to make. Thanks in advance

  2. Hi sir! I m newbie and how can I start on this and what will be my first step on this project…tell me briefly. Thanks in advance.

Leave a Reply

Your email address will not be published. Required fields are marked *