Fuel injection system delivers fuel or fuel-air mixture to a cylinder by using a pressurized pump. A fuel injection system offers an ATV, smoother and more dependable engine response, at quick throttle transitions. This unique system offers easier and more dependable and quick engine starting, better operation at extremely high or low ambient temperatures, increased maintenance intervals, and increased fuel efficiency. Fuel injection with when applied choke on carburetor-equipped vehicles helps start the engine from cold and then adjusted as the engine warms up. Fuel injection offers higher performance than its carburetter equivalent. The auto-correcting adjustability of electronic fuel injection allows the motor to run at the proper mixture throughout the entire rpm range, in finer increments than the three fuel circuits of a carburetor can allow.
When fuel is sprayed through an injector, it atomizes into finer droplets than the air drawn through a carburetor. Finer atomization results in a better mixture, which produces more power.
There are lots of benefits of the fuel injection system in an ATV, this system offers more efficiency and constant adjustability. A fuel injected all-terrain motors typically runs cleaner, and passes through tighter emission standards ans compared to a carbureted run motor. Fuel injection is also a greener way and is very user-friendly. The fuel injection system is considered a relatively innovative technology, and has a great deal of potential for an off road all terrain vehicles (ATV). The biggest advantage in using an ATV fuel injection system is the complete elimination of traditional jetting. Non fuel injected ATV engines need to adjust the jetting and needles with every performance upgrade or they risk catastrophic failure. In comparison an ATV fuel injection system not only eliminates that need to adjust jets the computer control unit can help keep an ATV engine safe in any running condition.
Benefits of Fuel Injection System To ATVs :
Smoother and dependable engine response during quick transitions.
Easier and faster engine starting.
Better operation at a high or low ambient temperature.
Increased fuel efficiency.
Increased maintenance intervals.
Electronic fuel injections helps maintaining accurate fuel metering.
