Parts for your 2016 Mitsubishi Lancer-Fuel pump

Fuel Pump Guide for the 2016 Mitsubishi Lancer

The 2016 Mitsubishi Lancer is definitely equipped with a fuel pump as part of its standard fuel delivery system. Like most modern petrol vehicles, it uses a fuel pump to ensure the engine gets the right amount of fuel under correct pressure for smooth and efficient running. So if you own a Lancer from 2016, knowing about the fuel pump's role and maintenance needs is a good idea to keep your ride running without hiccups.

What exactly does the fuel pump do in the 2016 Mitsubishi Lancer? Simply put, the fuel pump is responsible for moving fuel from the fuel tank to the engine. The Lancer, which typically runs on petrol, relies on a fuel pump to pressurise the fuel system ensuring the injectors can spray the correct amount of fuel into the combustion chambers. Without a working fuel pump, the engine wouldn't get the fuel it needs to fire up and keep going.

Modern Mitsubishi Lancers use an electric fuel pump located inside or near the fuel tank. This setup helps keep the pump cool and reduces noise. The pump runs quietly while the engine is on, drawing fuel and pushing it through fuel lines to the engine's fuel injectors. This constant flow of fuel is vital because the engine needs a precise fuel-air mixture to perform well, deliver power, and maintain fuel efficiency.

When it comes to servicing or replacing the fuel pump in a 2016 Mitsubishi Lancer, it's quite important to watch for signs that the pump might be struggling. Here's what to keep an eye on:

• Engine sputtering or stalling at high speeds
• Difficulty starting the engine or extended cranking
• Loss of power when the car is under stress (like going uphill or carrying a load)
• Unusual whining noises coming from the fuel tank area
• Decreased fuel efficiency or engine misfires

If any of these symptoms pop up, it could be a signal that the fuel pump is wearing out or clogged. Fuel pumps do have a good lifespan and can last well beyond 150,000 kilometres if the fuel in the tank is clean and the fuel filter is regularly replaced. But dirt, debris, and contaminated fuel can cause the pump to work harder and fail earlier.

Regular maintenance of the fuel system is a smart move for any 2016 Mitsubishi Lancer owner. Here are some tips that help keep the fuel pump in top shape:

• Keep the fuel tank at least a quarter full where possible. Running on very low fuel frequently can cause the pump to suck in air and sediment, which reduces its life.
• Replace the fuel filter as per the manufacturer's recommended service intervals. The filter traps dirt before it reaches the pump and injectors.
• Use quality fuel from reputable service stations to avoid contaminants.
• If the car will be sitting unused for an extended time, consider adding a fuel stabiliser to prevent fuel degradation which can clog the pump.

When it comes time to replace the fuel pump on a 2016 Mitsubishi Lancer, it's a bit of a job but definitely doable. Since the pump is usually located inside the fuel tank, access involves removing the rear seat or dropping the tank itself depending on the model. Because electrical connections and fuel lines are involved, safety precautions to avoid sparks or fire are crucial. For that reason, having a qualified mechanic handle the job is often the best bet.

Replacing the fuel pump typically also means installing a new fuel filter and checking the fuel level sensor since these parts are often integrated or affected during the process. After fitting the new pump, the fuel system needs to be bled of air and tested to confirm proper pressure and flow. This attention to detail helps the 2016 Mitsubishi Lancer maintain its smooth performance and reliability on the road.

So, while the fuel pump might not be the flashiest part under the bonnet, it's one of the most essential. Keeping it maintained will ensure the 2016 Mitsubishi Lancer keeps delivering that dependable ride whether it's around town or on longer highway trips. A well looked-after fuel pump means fewer dramas starting the car, better fuel economy, and confident power delivery every time the accelerator is pressed.