Where is the fuel pump module located in the 2011 Buick GL8?

2 Answers
MirandaRose
07/24/25 2:44am
2011 Buick GL8 fuel pump module is located on the left side of the engine compartment. Here are additional details: 1. Vehicle Introduction: The Buick GL8 has body dimensions of 5219mm × 1878mm × 1799mm with a wheelbase of 3088mm. It features a high-performance ADM small module unit system, offering 18 independent high-beam lighting zones and 8 lighting modes including ADB anti-glare high beam, ensuring nighttime driving safety with intelligent technology. 2. Powertrain Introduction: The Buick GL8 is equipped with a powertrain combination consisting of the eighth-generation Ecotec 2.0T variable cylinder turbocharged engine and a 9-speed HYDRAMATIC intelligent transmission, delivering 174kW and 350Nm of robust power with smooth and stable power output.
Was this review help?
8
0
Share
KeiraDella
08/10/25 10:18pm
On the 2011 Buick GL8, the fuel pump control module is a component I frequently encounter during repairs. Its location is relatively fixed, usually hidden under the floor near or beneath the second-row seats—sometimes you need to lift the seat cushion to spot a small box-like unit. I recall it's positioned in the rear section of the vehicle, close to the fuel tank, a design choice aimed at minimizing electrical interference and easing maintenance. If you ever attempt to locate it yourself, remember to disconnect the battery first to prevent electric shock—safety first! Common issues include loose or moisture-damaged connectors, which can cause the fuel pump to fail and prevent the car from starting. When working on it, it's wise to have a wrench and gloves handy, though I don’t recommend non-professionals tinkering with it—messing up the wiring could lead to bigger headaches. Checking that the module is securely fastened before driving can help avoid embarrassing roadside stall situations.
Was this review help?
13
0
Share
Expand All
More Forum Discussions

What is the Difference Between Increasing the Number of Lanes and Lane Diversion?

The differences between increasing the number of lanes and lane diversion are as follows: 1. Different meanings: Diversion point: A diversion lane is an auxiliary lane designed for vehicles to complete the diversion behavior. Increase in the number of lanes: The basic number of lanes refers to the essential number of lanes required for a road or a certain section of it, based on traffic volume and capacity requirements. 2. Different layouts: Diversion point: Generally arranged at the entrance of a planar intersection or the exit of a ramp on highways (elevated roads). Increase in the number of lanes: Arranged on wide roads with good traffic conditions and high vehicle flow. 3. Different purposes of establishment: Diversion point: Measures taken to ensure that each vehicle follows its designated path, aiming for traffic safety, smoothness, orderliness, and improved traffic capacity. Increase in the number of lanes: Aimed at enhancing the balance at the points of divergence or merging between the mainline and ramps or between ramps.
17
4
Share

What are the types of drivetrain configurations?

Automotive drivetrain configurations refer to the arrangement of the engine and the number and position of the driven wheels. The most basic classification is based on the number of driven wheels, which can be divided into two main categories: two-wheel drive and four-wheel drive. The details are as follows: 1. Two-wheel drive: In two-wheel drive configurations, they can be further subdivided based on the position of the engine and the driven wheels into front-engine rear-wheel drive (FR), front-engine front-wheel drive (FF), rear-engine rear-wheel drive (RR), and mid-engine rear-wheel drive (MR). Among two-wheel drive SUVs and sedans, the front-engine rear-wheel drive configuration is the most commonly used. 2. Four-wheel drive: Four-wheel drive refers to a configuration where both the front and rear wheels receive power. The engine's torque can be distributed in varying proportions to all wheels depending on road conditions to enhance the vehicle's driving capability. It is generally denoted by 4X4 or 4WD. If a vehicle is marked with these terms, it indicates that the vehicle has four-wheel drive functionality.
6
1
Share

What is the default WiFi password for Mercedes-Benz dash cams?

Mercedes-Benz dash cam WiFi default passwords are mostly one of these combinations: 12345678, 1234567890, 888888, or 8888888. The WiFi password for Mercedes-Benz dash cams is specified in the product manual. If forgotten, it can be found by referring to the manual. For more details, please see below: 1. Changing the password: After successfully connecting, you can modify the WiFi access password. If you forget the modified WiFi password, you can reset it by restoring factory settings or by contacting the customer service department of the dash cam manufacturer and reporting the product number to retrieve the password. 2. Advantages of dash cams: Mercedes-Benz hidden dash cams have good compatibility with the vehicle, do not require batteries, and are stable in operation, synchronizing with the vehicle's power switch. They can withstand high temperatures in summer without crashing. Additionally, Mercedes-Benz hidden dash cams are convenient and quick to operate, featuring a built-in WiFi communication module that allows for related operations by connecting to a smartphone. They also enable zero-data downloading of high-definition recordings from the dash cam.
6
4
Share

What is the difference between Presta and Schrader valves for tires?

The differences between Presta and Schrader valves for tires are as follows: 1. Air tightness differs: Presta valves have better air tightness than Schrader valves. The tighter the small ring on top is screwed, the tighter the internal sealing ring becomes, naturally improving the valve's sealing. The sealing of Presta valves is independent of the internal tire pressure, whereas Schrader valves rely on a small spring inside the valve core pulling the sealing core to achieve sealing. The quality of the sealing depends largely on the spring and the sealing pad. 2. Ease of inflation varies: Inflating Presta valves is more cumbersome, while inflating Schrader valves is more convenient. Due to the higher air pressure in road bike inner tubes compared to off-road bike inner tubes, Presta valves are more commonly used for road bikes, whereas Schrader valves are more frequently chosen for off-road bikes.
7
1
Share

How many days does it take to repair a water-damaged vehicle?

It usually takes about 15 days to repair a water-damaged vehicle, depending on the specific faults caused by the water exposure. Here are some common issues that may occur after a car is submerged in water: 1. Engine: As the core component of a vehicle, the engine has numerous complex mechanical and electrical parts. If the engine is flooded, it may cause various problems such as cylinder explosion, exhaust pipe corrosion, or electrical short circuits. 2. ABS system: ABS is a high-end device that ensures the directional stability of braking and prevents skidding and deviation. If the ABS is soaked in water, mechanical ABS may corrode, while electronic ABS may short circuit. 3. Dashboard: The car dashboard is a precision instrument device. Once water enters, the dashboard may malfunction.
11
5
Share

Can 5w20 be replaced with 5w30 as required by the manufacturer?

The manufacturer's requirement of 5w20 can be replaced with 5w30. The number before the W represents the viscosity of the oil at low temperatures. The smaller the number, the higher the viscosity and the better the protection effect. The number after W refers to the viscosity grade of the oil at 100 degrees Celsius. The larger the number, the higher the viscosity. It should be noted that when replacing oil with different specifications, it is best to drain the oil from the engine and then refill it with new oil. Try not to mix different types of oil. The difference between 5W30 and 5W20 motor oil is the high-temperature viscosity. 5W30 has higher viscosity, better high-temperature protection performance, and better sealing. However, higher oil viscosity is not always better. Excessive viscosity can also affect the engine. Due to the increased viscosity, a series of effects occur, increasing the engine's operating resistance, which in turn reduces engine power. If this continues for a long time, it will affect the engine's service life and also increase fuel consumption.
4
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.