Parts for your 2011 Ford Falcon-Centre bearing

Centre Bearing on the 2011 Ford Falcon: What You Should Know

The 2011 Ford Falcon, an iconic Aussie favourite, is well known for its robust design and solid performance. When it comes to the centre bearing, however, things work a little differently compared to some other vehicles. The centre bearing is a component typically found in vehicles with a two-piece driveshaft system, providing support and alignment to the intermediate shaft between the transmission and differential. But for the 2011 Ford Falcon, this part is not actually used, and here's why.

The 2011 Ford Falcon employs a single-piece driveshaft rather than a two-piece setup. This is key because a centre bearing is primarily designed to support the driveshaft where it is split into two sections, usually to accommodate longer wheelbases or maintain shaft stability and reduce vibrations. Since the Falcon's single-piece driveshaft runs the full length between the transmission and rear differential without splitting, there's no intermediate point that requires extra support.

Without the need to brace or support a middle section of the driveshaft, the straightforward design helps reduce complexity in the driveline. This means fewer components to wear out over time and generally makes servicing a bit simpler. The absence of a centre bearing in the 2011 Falcon reflects a design choice focused on durability and minimising potential points of failure in the driveshaft system.

Given this, the centre bearing is not relevant to the 2011 Ford Falcon, so there is no centre bearing to service, maintain, or replace. Instead, attention for this vehicle's driveline is better directed at other key components like the driveshaft U-joints, differential mounts, and transmission bushings.

For those curious about what a centre bearing does in cars that are fitted with one, it can be helpful to understand the role it plays on other vehicles. A centre bearing supports the intermediate section of a two-piece driveshaft, ensuring it stays properly aligned as it spins at high speeds. It dramatically reduces vibration and prevents damage that could arise when a long driveshaft flexes or bounces during driving. By holding the intermediate shaft in place, it keeps the power delivery smooth and helps maintain the longevity of the driveline.

On vehicles that require a centre bearing, regular maintenance is usually a good idea. Over time, the rubber isolator inside the centre bearing can degrade due to heat, road grit, and normal wear and tear. When this happens, you might notice vibrations or unusual noises coming from under the car, especially at certain speeds. Left unchecked, a worn centre bearing can cause imbalanced driveline movement, which might lead to faster wear on related components like U-joints and flanges.

Replacing a centre bearing generally involves removing the driveshaft assembly and then pressing out the old bearing before installing a new one. It's not the most straightforward job but it is quite manageable for mechanics familiar with driveline work. Regular inspections as part of scheduled servicing can save a lot of hassle, catching any deterioration early and avoiding major repair bills.

For Falcon owners wondering about suspension or drivetrain sounds, it's important to remember that centre bearing issues are off the table. Instead, checking the condition of U-joints, drive flanges, and even wheel bearings is a better way to chase down suspicious noises or vibrations. Keeping those parts well-lubricated and inspecting mounts can go a long way to ensuring that the Falcon runs smoothly for many kilometres.

In short, the 2011 Ford Falcon does not feature a centre bearing due to its single-piece driveshaft design. This makes the vehicle's driveshaft simpler, with fewer service points compared to two-piece driveshaft setups that need centre bearings. While other vehicles benefit from centre bearing support to maintain driveline stability, the Falcon keeps it straightforward, letting owners focus their maintenance efforts on other important components.