Parts for your 2020 Ford Transit-Centre bearing

Understanding the Centre Bearing on the 2020 Ford Transit

The 2020 Ford Transit is a popular van known for its versatility and solid performance, especially in work and commercial settings. When it comes to its drivetrain and drive shaft setup, an important question arises: does this model use a centre bearing? After referencing technical sources and official Ford documentation, it turns out that the 2020 Ford Transit does not typically use a centre bearing in its drivetrain configuration. Here's why.

Centre bearings are generally found in vehicles that use a two-piece drive shaft arrangement. This is common in long-wheelbase vans and trucks where the length of the drive shaft is too long to be supported adequately with a single shaft. The centre bearing supports the intermediate joint between the two drive shaft sections, helping to reduce vibration, increase stability, and support the drive shaft's weight.

However, the 2020 Ford Transit commonly features a single-piece drive shaft design, especially in the standard and medium wheelbase variants. This design choice eliminates the need for a centre bearing because the drive shaft does not span a distance long enough to require additional support. The single-piece shaft is simpler, offers fewer points of potential failure, and generally requires less maintenance.

Additionally, the Ford Transit's front-wheel-drive and rear-wheel-drive models further influence whether a centre bearing is used. For rear-wheel-drive variants, especially with the shorter wheelbase, a single-piece drive shaft is common. Also, Ford has engineered the chassis and drivetrain layout in such a way that the need for a centre bearing is minimised if not completely avoided. This helps reduce complexity and keeps costs down without compromising performance.

So, why would a vehicle need a centre bearing at all in the first place? Having a solid grasp of what a centre bearing does and when it's necessary gives you an idea of why it's absent on the 2020 Ford Transit.

A centre bearing acts as a midway support for long or two-piece drive shafts. It cushions the shaft, allowing it to spin freely while maintaining proper alignment. The bearing houses a rubber insulator or mounting bracket that isolates vibrations and prevents metal-on-metal contact. Without it, the drive shaft could sag or whip under operation, leading to vibration issues, premature wear of universal joints, or damage to the transmission or differential.

On a Ford Transit model that does use a centre bearing, the component is vital and requires regular attention to remain in good shape. Neglecting the centre bearing can cause knocking noises, vibrations, and ultimately a breakdown of the drive shaft assembly, potentially leading to costly repairs.

For those who do have a centre bearing fitted to their Transit, maintaining the part as part of your regular service schedule is essential. Checking the bearing for any play, noise, or wear can prevent further drivetrain damage. Replacing the rubber mounting if it shows cracks or deterioration helps maintain the correct alignment and cushioning effect.

Installing a new centre bearing requires ensuring that the drive shaft is balanced upon refitting to avoid any additional vibrations. It's recommended to get experienced technicians to handle this due to the precision needed with the alignment and balance. Keeping an eye on surrounding components like universal joints and drive shaft seals will also help prolong the lifespan of your centre bearing and the whole drivetrain.

In summary, the 2020 Ford Transit typically does not have a centre bearing due to its single-piece drive shaft design and overall engineering choices made by Ford. This simplification boosts reliability and reduces maintenance hassles for Transits on Aussie roads and work sites. For those variants that may have a longer drive shaft assembly requiring a centre bearing, keeping it well maintained is key to smooth, vibration-free driving and avoiding more serious drivetrain issues later on.