Parts for your 2017 Suzuki Splash-Wheel bearings

2017 Suzuki Splash wheel bearings: what they do and when to replace them

Based on technical sources including the Suzuki Electronic Parts Catalogue for the Splash/Ritz (RB platform), the factory Workshop Manual sections covering “Front Wheel Hub/Drive Shaft” and “Rear Axle/Hub”, and major bearing manufacturers’ fitment catalogues (e.g., SKF/NTN), the 2017 Suzuki Splash is fitted with wheel bearings. On the Splash, the fronts are a sealed hub-and-bearing unit, and the rears use a sealed bearing integrated with the drum or hub, with an ABS encoder ring in many variants. Even where the Splash was registered later in some markets, the hardware and service procedures remain the same as documented in these sources.

For this model, wheel bearings quietly carry the car’s weight, let the wheels spin smoothly, and keep rolling resistance low. They also hold precise alignment so the tyres wear evenly and the ABS/ESC systems get clean signals from the encoder ring. Because they’re sealed, there’s no greasing on the service schedule—so most owners won’t think about them until they start to complain.

When it’s time to service a 2017 Suzuki Splash, a good workshop will give the wheel bearings a listen and a wiggle. Sealed bearings are “fit-and-forget”, but they do wear. Potholes, kerb strikes, water intrusion, or over‑tightened wheel nuts can shorten their life. Replacement on the front is typically the whole hub assembly, the rear is usually the bearing integrated into the drum or hub. No pressing-in grease or preload shims—just correct torque, new fasteners where specified, and care with the ABS sensor and encoder ring.

• Typical warning signs
  • A humming or droning that rises with road speed and often shifts with gentle lane changes.
  • Play when rocking the wheel at 12 and 6 o’clock with the car safely lifted.
  • ABS light due to a damaged encoder ring or contaminated sensor.

• Good servicing habits
  • Check for noise and play at every service or tyre rotation.
  • Torque wheel nuts to spec—don’t rattle-gun them to death.
  • Avoid blasting the hub area with high‑pressure washers.
  • After replacement, road test for noise and confirm no ABS warnings.

How long do they last? Plenty of Splash owners see well over 100,000 kilometres, but rough roads and big hits can make them grumble earlier. If the bearing’s noisy, replacing it promptly protects tyres, brakes, and the hub. For the 2017 Suzuki Splash wheel bearings, a quality hub/bearing unit and proper torque will usually restore that slick, quiet glide.

Popular questions about 2017 Suzuki Splash wheel bearings

What are the common symptoms of a failing wheel bearing on a 2017 Suzuki Splash?

Most drivers notice a humming, growling, or droning that gets louder with speed. It can change when swerving gently left or right. You might also feel vague steering or spot uneven tyre wear. In some cases, the ABS light appears if the encoder ring in the bearing hub is damaged.

With the car safely lifted, a tech can check for play by rocking the wheel at 12 and 6 o’clock and spinning it to listen for roughness. Any play or rumble is grounds for replacement.

Are the front bearings on the Splash replaced as a complete hub assembly?

Yes—on most Splash variants the front wheel bearing is integrated into a sealed hub unit. That means the fix is to swap the whole hub assembly rather than pressing in a separate bearing. It’s quicker, reduces the chance of damage during pressing, and ensures proper preload from the factory.

The rear is typically a sealed bearing integrated with the drum or hub. Procedures vary slightly by trim and market spec, but they’re all sealed-for-life designs.

How can owners extend the life of their Splash’s wheel bearings?

Avoid kerb knocks and deep potholes, keep tyres correctly inflated, and ensure wheel nuts are torqued to spec. During servicing, have the wheels spun and checked for play and noise. Steer clear of pressure-washing directly into the hub area, and sort any steering or suspension issues promptly so extra load isn’t fed into the bearings.

Quality replacement parts and correct installation torque go a long way—cheap hubs or guessed torque often lead to early repeat failures.