Parts for your 2009 Toyota Ractis-Universal joints

2009 Toyota Ractis universal joints: what’s actually on the car

Based on Toyota’s technical material for the Ractis NCP100/SCP100 series (2009 model year), universal joints aren’t used in the front drive shafts on 2WD models. The Drivetrain/Axle sections of the Toyota Repair Manual and the Toyota Electronic Parts Catalogue list inner and outer constant velocity (CV) joints for the front shafts, and no propeller shaft for 2WD. A universal joint does appear on the steering intermediate shaft, and on 4WD Ractis variants (commonly coded NCP105) there’s a propeller shaft that uses universal joints. Those references make it clear: FWD Ractis = CV joints only in the driveline, AWD Ractis = prop shaft with universal joints, plus the steering column joint.

Why aren’t universal joints used on the 2WD Ractis’ front axles? CV joints maintain constant rotational speed through large steering angles, which keeps vibration down and steering smooth. A traditional single-cardan universal joint causes speed fluctuation at angle, which would make a FWD hatch feel rough and imprecise. That’s why Toyota specifies CVs up front, reserving universal joints for the prop shaft on AWD models and the steering column’s intermediate shaft.

If the 2009 Toyota Ractis is the 4WD variant, universal joints are part of the propeller shaft that sends drive to the rear differential. Their job is to let the shaft run smoothly as the driveline moves with suspension travel, while keeping power delivery quiet and predictable. In most cases these universal joints are sealed-for-life from factory and don’t have grease nipples, so the maintenance routine is all about inspection rather than lubrication. At each service, a quick underbody check is smart: look for red dust or rust weeping around the bearing caps, torn seals, or fling marks from dried grease. Any clunk when shifting from reverse to drive, a rhythmic vibration that changes with road speed, or a chirp/squeak at low speed can point to a worn universal joint.

If play is found across the caps or the joint feels notchy when the shaft is flexed by hand, it’s time for replacement. Many Toyota prop shafts are supplied as assemblies, some aftermarket suppliers offer serviceable universal joints, but quality and fitment need to be spot on. A driveline specialist can press the old joint out, install the new one squarely, and ensure the shaft remains properly phased and balanced. After refitting, a road test for vibration and a recheck of flange bolts is good practice. For Ractis that see a lot of gravel, coastal air, or winter road treatments, ask the workshop to spend an extra minute on the prop shaft during routine servicing — small checks here save big money later. Don’t forget the steering intermediate shaft’s universal joint either, any stiffness or corrosion around the firewall area should be addressed promptly to keep steering feel crisp and safe.

• Technical sources referenced: Toyota Ractis (NCP100/SCP100/NCP105) Repair Manual – Drivetrain/Axle and Steering sections, Toyota Electronic Parts Catalogue entries for front drive shafts, steering intermediate shaft, and AWD propeller shaft.

Popular questions about 2009 Toyota Ractis universal joints

Does a 2009 Toyota Ractis have universal joints?
Most 2WD Ractis models don’t have universal joints in the driveline, they use CV joints up front. There is a universal joint in the steering intermediate shaft.

AWD Ractis models do have universal joints on the propeller shaft to the rear differential. A quick visual — looking for a prop shaft running to the rear — confirms it.

How can someone tell if their Ractis is 2WD or 4WD for universal joint checks?
Peek underneath: a 4WD Ractis has a propeller shaft running from the gearbox to the rear diff. The build plate/model code (often NCP105 for 4WD) also helps.

If there’s no prop shaft, it’s 2WD, so focus on CV boots up front and the steering column joint rather than prop shaft universal joints.

What symptoms suggest a failing universal joint on a Ractis?
A dull clunk on take-up, speed-related vibration, or a chirp/squeak at low speed often point to a worn universal joint on AWD cars. Rust dust around bearing caps is another giveaway.

Any of those signs warrant a workshop inspection. Catching wear early can prevent damage to the prop shaft or diff flanges.