Parts for your 2009 Holden Colorado-Driveshafts

2009 Holden Colorado driveshafts

Based on technical references — including the Holden RC Colorado Workshop Manual (Propeller Shaft and Front Drive Axle sections, 2008–2011), GM Global Service Information, and the Holden/Isuzu Electronic Parts Catalogues for the 2009 RC Colorado/D‑Max — this ute is definitely fitted with driveshafts. All 4x2 models run a rear tailshaft (propeller shaft) to the differential, and 4x4 variants add a front prop shaft plus front CV axle shafts. Those documents list U‑joints, slip yokes, centre support bearings (on two‑piece shafts), and front CV assemblies for this model year, confirming driveshafts are relevant to the 2009 Colorado.

On a 2009 Holden Colorado, the driveshafts are the backbone of the driveline, sending torque from the gearbox and transfer case to the diffs and then out to the wheels. In 4x2 models, that’s mainly the rear tailshaft with universal joints and, on certain wheelbases, a centre support bearing. In 4x4s, a front prop shaft links the transfer case to the front diff, and each front wheel uses a CV axle to cope with steering angle and suspension movement. These shafts are balanced from factory to keep things smooth at highway speeds.

As part of regular servicing, it pays to give the driveshafts a proper look-over every 10,000–15,000 km (or each scheduled service):

• Check U‑joints for play, red rust dust at the caps, or dried-out grease. Some joints are sealed, if yours have nipples, re‑grease with quality lithium‑moly grease.
• Inspect the centre support bearing rubber for cracking and the carrier bearing for roughness.
• Look over CV boots for splits or grease sling. A fresh boot is far cheaper than a full CV.
• Watch for vibrations between 60–90 km/h, a shudder on take‑off, or a clunk when shifting from reverse to drive — all classic signs of wear or misalignment.

When replacing parts, mark the flanges so the shaft goes back in the same orientation to preserve balance. Keep the yokes in phase, and don’t let the shaft hang off a U‑joint. Use new flange bolts/lock nuts, torque them to spec, and consider balancing if the shaft has been repaired. After beach runs or river crossings, rinse the underbody and recheck the boots and joints — sand and silt are hard on seals.

Lifts and heavy loads can change driveline angles, so if the ute’s been raised, it’s worth checking pinion angle, centre bearing height, and U‑joint working angles to avoid premature wear.

How do you know the Colorado’s driveshafts need replacing?

Tell‑tale signs include vibration at certain speeds, a shudder on take‑off, clunks when shifting, visible play at the U‑joints, cracked centre bearing rubber, or clicking from the front in 4x4 (often a CV axle). Grease flung around a boot or U‑joint cap also points to a failing seal. A quick under‑ute inspection and a road test usually confirm it.

Is it safe to keep driving with a worn tailshaft or CV?

Not really. A failing U‑joint or carrier bearing can let go and cause major underbody damage. A noisy CV can seize or break, especially off‑road. If there’s vibration, clunks, or a torn boot, it’s best to book the repair before it becomes a bigger (and pricier) drama.

What’s involved in replacement, and how long does it take?

A rear tailshaft swap is often 1–2 hours, add time if the centre bearing’s being pressed on. A front CV axle is typically 1.5–3 hours each side. Expect new flange bolts, fresh diff/transfer case seals if they’re weeping, and a test drive to check for vibrations. If the shaft’s been apart, balancing may be recommended.