Parts for your 2017 Toyota Camry-Universal joints

2017 Toyota Camry universal joints — are they used, and what actually needs servicing?

Short answer: universal joints aren’t part of the 2017 Toyota Camry’s driveline. Toyota’s own technical literature for the XV50-series Camry — including the Toyota Repair Manual (TIS) sections under Drivetrain/Axle: Front Drive Shaft, and the New Car Features (NCF) documents for ASV50/AVV50/GSV50 — describes front half-shafts with constant velocity (CV) joints, not universal joints. There’s no propeller shaft on this front‑wheel drive setup, so the familiar rear‑drive U‑joint arrangement simply doesn’t appear.

Why doesn’t Toyota use universal joints here? It comes down to how a front‑wheel drive transaxle and steering work. A single universal joint doesn’t transmit power at constant speed when running at an angle, it speeds up and slows down each revolution. That’s fine in a straight prop shaft when two U‑joints are perfectly phased, but not when the wheels need to steer and the joints run at larger, constantly changing angles. CV joints, by contrast, maintain constant rotational velocity through big angles, which keeps things smooth, quiet and durable.

• Layout: The Camry’s FWD transaxle eliminates the need for a tailshaft and U‑joints.
• Steering angles: CV joints handle high articulation for turning without shudder.
• NVH: CV joints reduce vibration and driveline lash versus single U‑joints.
• Durability: Sealed CVs with proper boots keep grease in and grit out for long service life.

Worth a quick note: the Camry’s steering intermediate shaft typically uses a small universal joint. That’s part of the steering column assembly, not the driveline. It’s rarely serviced unless there’s play, stiffness, or a notchy feel through the wheel.

So, what should owners and workshops actually look after? The front CV joints and boots. During routine servicing, a visual under‑bonnet and under‑car check should confirm the CV boots aren’t split, weeping grease, or flinging it onto nearby components. Any clicking on tight turns, vibration on acceleration, or visible boot damage is a prompt to replace the affected axle or joint. On these cars it’s common and cost‑effective to fit a complete rebuilt or new drive shaft rather than trying to re‑boot a worn joint. After any axle work, ensure hub nuts are torqued to spec and get a wheel alignment if needed. Keeping the CVs happy keeps the Camry smooth, quiet and reliable over the kilometres.

Popular questions about 2017 Toyota Camry universal joints

Does a 2017 Toyota Camry have universal joints in the driveline?

No. The 2017 Camry uses front drive shafts with constant velocity joints. Toyota’s Repair Manual and New Car Features documents detail inner tripod and outer Rzeppa‑type CV joints, with no rear prop shaft or driveline U‑joints. Some cars do have a small U‑joint in the steering intermediate shaft, but that’s separate from the drivetrain.

What should be serviced instead of universal joints on a 2017 Camry?

Focus on the CV joints and boots. At each service, check for split boots, grease leaks, or clicking on full lock. If damage or noise is present, replace the affected shaft or joint and renew clips and grease as required. Also look over axle seals at the transaxle and confirm no play in the hubs.

Can universal joints be retrofitted to the Camry’s driveline?

Not practically. The Camry’s FWD layout and steering geometry rely on CV joints to maintain constant velocity through large operating angles. Swapping to U‑joints would introduce speed fluctuation, vibration and premature wear. Stick with quality CV components for safe, smooth motoring.