Parts for your 2017 Nissan Pulsar-Shock absorbers

2017 Nissan Pulsar shock absorbers

Shock absorbers are absolutely used on the 2017 Nissan Pulsar. Technical references such as the Nissan Pulsar C12/B17 Factory Service Manual (Front Suspension – MacPherson strut, Rear Suspension – torsion beam with separate dampers) and major fitment catalogues from KYB, Monroe, Sachs and Pedders list direct‑fit front struts and rear shock absorbers for 2013–2017 Pulsar models sold in Australia and New Zealand.

On this Pulsar, the front end runs MacPherson struts (the damper lives inside the strut assembly) and the rear uses separate gas‑charged shocks on a torsion beam. Their job is to control the spring’s movement, keep the tyres planted, and tame body bounce after bumps, braking and cornering. Good shocks help the Pulsar steer predictably, stop in a straight line, and ride comfortably over patchy Kiwi and Aussie roads.

As part of regular servicing, it’s smart to have the shocks and struts inspected every 10,000–20,000 km. A technician will look for oil seepage on the damper body, damaged dust boots or bump stops, perished bushes, cracked upper mounts, and any play or knocking at the strut tops. A quick road test can also reveal float, wallow, or nose‑dive under brakes.

Replacement timing varies with use and road conditions, but many Pulsars benefit from new shocks/struts somewhere around 80,000–120,000 km. If you’re noticing longer stopping distances, uneven tyre wear, excess bounce over speed humps, or the rear stepping out over mid‑corner bumps, it’s time to book it in. Always replace dampers in axle pairs (both fronts or both rears) to keep handling balanced.

Front strut replacement involves a spring compressor and transferring or renewing the top mounts and bearings, it’s a professional job unless you’re well‑equipped. After front strut work, organise a wheel alignment to protect tyres and keep the steering sharp. On the rear, inspect and renew the shock bushes as needed, and torque all fasteners with the suspension at ride height to avoid preloading the rubbers.

Choosing quality gas‑pressure, twin‑tube replacements that match OE spec will retain the Pulsar’s comfortable, tidy road manners. If you carry heavy loads or drive plenty of coarse‑chip backroads, chat with your workshop about slightly firmer tuning or upgraded mounts to suit local conditions.

• Common signs they’re tired: oil leaks, cupped or scalloped tyres, clunks over bumps, extra bounce, vague steering, and brake dive.
• Good practice: inspect at each service, align after front strut work, and renew mounts, boots and bump stops when cracked or noisy.

How long do shock absorbers last on a 2017 Pulsar?

Expect roughly 80,000–150,000 kilometres, depending on driving style and road quality. City commuting on smooth tarmac tends to be kinder, frequent gravel, corrugations, or heavy loads will shorten their life. Condition beats mileage—if there’s leakage, bounce, or uneven tyre wear, plan a replacement regardless of odometer reading.

Do they need to be replaced in pairs, and is an alignment required?

Yes—replace in axle pairs to maintain balanced handling and braking. A wheel alignment is recommended after any front strut work, and wise after significant rear suspension work, to protect tyres and keep the Pulsar tracking straight.

What type of shocks does the 2017 Pulsar use, and which brands fit?

The front is a MacPherson strut assembly, the rear is a separate gas‑charged shock on a torsion beam. OE‑equivalent options from KYB, Monroe, Sachs and Pedders are commonly stocked in Australia and New Zealand and match factory ride and control, with performance or heavy‑duty choices available if needed.