Parts for your 2013 Honda Elysion-Oil pump

2013 Honda Elysion oil pump — what it does and how to look after it

Yes, the 2013 Honda Elysion is fitted with an engine oil pump. Technical references that confirm this include Honda’s factory service manuals for the K24 four‑cylinder and J‑series V6 engines used in the Elysion, which detail a chain‑driven gerotor (trochoid) oil pump, and Honda’s electronic parts catalogue (EPC) for the RR‑series Elysion, which lists an “Oil Pump Assy” along with the pickup, chain and tensioner components. Independent workshop manuals and parts listings for K24A/K24Z and J35‑series engines show the same arrangement.

The oil pump in a 2013 Honda Elysion is the heart of the lubrication system, pulling oil from the sump through a strainer and pushing it under pressure through galleries to bearings, camshafts, timing components and the valvetrain. Whether it’s the K24 i‑VTEC or the J‑series V6, that steady oil flow keeps friction down, carries heat away and flushes out wear particles so the engine can rack up years of easy kilometres without drama.

There’s no set replacement interval for the oil pump itself, it’s designed to last the life of the engine when serviced properly. What really protects it is routine maintenance. Stick to quality engine oil that meets Honda’s spec (for most markets: 5W‑30 or 0W‑20 meeting current API/ILSAC ratings) and change it on time—typically every 10,000 km or 12 months in AU/NZ conditions, or sooner if the Elysion does lots of short trips, towing or hot‑weather idling. Pair that with a good‑quality filter and the pump will stay happy.

When might an oil pump need attention? Watch for the red oil pressure light, rattly top‑end noise on cold start that doesn’t clear quickly, or a sudden rise in engine temperature under load. A mechanic should confirm actual oil pressure with a gauge before condemning the pump—blocked pickup strainers, tired oil, the wrong viscosity, or a failed pressure switch are common culprits. If the pump (or its chain/tensioner) is worn, replacement is the smart move.

Replacing the pump is a proper workshop job. On K24 engines it involves dropping the sump and dealing with the pump’s drive chain and tensioner, on the J‑series V6 there’s front cover work and careful sealing. Engine-out usually isn’t required, but access can be tight. A good technician will clean the pickup, renew seals, inspect the chain and guides, torque everything to spec, and prime the system—then crank to build pressure before first start. Done right, the Elysion’s oil pump will keep the lube system sorted for many more years.

• Helpful servicing add‑ons: replace the crank seal if weepy, inspect the oil pressure switch, and keep the PCV system clear to reduce sludge.
• If the oil light flickers: stop, check level, and don’t drive until pressure is verified. It’s cheaper than a new engine.

Popular questions about a 2013 Honda Elysion oil pump

What are the signs the oil pump is failing on a 2013 Elysion?
Common red flags are the oil pressure warning light staying on, valve train or timing chain rattle that doesn’t settle after a couple of seconds, and low measured oil pressure with a mechanical gauge. Metallic glitter in the oil or a blocked pickup screen can also point to lubrication issues. Because sensors and wiring fail too, a tech should test pressure before calling the pump.

Does the oil pump need regular replacement?
No. With on‑time oil and filter changes using the correct spec, the factory pump typically lasts the life of the engine. Replacement is considered when there’s verified low oil pressure, pump noise/wear, a damaged pickup, or during a major rebuild. Many owners pair pump replacement with timing chain and seal work to save on labour overlap.

Can the oil pump be changed without removing the engine?
Usually, yes. On the K24 four‑cylinder it’s done from underneath with the sump off and the pump chain/tensioner accessible, on the J‑series V6 it involves front cover and pan removal. It’s still a half‑day to full‑day job depending on equipment and whether subframe components need to be lowered for clearance.