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Parts for your 2013 Honda Elysion-Engine mount
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Narva Rotary Battery Master / Isolator Switch With Removeable Keyed Knob (Contacts Rated 100A @ 12V) - 61036BL
Narva Rotary Battery Master Switch With Removable Keyed Knob 200A (Contacts Rated 200A 12V) - 61043BL
Narva Rotary Battery Master / Isolator Switch With Removeable Keyed Knob (Contacts Rated 100A 12V) - 61036
Narva Rotary Battery Master Switch With Removeable Keyed Knob 300A (Contacts Rated 300A @ 12V) - 61045BL
2013 Honda Elysion engine mount — purpose, servicing tips and replacement advice
Engine mounts are absolutely used on the 2013 Honda Elysion. Technical references that confirm this include Honda’s Electronic Parts Catalogue (Elysion RR1–RR6, MY2013), which lists multiple engine mounting components (front hydraulic mount, right/left side mounts, rear mount and a torque rod), and Honda workshop manual procedures covering engine mount inspection and replacement for the K24A four‑cylinder and V6 variants. These factory sources make it clear the Elysion relies on a set of mounts to support the engine and manage noise, vibration and harshness (NVH).
In everyday terms, the mounts are the quiet achievers. They hold the engine in place, reduce cabin buzz, and tame that twist of torque when taking off. Most Elysions use a mix of rubber and hydraulic mounts, and some trims include an “active” front mount that further cuts idle vibration.
- Isolate vibration so the cabin stays calm on rough roads and at idle.
- Maintain alignment of the engine and driveline for smooth shifting and acceleration.
- Control movement under throttle, braking and over bumps to protect hoses, wiring and exhaust components.
As part of regular servicing, it’s smart to visually check mounts every 10–15,000 km. Look for collapsed rubber, cracks, separated bonding or hydraulic oil seepage from fluid-filled mounts. If the car has an active mount, ensure any vacuum or control lines are intact. Typical signs a mount’s on the way out include excess vibration at idle (felt through the seats or steering), a thud or clunk on take-off or gear changes, noticeable engine rock when shifting from Park to Reverse, and extra drivetrain shudder under load.
When replacing, support the engine properly, follow Honda torque specs, and tighten fasteners with the engine at normal ride height. It’s common to replace the most failed mount (often the front hydraulic mount) and then reassess NVH, but if several are aged or perished, doing them as a set can save time and repeat labour. Be sure to order the correct mount for the specific engine (2.4 vs V6) and chassis code, as brackets and durometers differ. Quality OE or OE‑equivalent hydraulic mounts generally last 90,000–150,000 km, depending on driving conditions and heat.
Done right, fresh mounts make the Elysion feel tighter, quieter and just that bit more refined on Aussie and Kiwi roads.
Popular questions about 2013 Honda Elysion engine mounts
How many engine mounts does a 2013 Honda Elysion have?
Most models have three to four primary mounts plus a torque rod. Typically you’ll find a right‑hand (engine side) mount, a left or transmission mount, a front hydraulic mount, and a rear mount. Some trims add an “active” front mount setup to further reduce idle vibration.
The exact count and design can vary by engine (2.4 vs V6) and trim, so checking the vehicle’s VIN against a parts catalogue is the tidy way to confirm.
What are the common symptoms of a bad engine mount on an Elysion?
A shaky idle, clunks on take‑off, excessive engine movement when shifting into Reverse, and a harsh buzz through the cabin are the big giveaways. Visual checks may show split rubber or oil leakage from a hydraulic mount.
If ignored, failed mounts can accelerate wear on exhaust flex joints, hoses and even CV joints due to extra engine movement, so it’s best to sort them early.
Do engine mounts need to be replaced in pairs, and how long do they last?
They don’t have to be done in pairs, but if one mount has collapsed and the others are the same age, it’s often cost‑effective to replace multiple mounts together. This restores balance and avoids repeat visits.
Service life varies with heat and driving style, but 90,000–150,000 km is a fair range for hydraulic mounts. High heat, heavy loads and frequent stop‑start driving can shorten that.