MACE ASSEMBLED CYLINDER HEAD KIT TO SUIT NISSAN NAVARA NP300 D23 YS23DDT YS23DDTT 2.3L I4

MACE Assembled Cylinder Head Kit: Reliable Replacement Made Easy

An assembled cylinder head kit is a complete solution designed to restore proper combustion and valve operation in your vehicle. Also referred to as a cylinder head assembly kit, it includes pre-installed components that simplify the installation process and reduce downtime. Each unit comes ready to install, streamlining repairs and ensuring reliable sealing and airflow across a wide range of applications.

Need a dependable replacement? Whether you're working on a daily driver or a standard vehicle restoration, Mace assembled cylinder head kits offer consistent results with no custom work required. Each assembled head comes pre-fitted with valves, valve springs, valve caps and valve collets for a hassle-free installation.

Why Choose MACE Assembled Cylinder Head Kit?

• Precision machined from aluminium castings for long lasting durability.
• Built to meet OE specifications, ensuring proper alignment and compatibility.
• Supplied fully assembled with essential components to minimize installation time.
• Inspected for structural integrity to support long term reliability.
• Designed for standard applications requiring efficient and dependable replacement.

Order Mace assembled cylinder head kits today—crafted to streamline your repair process with ease.

This cylinder head kit suits Nissan Navara NP300 fitted with YS23DDT and YS23DDTT Twin Turbo Diesel I4 engines.

Contents:

• 1 X Assembled cylinder head (refer to parts guide)
• 1 X VRS gasket kit
• 1 X Head bolt set

Please select the part number you require from the drop down menu by utilizing our vehicle fitment guide and parts guide.

Notes:

• Bare cylinder head, VRS kit and head bolt set can be separately purchased through other listings.
• The image is for illustrative purposes only.
• Professional assembly and installation by a qualified technician is highly recommended to ensure correct fitment and optimal engine performance.