Process West Ford Ranger (PX/PX2/PX3) & Mazda BT-50

Front mount intercooler kits – bar and plate style cooling upgrades listed for the Ranger PX/PX2 and BT-50 platform.

Air oil separators – catch-can style units designed to reduce oil mist returning to the intake tract, with applications listed for the 3.2L Ranger/BT-50 and the PX3 Ranger.

Intercooler hoses – cold side replacement hoses to suit the factory or upgraded intercooler arrangement.

The Ranger of this era uses the chassis identifiers PX (2011–2015), PX2 (2015–2018) and PX3 (2018–2022), while the equivalent Mazda BT-50 (UP/UR) shares much of the same architecture. Check the product title carefully: some listings specify PX/PX2 only, some are PX3 specific, and some are listed for the 3.2L five-cylinder engine rather than the 2.2L.

Parts listed for the Ford Ranger Raptor (P703), the next-generation Ranger (PY) or the 2022+ Isuzu-based BT-50 are different platforms and are not included here. If you are unsure which generation you have, your build plate or VIN will confirm it.

Intercooler kits and piping generally require removal of front bar components and factory ducting, while air oil separators involve mounting a bracket and routing hoses into the existing PCV plumbing. Typical tools include metric spanners and sockets, hose clamps and trim removal tools.

Installation by a qualified professional workshop is recommended. Always follow the manufacturer's supplied instructions, and check hose routing and clamp torque after the first few hundred kilometres.

Will a PX/PX2 part fit a PX3? Not always. Some Process West products are listed separately for PX3, so match the listing to your chassis code.

Does the Mazda BT-50 share fitment with the Ranger? For this generation, several Process West products are listed for both the Ranger and BT-50, as shown in the product title.

Is an air oil separator the same as a catch can? They serve a similar purpose; the Process West SEPR8R style units are designed to separate oil mist from crankcase vapour before it reaches the intake.