A premium AN-6 PTFE Hose kit featuring PTFE hose and precision-engineered full flow hose ends, designed to create a reliable and efficient soft line system for the Nuke Performance Air Jack 60C and Air Jack 90C.

Installing the Nuke Performance Air Jack 60C air jacks is made simple with this PTFE hose kit, designed for 8-30 BAR (120-435 PSI). It includes everything you need for a 3 or 4-piece air jack setup, allowing a seamless connection between your chosen valve and the air jacks.

Works for both 8 BAR (120 PSI) and 20 BAR (290 PSI)
Includes 10m / 32.8ft Full Flow PTFE AN-6 hose
Fits 3 / 4pc Air Jack 60C / 90C setups for motorsports
Quick and easy plumbing with the included hose ends
Connects with 90-degree hose ends at all 5 connections

This Nuke Performance kit includes all necessary AN-6 fittings to connect the air jacks to your chosen valve. Easy to install, it comes with Full Flow AN-6 PTFE hose and the required hose ends, and fittings for either a 3-piece or 4-piece air jack setup.

Delivered with all the needed fittings to connect your connection valve to your air jacks.
The PTFE hose kit includes 90-degree hose ends for each air jack and a Female AN-6 90-degree adapter that easily connects to any Nuke Performance connection valve for the air jack lance (available here). With the included T-block adapters, this kit allows for straightforward routing in most vehicle setups, whether using a 3-piece or 4-piece configuration.

The PTFE hose kit provides a durable and flexible installation option. However, it is slightly heavier than the ultra-lightweight hardline kit offered by Nuke Performance, which saves nearly 3kg (2.20lb). In contrast, the PTFE kit is easier to install compared to the aluminum hardline kit, especially when routing in more open compartments. it includes 10m (32.8ft) of AN-6 PTFE hose. When you purchase one of the available air jack kits (available here), a connection kit can be included.

Air Jack PTFE Hose Kit Specifications
For more information about specifications, view the product manual.