Product Description
RacingLine Boost Hose Upgrade Kit for EA888.4 MQB Evo
Welcome to the ultimate Boost Hose Kit for the latest gen.4 2.0TSI MQB vehicles. The RacingLine Boost Hose package replaces the original rubber charge pipes with beautiful smooth-flowing silicone replacements, uniquely reinforced with internal wiring for guaranteed stiffness under the demands of high heat and boost levels.
- By minimising restrictions, the smoother airflow and optimised routing ensures the turbo meets less resistance and can thus perform more effectively - moving a larger volume of air and minimising turbulence
- Direct OEM replacement: simply remove those weak, flexible rubber hoses and replace them with our three-piece kit
- Pressure tested far beyond the turbo’s capabilities, the system maintains performance under extreme temperature and high-boost conditions
- Stepped internal joint transitions give a port-matched laminar airflow path, greatly reducing turbulence versus non-stepped designs
Three-piece Boost Hose Kit.
INTERCOOLER INLET
INTERCOOLER OUTLET
THROTTLE BODY
Precision Engineered for Perfect Performance.
- Constructed from internally-wired reinforced high quality silicone, guaranteeing great rigidity to prevent deformation under high boost or heat loads
- Fluorosilicone interior surface resists oil and gasoline permeation providing extra protection against deterioration
- Stainless steel Mikalor-brand clamps reduce the risk of boost leaks with increased connection strength and decreased hose slippage
- Multi-ply silicone outer construction is hand-wound for performance under extreme conditions, ensuring both heat and burst resistance
Stepped Internals.
Smooth, port-matched transitions for uniform, laminar airflow through the joints.
Internally-Wired Intercooler hoses.
Within the kit, our unique super-strength Intercooler Boost Hoses have steel wire helix buried within the silicone construction to eliminate the very real risk of hose collapse, yet still allowing sufficient flexibility without wall distortion and minimising airflow blockage.
