BMW Intake Manifold Components (DISA, Vacuum, CCV, Etc)

Due to weak plastic construction, the factory plastic crankcase ventilation breather hose is known to fail. After years of exposure to piping-hot engine bay temperatures and chemical-laden oil vapors, the corrugated plastic tubing can crack, crumble, or fail altogether.

We set out to bulletproof your M52/S52 CCV system with a durable silicone breather hose, designed to provide a comprehensive upgrade and permanent replacement for the factory plastic hose. By replacing the flimsy, heat-hardened OEM plastic hose with a four-ply fluorosilicone hose, you'll experience peace of mind knowing your M52 or S52 is free from the inevitable return of oil leaks, vacuum leaks, and drivability concerns that would have been.

This breather hose is found at the front of the engine, and is used to connect the cyclone separator to the valve cover. It replaces OEM part number 11151703775.

Features:

Silicone construction ensures a durable replacement that is sure to outlast OE plastic Designed as a direct replacement for the factory breather hose - not too short like many aftermarket alternatives, and does not require cutting to fit Works seamlessly with the OEM OBDII valve cover and cyclone separator, as well as the Turner Motorsport Billet Aluminum Valve Cover (T#26238386) Design:

Three-ply wire-reinforced fluorosilicone hose is designed to resist degradation due to exposure to oil vapors O-rings are pre-installed in OE Norma connectors for a lasting seal Includes pre-installed 430 stainless steel hose clamps for durability and corrosion-resistance Product Development:

Our Silicone CCV Hose Upgrade was designed, engineered, tested, and quality inspected by our Research and Development team in our Wadsworth, Ohio, facility. We strive for the highest level of precision and quality through leading-edge product development technology, including FARO laser scanning for reverse engineering and quality inspection, SolidWorks 3D CAD modelling, rapid prototyping utilizing our in-house 3D printer, and rigorous long-term product testing.

Due to weak plastic construction, the factory plastic crankcase ventilation breather hose is known to fail. After years of exposure to piping-hot engine bay temperatures and chemical-laden oil vapors, the corrugated plastic tubing can crack, crumble, or fail altogether.

We set out to bulletproof your N20 PCV system with a durable silicone breather hose, designed to provide a comprehensive upgrade and permanent replacement for the factory plastic hose. By replacing the flimsy, heat-hardened OEM plastic hose with a four-ply fluorosilicone hose, you'll experience peace of mind knowing your N20 is free from the inevitable return of oil leaks, vacuum leaks, and drivability concerns that would have been.

This breather hose is found at the front of the engine, and is used to connect the inlet pipe to the valve cover. It replaces OEM part number 11127588417.

Features:

Silicone construction ensures a durable replacement that is sure to outlast OE plastic
Designed as a direct replacement for the factory breather hose
Retains heating function and OE electrical connector
Design:

Four-ply wire-reinforced fluorosilicone hose is designed to resist degradation due to exposure to oil vapors
O-rings are pre-installed in OE connectors for a lasting seal
Includes pre-installed zinc-coated hose clamps for durability and corrosion resistance
Product Development:

Our Silicone PCV Hose Upgrade was designed, engineered, tested, and quality inspected by our Research and Development team in our Wadsworth, Ohio, facility. We strive for the highest level of precision and quality through leading-edge product development technology, including FARO laser scanning for reverse engineering and quality inspection, SolidWorks 3D CAD modelling, rapid prototyping utilizing our in-house 3D printer, and rigorous long-term product testing.

Over 13 CFM more airflow than factory intake plenum! Beautiful Carbon Fiber construction with a roaring induction sound!

At Turner Motorsport, all our Carbon Fiber Intake Systems are top-of-the-line custom-engineered products that we developed in house. Our engineers took it upon themselves to design a prettier, cost effective Carbon Fiber Intake Plenum for S65 owners to compliment our E9x Carbon Fiber Intake System while retaining OEM features. Our S65 Carbon Intake Plenum is no different. Our Carbon Fiber Intakes start with a 3D scan of the factory intake and engine bay. Our Engineers use these 3D images of the chassis to design the intake plenum in SolidWorks modeling software. Using a Flow Bench, the Intake Plenum is then airflow tested against the factory intake, to ensure optimal airflow improvement against stock. The final product is a beautiful and functional Carbon Fiber Intake Plenum, CAD designed for perfect integration with the OEM inlet ducting and stock mounting locations. Our Carbon fiber Intake trumpets flow an average of 13 CFM over the stock BMW intake.

Our E9X M3 S65 Carbon Fiber Intake Plenum is made from 100% high grade prepreg 2x2 twill weave carbon including the internal trumpets, this plenum replaces the OEM plastic plenum allowing the naturally aspirated BMW V8 engine to generate more inductions sounds taking the driving experience of the M3 to a whole new level. The raw V8 rumble gives the M3 an almost CSL like sound and is truly an intoxicating experience. We went through several iterations using different carbon thicknesses to fine tune the sound and the resulting plenum generates an almost unbelievable induction volume and tone.

Our Carbon Fiber Intake Plenum can be used with the OEM airbox or any aftermarket intake system. Paired with our E9X M3 intake system, you're sure to upgrade the look and sound of your S65 engine.

Design Features and Benefits:

CAD designed Intake System for perfect integration with the OEM connections and stock mounting locations.
Carbon intake is manufactured using 2X2 twill weave carbon fiber for a great look in the engine bay.
Plenum is protected by a gloss finish clear coat for UV protection.
Uses OE intake temp sensor and hose locations
Provides same fitment as OE intake
Performance:

Carbon fiber Intake trumpets flow an average of 13 CFM over the stock BMW intake.
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Upgrade your BMW N55 engine with our Silicone Crank Case Vent Hose, a premium replacement for the fragile, failure-prone factory hose. Over time, the stock plastic hose deteriorates due to constant exposure to heat and oil, leading to cracks and leaks. Our solution? A high-quality silicone hose engineered for superior durability and long-term reliability.

To further enhance performance, we’ve lined the hose with fluorosilicone, providing exceptional resistance to oil and chemical degradation. Designed in-house using advanced CAD modeling and 3D scanning, this hose offers a precise OEM fit while eliminating the common weaknesses of plastic construction.

Each kit includes stainless steel hose clamps for a secure, hassle-free installation. Whether you’re replacing a worn-out CCV hose or upgrading for added peace of mind, this premium solution ensures your BMW N55 runs smoothly and efficiently for years to come.

Features:

Direct OEM Fit – Retains factory hose dimensions while eliminating reliability issues.
High-Performance Silicone – Resists heat-related wear for long-lasting durability.
4-Ply Fluorosilicone Lining – Superior protection against oil and chemical exposure.
Stainless Steel Clamps Included – Secure installation and extended service life.
Give your BMW N55 the reliability it deserves—upgrade to the ECS Silicone CCV Hose today!

At Turner, all our Carbon Fiber Intake Systems are top-of-the-line custom-engineered products that we develop in house. Our Turner S65 Carbon Intake is a monster that perfectly compliments the high revving 4.0l V8 engine. Add in a full carbon plenum and you have a recipe for greatness! The intake benefits start right at the motor; the plenum offers a larger interior volume and full carbon design which helps boast the intoxicating roar. Directly connected to the plenum is a full carbon intake tube with a substantially larger cross sectional area with smooth transitions which results in more airflow available to the engine in high demand scenarios. The inlet tube mounts securely to the full carbon heat shield and is mounted in factory airbox locations while retaining the factory cold air induction tract from the hood. Housed inside the heat shield is a behemoth cone filter to ensure proper filtration and maximize airflow. Turner's S65 intake and plenum is designed with air flow and induction in mind. The intake flows like no other; during testing, the Turner intake outperformed the flow-bench at over 750CFM, a massive improvement over the factory intake.

Here are the benefits:

Full carbon plenum and intake for a full engine bay transformation
You get a beautiful carbon heatshield, one of the only full carbon fiber heatshields available.
All the flow - the air on demand will make sure your engine always has room to breathe.
Increased throttle response.
Added induction noise for an intoxicating driving experience.
PART DESIGN:

Designed and engineered in-house using state of the art 3D laser scanning and CAD technology for precision fitment
Full Carbon Plenum construction with internal bracing and velocity stacks
Hood Inlet Scoop - Directs the flow of cool, ambient air to the heat shield, and directly into the air filter. Seals off with the factory rubber gasket on the lower side of the hood inlet.
Full Carbon Fiber Heat Shield Assembly that utilizes OEM air box mounts and integrates with the factory air intake tract from the hood.
Monstrous 9" cone air filter to maximizes filtration that is able to be serviced/cleaned.
7"x5" Carbon Fiber Inlet Tube providing smooth, direct airflow from the behemoth air filter directly into the plenum.
Fully compatible with the OEM Secondary Air Injection emissions system. Factory hose lock and location.
Full carbon fiber plenum with bracing and carbon velocity stacks.
KIT CONTENTS

Carbon Fiber Plenum
Carbon Fiber Heat Shield
Carbon Fiber Intake Tube
Plenum Silicone Coupler
9" Cone Air Filter
Installation Hardware
PRODUCT DEVELOPMENT

Turner S65 Intake System was designed, engineered, tested and quality inspected by our Research and Development team at Turner. Nothing but the highest level of precision and quality through leading-edge product development technology including FARO laser scanning for reverse engineering and quality inspection, SolidWorks 3D CAD modeling, rapid prototyping utilizing our in-house 3D printer and rigorous long term product testing. Performance data metrics are collected utilizing Mustang AWD 500 SE in ground dyno and in-house Superflow SF-750 Flowbench.

Due to weak plastic construction, the factory plastic crankcase ventilation breather hose is known to fail. After years of exposure to piping-hot engine bay temperatures and chemical-laden oil vapors, the corrugated plastic tubing can crack, crumble, or fail altogether.

We set out to bulletproof your N52 CCV system with a durable silicone breather hose, designed to provide a comprehensive upgrade and permanent replacement for the factory plastic hose. By replacing the flimsy, heat-hardened OEM plastic hose with a four-ply fluorosilicone hose, you'll experience peace of mind knowing your N52 is free from the inevitable return of oil leaks, vacuum leaks, and drivability concerns that would have been.

This breather hose is found at the front of the engine, and is used to connect the oil separator to the valve cover. It replaces OEM part number 11157522931.

Features:

Silicone construction ensures a durable replacement that is sure to outlast OE plastic
Designed as a direct replacement for the factory breather hose
Retains heating function and OE electrical connector
Design:

Four-ply wire-reinforced fluorosilicone hose is designed to resist degradation due to exposure to oil vapors
O-rings are pre-installed in OE connectors for a lasting seal
Includes pre-installed zinc-coated hose clamps for durability and corrosion resistance
Product Development:

Our Silicone CCV Hose Upgrade was designed, engineered, tested, and quality inspected by our Research and Development team in our Wadsworth, Ohio, facility. We strive for the highest level of precision and quality through leading-edge product development technology, including FARO laser scanning for reverse engineering and quality inspection, SolidWorks 3D CAD modelling, rapid prototyping utilizing our in-house 3D printer, and rigorous long-term product testing.