Mishimoto 3.5in HFM w/o ASC Red Silicone Intake Boot | BMW 3 Series (82-94) / M3 (92-99) / Z3 (95-03) / 3 Series (98-07)

Name: Mishimoto 3.5in HFM w/o ASC Red Silicone Intake Boot | BMW 3 Series (82-94) / M3 (92-99) / Z3 (95-03) / 3 Series (98-07)
Brand: Mishimoto
Price: 143.95 USD
Availability: InStock

Mishimoto 3.5in HFM w/o ASC Red Silicone Intake Boot | BMW 3 Series (82-94) / M3 (92-99) / Z3 (95-03) / 3 Series (98-07)

SKU:MMHOSE-E36-92IB35RD

In stock

$143.95 USD

~~$168.00 USD~~ $143.95 USD

ADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

Product variants

Quantity

▶ Vehicle Fitments

Year	Make	Model
1982 - 1994	BMW	3 Series (E30)
1990 - 2000	BMW	3 Series (E36)
1998 - 2007	BMW	3 Series (E46)
1981 - 1988	BMW	5 Series (E28)
1988 - 1997	BMW	5 Series (E34)
1986 - 1994	BMW	7 Series II (E32)
1992 - 1999	BMW	M3
1995 - 2003	BMW	Z3

The Mishimoto 92-99 BMW E36 (325/328/M3) with 3.5-inch HFM Silicone Intake Boot is a high-quality replacement component designed to enhance the vehicle's intake system. Crafted from durable silicone and embedded with heat-resistant fibers, this intake boot offers superior pressure tolerance compared to OEM rubber hoses. Its construction ensures reliable performance under demanding conditions, making it an ideal upgrade for enthusiasts seeking improved airflow and durability. Available in black, blue, or red, it combines performance benefits with a sleek aesthetic, providing both functional and visual enhancements to the engine bay.

This silicone intake boot is specifically designed for 1992 to 1999 BMW E36 models equipped with a 3.5-inch hot film mass airflow sensor (HFM). It maintains OEM fitment, ensuring a straightforward bolt-on installation without modifications. Suitable for street and performance applications, this upgrade helps improve throttle response and engine efficiency. The kit includes the silicone hose and necessary clamps, offering a direct replacement for the factory component. It is compatible with stock or modified engines, making it a versatile choice for daily drivers and track enthusiasts alike.

Overview

Mishimoto Intake Components

Fitment Summary

This intake boot is designed specifically for BMW E36 models from 1992 to 1999, including 325, 328, and M3 variants, equipped with a 3.5-inch HFM sensor.

Part #: MMHOSE-E36-92IB35RD

Overview

The Mishimoto BMW E36 3.5-inch HFM Silicone Intake Boot is a high-quality replacement part crafted from durable silicone with embedded heat-resistant fibers. This upgrade is intended for enthusiasts seeking to enhance their vehicle's intake system with a component that offers superior heat resistance, pressure tolerance, and longevity compared to OEM rubber hoses. Designed to fit seamlessly into your BMW E36, this intake boot helps maintain optimal airflow and engine response, supporting your vehicle’s performance and reliability.

Whether you're restoring your vehicle or upgrading for improved durability, this silicone intake boot provides a reliable seal and a sleek appearance, available in black, blue, or red to match your style preferences.

Key Features

Constructed from high-grade silicone with embedded heat-resistant fibers for durability
Designed for OEM fitment on BMW E36 models from 1992 to 1999 with 3.5-inch HFM sensors
Available in multiple colors to customize your engine bay aesthetic
Offers increased pressure tolerance over standard rubber hoses
Resistant to cracking, hardening, and heat degradation over time
Helps maintain consistent airflow and engine response under various conditions

Construction & Design

This intake boot features a seamless silicone construction reinforced with embedded fibers, ensuring flexibility and resilience against high temperatures and pressure fluctuations. Its precise molding guarantees a perfect fit, reducing the risk of leaks and ensuring long-term performance.

Installation & Fitment

Designed for straightforward installation, this silicone intake boot replaces the OEM rubber hose without modifications. Properly fitted, it helps restore or improve your vehicle’s intake system integrity and performance.