Turbo Heat Control for LMM 6.6L Duramax Owners
The Funk Motorsport LMM 6.6L Duramax Turbo Blanket is purpose-built for owners seeking advanced heat management and engine bay protection in their Duramax-powered vehicles. Specifically designed to fit the LMM 6.6L Duramax turbocharger (commonly found in 2007.5–2010 GM trucks), this turbo blanket helps control under-bonnet temperatures, supports turbocharger efficiency, and safeguards critical components from heat exposure. Available in Titanium, Carbon Fibre, and Inside Out finishes, it features Funk Motorsport’s robust four-layer construction for reliable thermal insulation and easy maintenance access.
How the Funk Motorsport Duramax Turbo Blanket Works
This turbo blanket wraps securely around the turbine housing of your LMM 6.6L Duramax turbo. By containing the extreme heat generated during operation, it helps reduce heat soak into the engine bay. This containment not only protects sensitive wiring, hoses, and intake components but also supports improved turbocharger response by keeping exhaust energy focused within the turbine housing. The result is a more controlled thermal environment, supporting both reliability and performance in demanding conditions.
Where This Turbo Blanket Makes a Difference
Whether you tow heavy loads, drive off-road, or demand consistent performance from your Duramax, managing engine bay heat is critical. Excessive heat can degrade wiring, damage hoses, and reduce the efficiency of intake and cooling systems. The Funk Motorsport LMM 6.6L Duramax Turbo Blanket is especially valuable for:
- Owners of 2007.5–2010 GM trucks with LMM 6.6L Duramax engines
- Performance builds seeking to minimise heat soak and maximise turbo efficiency
- Off-road and towing applications where engine bay temperatures are elevated
- Drivers wanting to protect their investment and reduce the risk of heat-related failures
This product is ideal for those who want to maintain consistent turbo performance and safeguard surrounding components, especially in harsh or high-load environments.
Key Benefits for Duramax Turbo Applications
- Reduces engine bay heat, protecting wiring, hoses, and intake systems
- Supports improved turbocharger response by containing exhaust heat
- Helps prevent heat soak, maintaining consistent performance
- Available in multiple finishes to match your build style
- Removable design allows for routine turbo maintenance without damage
- Constructed with Funk Motorsport’s signature four-layer insulation for durability
Construction and Material Details
Funk Motorsport’s four-layer construction is engineered for demanding thermal environments, offering robust insulation and long-term reliability. Each finish—Titanium, Carbon Fibre, and Inside Out—delivers the same high level of heat resistance and durability, allowing you to choose based on your aesthetic preference. The innovative removable design supports easy access for turbo maintenance, a feature not commonly found in standard turbo blankets.
Installation and Usage Guidance
This turbo blanket is designed for straightforward installation on the LMM 6.6L Duramax turbocharger. The removable construction means you can access your turbo for inspection or servicing without damaging the blanket. For best results, ensure the blanket is fitted securely and does not interfere with moving components. Regular inspection is recommended, especially after heavy use or exposure to extreme heat.
Delivery, customs and taxes
Know the landed cost before you order
For UK customers, prices include VAT, customs and delivery unless checkout states otherwise. For customers outside the UK, local customs and taxes remain your responsibility, and shipping is shown at checkout. If a shipping option is not available, email us and we will prepare a tailored quote.
Lead times and urgent orders
Check timing before you commit
Many of the products we sell are made to order, imported or custom built, so a lead time may apply. If you need a part urgently, contact us before ordering and we will confirm the expected delivery timeframe and process.