Funk Motorsport Mercedes AMG CLA45 (C118) Turbo Blanket – Heat Management Upgrade

Turbo Heat Management for Mercedes AMG CLA45 (C118)

The Funk Motorsport Turbo Blanket is purpose-built for the Mercedes AMG CLA45 (C118), offering a dedicated solution to control turbocharger heat and protect your engine bay. Designed for owners who demand more from their AMG, this turbo blanket helps maintain performance and reliability whether on the road, track, or during spirited driving.

How This Turbo Blanket Improves Your CLA45

Turbochargers generate intense heat, which can raise engine bay temperatures and threaten nearby components. The Funk Motorsport turbo blanket insulates the turbine housing, helping to:

• Reduce heat soak into intake pipes, wiring, and hoses
• Support more consistent turbocharger performance
• Protect sensitive engine bay parts from thermal damage
• Maintain a cooler, safer environment for surrounding components

This is especially valuable for CLA45 owners running higher boost, tuning for more power, or using their car in demanding conditions.

Where the Funk Motorsport Blanket Excels

This turbo blanket is ideal for:

• Performance builds and tuned CLA45 (C118) models
• Track day and fast road enthusiasts seeking thermal control
• Owners concerned about long-term reliability and heat-related wear
• Anyone upgrading turbo systems or increasing engine output

By containing turbo heat, the blanket helps minimise the risk of heat soak, which can lead to reduced performance and premature ageing of engine bay components.

Key Benefits for Mercedes AMG CLA45 (C118) Owners

• Engineered specifically for the CLA45 (C118) turbocharger
• Multi-layer construction for robust thermal protection
• Available in Titanium, Carbon Fibre, and Inside Out finishes
• Removable design allows for easier turbo maintenance
• Supports consistent turbo response and reliability

Construction and Material Details

The Funk Motorsport turbo blanket features a proprietary four-layer construction, designed to deliver strong heat containment for high-performance Mercedes-AMG applications. Each finish – Titanium, Carbon Fibre, or Inside Out – provides the same core thermal benefits, allowing owners to match their build style or thermal requirements. The removable design supports easier access for turbo servicing, making it a practical upgrade for those who value both performance and maintainability.

Installation and Usage Guidance

This turbo blanket is designed to fit the stock turbocharger on the Mercedes AMG CLA45 (C118) without modification. Installation is straightforward for experienced enthusiasts or professional workshops. For best results:

• Ensure the turbo is cool before installation
• Follow Funk Motorsport’s fitting instructions
• Inspect the blanket periodically, especially if used in high-heat or motorsport environments

Routine checks help ensure ongoing performance and safety.

Technical Specifications

Frequently Asked Questions

How does this turbo blanket help my CLA45 (C118)?

It helps contain turbo heat, reducing engine bay temperatures and protecting nearby components, which supports both performance and reliability.

Will this fit my modified or upgraded turbo?

This blanket is designed for the stock turbocharger on the Mercedes AMG CLA45 (C118). For aftermarket or larger turbos, check compatibility with Funk Motorsport before purchase.

Which finish should I choose?

All finishes offer the same thermal protection. Titanium is classic, Carbon Fibre offers a modern look, and Inside Out provides a unique appearance.

Can I install this blanket myself?

Enthusiasts with mechanical experience can install it at home, but professional installation is recommended for best results and safety.

How often should I inspect or replace the turbo blanket?

Inspect the blanket during routine maintenance, especially if used in high-heat or motorsport conditions. Replace if damaged or excessively worn.

Does this blanket affect turbo performance?

By containing heat within the turbo housing, the blanket helps maintain stable turbo temperatures, supporting consistent performance and reducing heat soak.