BorgWarner EFR B2 7670 Turbocharger with 1.05 A/R VTF - High-Performance Automotive Turbo

BorgWarner Turbo EFR B2 7670 1.05 a/r VTF

The BorgWarner EFR B2 7670 turbocharger is engineered for demanding automotive applications, offering exceptional power and efficiency. Designed with a 1.05 A/R VTF (Variable Twin-Flow) housing, this turbo delivers optimal spool and boost response across a wide range of engine configurations. Its robust construction ensures durability under high-performance conditions, making it suitable for enthusiasts and professional tuners alike.

Constructed with precision to meet the highest standards, the EFR B2 7670 features advanced aerodynamics that maximize airflow and minimize lag. This turbo is ideal for applications requiring significant boost levels and enhanced engine responsiveness. Please note that this part is not CARB approved and requires CARB acknowledgment before installation, aligning with regulatory compliance in certain regions. The turbo is not subject to LTL freight shipping restrictions, facilitating easier transportation. Built by BorgWarner, a leader in turbocharger technology, this component is designed to elevate your vehicle’s performance while maintaining reliability and efficiency.

Whether upgrading your existing setup or building a high-powered build from scratch, the BorgWarner EFR B2 7670 turbocharger provides the performance gains and durability needed for serious automotive projects. Its compact yet powerful design makes it a versatile choice for a variety of performance vehicles, ensuring you get the maximum power output with consistent operation. Trust BorgWarner’s engineering expertise to deliver a turbocharger that meets the demands of high-performance driving and racing applications.

Features:

• High-Performance Turbocharger: Designed for maximum power output and efficiency.

• 1.05 A/R VTF Housing: Ensures optimal spool and boost response across various engine configurations.

• Robust Construction: Built to withstand high stress and demanding driving conditions.

• Advanced Aerodynamics: Maximizes airflow and minimizes turbo lag for quicker response.

• Regulatory Compliance: Requires CARB acknowledgment, not CARB approved, suitable for regions with specific emissions regulations.