Akrapovic Titanium Header - Silver - E-B13E1

Unleash the true potential of your BMW R 1300 GS with the Akrapovic Header Pipe. This performance upgrade is engineered for riders who demand the best in power, weight reduction, and sound.

Description

The Akrapovic Header Pipe is constructed from high-grade titanium and features a carbon-fiber heatshield, ensuring both durability and a premium aesthetic. Designed for closed-course competition, this header pipe enhances exhaust gas flow by utilizing larger diameter tubes and eliminating the catalytic converter. This modification provides a unique and deep racing tone from the boxer engine thanks to the pre-muffler. When combined with the Akrapovic Slip-On Line (Titanium), the system delivers a significant boost in performance. Dyno tests show an increase of 3.1 kW (4.2 hp) at 7,800 rpm and 5.9 Nm of torque at 3,000 rpm compared to the stock system on a BMW R 1300 GS. Installation is designed to be straightforward, however, ECU remapping is mandatory to ensure optimal performance and engine health. Experience the difference that Akrapovic engineering can make.

Features & highlights

• Constructed from high-grade titanium for superior strength and weight reduction.
• Carbon-fiber heatshield provides added protection and a premium look.
• Enhanced exhaust gas flow improves engine performance.
• Delivers a deep racing tone for an exhilarating riding experience.
• Significant weight reduction of 3.4 kg (54.84% compared to stock).
• Power increase of 3.1 kW (4.2 hp) and 5.9 Nm of torque when combined with the Akrapovic Slip-On Line (Titanium).
• Plug-and-play installation for ease of use.

Technical specifications

• Brand: Akrapovic
• Product Name: Header Pipe
• Material: Titanium
• Color/Finish: Silver

Important to know

This header pipe is intended exclusively for closed-course competition circuits. ECU remapping is mandatory after installation to ensure optimal performance and prevent engine damage. Slip-On Line (Titanium) is not included and must be purchased separately to achieve maximum performance gains.