Arrow slip-on GP2 stainless steel Dark for BMW S1000RR K67 (19-25)-article number 71554GPI

The Arrow Slip-on 71554GPI from the GP2 series was specially developed for the BMW S1000RR K67 (built in 2019-2025). This slip-on sporty design combines with an outstanding performance with a final sound damper made of high-quality stainless steel Dark. With a weight of only 1.72 kg, this slip-on contributes to weight reduction and, in combination with a suitable Arrow, can be expanded into a powerful complete system.

Important instructions:

• Note on the image: The first example picture was photographed because Arrow has not yet provided an official product image.
• The slip-on is compatible with one matching arrow manifold And can be combined into a complete system.

Characteristics:

• Permit: With E-number-approved for use in public road traffic.
• Weight: 1.72 kg - easy for improved performance and driving dynamics.
• Materials:
  • Final silencer: Made of high -quality stainless steel Dark - durable, heat -resistant and with a sporty, dark finish.
  • End caps: Stainless steel for additional stability and a noble look.
  • Interior parts: Stainless steel for maximum corrosion resistance and durability.
• Mass:
  • Total length of the exhaust: 200 mm.
  • Connection diameter: 60 mm (inlet) / 58 mm (outlet).
• With DB killer: Reduces the volume for road operations, removable if necessary.
• Compatibility: Can be expanded to a complete system with an Arrow manifold.

Special advantages:

• Complete system: Can be combined with an Arrow manifold to maximize the performance and gas response of your BMW S1000RR.
• Street approval: Suitable for public transport thanks to the E number.
• Light construction: The slip-on contributes to weight loss and improves the handling of the machine.
• Sporty design: The combination of stainless steel Dark and stainless steel gives your S1000RR a dynamic, high -quality look.
• Simple assembly: The plug-and-play design enables quick and uncomplicated installation.

Recommendation: A specially developed mapping is recommended for optimal performance, improved response and maximum durability.