Akrapovic Slip-On Line Titanium Rear Silencer

Akrapovic Slip-On Line Titanium Rear Silencer

Constructed using a high-grade sandblasted and lightweight titanium muffler outer sleeve with a black-coated stainless-steel end cap, combined with a stainless-steel link pipe and pre-muffler, this system is finished with a stylish Akrapovič monochrome sticker on the muffler. Replacing the exhaust system has a strong impact on the overall appearance of the motorcycle, as well as on its weight and performance. It weighs in at 1.7 kg lighter (a weight saving of 29.2%) compared to the standard stock system, producing an increase in power of 1.1 kW (1.5 hp) at 5,300 rpm and a torque rise of +1.9 Nm at 5,300 rpm when tested on the Akrapovič in-house dyno against a Z650RS with a standard stock exhaust.

Specifications:

• Material: titanium
• Assembly time: approx. 60 minutes
• ECU mapping required: no
• Dimensions Silencer: 95.6 x 116.8 x 260 mm (oval, Length without end caps)
• Dimensions Pre-Silencer: 117.2 x 187.2 x 155 mm (trapezoid, Length without end caps)

Technical Data Original:

• Power (max.) at 8500 rpm:  46,7 kW / 63,5 PS (m) / 62,6 PS (i)
• Torque (max.) at 6700 rpm: 59,7 Nm / 44,0 Lb-Ft
• Weight: 5,7 kg / 12,5 Lb

Technical Data Akrapovic:

• Power (max.) at 8500 rpm: 47,2 kW / 64,2 PS (m) / 63,3 PS (i)
• Torque (max.) at 7000 rpm: 60,5 Nm / 44,6 Lb-Ft
• Weight: 4,0 kg / 8,8 Lb

Max. Values:

• Power (max.) at 5300 rpm: +1,1 kW / +1,5 PS (m) / +1,5 PS (i)
• Torque (max.) at 5300 rpm: +1,9 Nm / +1,4 Lb-Ft
• Weight: -1,7 kg / -3,7 Lb (-29,2 %)

Manufacturer' s Note:

• Providing an impeccable throttle response allied to a deep Akrapovič sound, this plug-and-play installation system requires no remapping to the ECU and meets Euro 5 standards.
• When fitting the Slip-On Line (Titanium), the existing stock exhaust system requires cutting, and so the easy-to-follow instruction manual must be consulted thoroughly before and during installation.

Contents:

• 1 x Akrapovic rear silencer
• 1 x dB eater
• incl. mounting material