SC Project CR-T Carbon fibre Exhaust, high mount- Aprilia RSV4 (18-20)

SC Project CR-T Carbon fibre Exhaust, high mount- Aprilia RSV4 (18-20)

Give your Aprilia RSV4 a sharper racing character with the SC Project CR-T Carbon fibre Exhaust, high mount- Aprilia RSV4 (18-20). This lightweight slip-on uses a carbon fibre body, titanium end cap, and titanium link pipe. It delivers +3.7 hp at 12800 RPM and +1.6 Nm at 10500 RPM. Moreover, it reduces exhaust weight by 2.6 kg, from 3.6 kg to only 1 kg. Visit our website for more parts and accessories of Aprilia.

Iconic CR-T Racing Design

The CR-T represents one of SC-Project’s signature racing exhaust designs. Its development draws from the company’s experience in Moto2 World Championship competition.

For the Aprilia RSV4, the high-mount configuration creates a more aggressive racing appearance. Furthermore, the compact muffler complements the bike’s sporty profile.

High-Mount Racing Configuration

This CR-T uses a high-mount configuration designed specifically for the Aprilia RSV4. The elevated position gives the exhaust a distinctive competition-inspired appearance.

The setup also focuses on reducing unnecessary weight. As a result, the muffler weighs only 1 kg compared with the 3.6 kg stock system.

2.6 kg Weight Reduction

The lightweight construction provides a significant weight saving. The original exhaust weighs 3.6 kg, while the SC-Project CR-T weighs only 1 kg.

Therefore, the system reduces exhaust weight by 2.6 kg. This substantial reduction supports the lightweight and racing-focused character of the RSV4.

Performance-Focused Output

The CR-T delivers a claimed +3.7 hp at 12800 RPM. It also produces +1.6 Nm of torque at 10500 RPM.

These figures complement the exhaust’s racing-focused construction. Moreover, the slip-on format provides a focused performance upgrade without replacing the complete exhaust system.

Carbon Fibre and Titanium Construction

SC-Project combines a carbon fibre body with a titanium end cap and titanium link pipe. These materials help keep the muffler lightweight while providing high-temperature resistance.

SC-Project selected materials inspired by the aeronautical industry for its racing exhaust applications. Consequently, the CR-T offers a purposeful combination of low weight and premium construction.

TIG Welding and CNC Titanium Bushings

The CR-T uses T.I.G. welding for its bracket and fittings. This manufacturing process supports precise and clean construction.

In addition, SC-Project machines the insert bushings from solid titanium using CNC machinery. These components help provide accurate and secure couplings.

Deep and Dark Racing Sound

The CR-T is designed around a deep and dark sound character. Its compact racing form enhances the aggressive identity of the Aprilia RSV4.

However, this configuration is intended specifically for racing applications. FOR RACING USE ONLY.

Exhaust Valve Elimination

Installing this high-mount CR-T involves the elimination of the original exhaust valve.

Therefore, riders should account for this change when planning the installation. The system is designed around its dedicated racing configuration rather than the original valve setup.

XECU Remap Support

The kit includes an XECU card that provides a 20% discount on motorcycle remapping. The discount applies to a specific map developed for use with the SC-Project exhaust.

This allows riders to access a dedicated tuning option for the exhaust setup. Therefore, the included XECU card adds value for riders looking to optimize the complete racing configuration.

Built for Racing Performance

The SC Project CR-T Carbon fibre Exhaust, high mount- Aprilia RSV4 (18-20) combines a lightweight carbon fibre body with titanium components and a distinctive high-mount racing layout.

It saves 2.6 kg and delivers +3.7 hp and +1.6 Nm at the specified RPM ranges. Overall, the CR-T offers a focused racing upgrade for the Aprilia RSV4, backed by SC-Project’s Moto2-inspired development approach.

FOR RACING USE ONLY.

Weight	8 kg
Dimensions	50 × 30 × 25 cm
Country of Origin	Italy