2025 Aprilia RS 660 Racing Black

INSTANTLY RECOGNISABLE A masterpiece of contemporary racing technology and first-class electronics, the RS 660 delivers thrills aplenty on both road and track. With its perfect fusion of an outstanding chassis, competitive power-to-weight ratio and 100-horsepower twin engine that delivers a concise, engaging and accessible riding experience, it introduces a new standard in the sports sector. A work of beauty to behold, it interprets the Aprili...

Overview

INSTANTLY RECOGNISABLE

A masterpiece of contemporary racing technology and first-class electronics, the RS 660 delivers thrills aplenty on both road and track. With its perfect fusion of an outstanding chassis, competitive power-to-weight ratio and 100-horsepower twin engine that delivers a concise, engaging and accessible riding experience, it introduces a new standard in the sports sector. A work of beauty to behold, it interprets the Aprilia brand through a winning combination of innovation, technology and design.

Specifications

Model
RS 660
Category Name
Motorcycles
Year
2025
Sale Type
New
Manufacturer
Aprilia
Quantity
1
Manufacturer Qty
0
Color
Racing Black

engine

2025 Aprilia RS 660 Racing Black Because speed means rhythm

The 660-cc twin-cylinder 100-horsepower engine offers exhilarating acceleration and impressive torque, much of it even at low revs. An exceptionally harmonious engine delivers the performance of a much larger twin-cylinder, but it is so compact and lightweight that Aprilia's engineers can encase it in an agile, hardworking chassis that is suitable for both the road and the track.

2025 Aprilia RS 660 Racing Black Engine

The twin-cylinder 660-cc Euro 5 engine delivers 100 horsepower and torque levels designed for lively, responsive performance at any speed.

 

design

2025 Aprilia RS 660 Racing Black Your idea of an everyday sports bike

The RS 660 rewrites the rules when it comes to aesthetics and engineering, setting the standard for the current and future design of medium-weight sports motorcycles. It is the only such bike to feature a double-walled fairing, which also diverts air flow away from the rider’s legs. In terms of illumination, the powerful tapered full-LED headlight with perimetral DRLs not only makes the RS 660 safe and aerodynamic, but creates a streamlined outline that makes a statement wherever it goes, regardless of light conditions.

 

technology

2025 Aprilia RS 660 Racing Black Extend your riding experience

The RS 660 high-quality riding experience owes much to technological features such as the colour TFT display with special graphics and APRC settings for complete control over riding parameters at all times. The ability to choose between 2 predefined and 3 customisable riding modes depending on the track or road conditions takes the enjoyment factor up another level.

2025 Aprilia RS 660 Racing Black Advanced technology

The RS 660 boasts the latest APRC (Aprilia Performance Ride Control) electronic controls package. Based on a sophisticated six-axis inertial platform featuring accelerometers and gyroscopes, this advanced system monitors the bike’s condition in real-time relative to the road and enhances performance while also making the ride safer and more enjoyable.

 

full led lighting

2025 Aprilia RS 660 Racing Black Full LED lighting

The RS 660’s front lighting cluster features three LED components with distinctive DRLs. It includes a dusk sensor that automatically activates the low beam and extra lights known as “bending lights”, which illuminate the inside of a curve for improved visibility on the go.

 

multi-map cornering abs

2025 Aprilia RS 660 Racing Black Multi-map Cornering ABS

Advanced multi-map Cornering ABS ensures maximum safety on the road without compromising the RS 660’s performance. It works via a specific algorithm that optimises braking and ABS intervention on corners by constantly monitoring key parameters. These include lateral acceleration, the pressure applied to the front brake lever, and the lean, pitch and yaw angle, modulating the braking action in order to optimise the correlation between stability and deceleration.

 

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