Aprilia Tuono 660 Factory 2023 vs. Honda CB650R 2023

The Aprilia Tuono 660 Factory model year 2023 and the Honda CB650R model year 2023 are both naked bikes with similar engine displacements and power outputs. However, there are several key differences between the two bikes.

Starting with the engine and drivetrain, the Aprilia Tuono 660 Factory is equipped with an inline twin-cylinder engine, producing 100 horsepower and 67 Nm of torque. It features a fuel injection system and liquid cooling. On the other hand, the Honda CB650R is powered by an inline four-cylinder engine, delivering 95 horsepower and 63 Nm of torque. It also has a fuel injection system and liquid cooling. Both bikes offer smooth power delivery and reliable performance, but the Aprilia Tuono 660 Factory has a slight advantage in terms of power output.

In terms of suspension, both bikes feature upside-down telescopic forks at the front and a monoshock at the rear. The Aprilia Tuono 660 Factory is equipped with Kayaba suspension components, while the Honda CB650R features Showa suspension. Both bikes offer adjustable suspension settings, allowing riders to fine-tune their riding experience. However, the Aprilia Tuono 660 Factory offers additional adjustments for compression, preload, and rebound, providing a higher level of customization.

Aprilia Tuono 660 Factory 2023

When it comes to the chassis, the Aprilia Tuono 660 Factory features an aluminum frame with a load-bearing engine, while the Honda CB650R has a steel frame with a double-tube design. The Aprilia Tuono 660 Factory's chassis is adjustable, allowing riders to optimize the bike's handling characteristics. On the other hand, the Honda CB650R's chassis provides a balance between rigidity and weight.

In terms of braking performance, both bikes are equipped with dual disc brakes at the front. The Aprilia Tuono 660 Factory has slightly larger discs with a diameter of 320mm, while the Honda CB650R has 310mm discs. Both bikes feature four-piston radial calipers, providing excellent stopping power and control.

In terms of advanced rider assistance systems, the Aprilia Tuono 660 Factory offers a wide range of features, including ABS, riding modes, launch control, ride-by-wire throttle, quick shifter, traction control, and anti-wheelie control. On the other hand, the Honda CB650R only comes with ABS.

In terms of dimensions and weights, the Aprilia Tuono 660 Factory has a narrower front tire width of 120mm compared to the Honda CB650R's 120mm. Both bikes have the same rear tire width of 180mm. The Aprilia Tuono 660 Factory has a shorter wheelbase of 1370mm compared to the Honda CB650R's 1450mm. The seat height of the Aprilia Tuono 660 Factory is slightly higher at 820mm compared to the Honda CB650R's 810mm. The Aprilia Tuono 660 Factory is also lighter with a curb weight of 181kg compared to the Honda CB650R's 202.5kg. Both bikes have similar fuel tank capacities and fuel consumption rates.

Honda CB650R 2023

In terms of strengths, the Aprilia Tuono 660 Factory offers adjustable chassis, a sporty seating position, high-quality electronics, a large steering angle, and stable maneuverability. It also provides a good front wheel feel. On the other hand, the Honda CB650R offers a good revving engine, adequate power, a sporty seating position, and a wide handlebar. It is comfortable for everyday use.

In terms of weaknesses, the Aprilia Tuono 660 Factory has a comparatively high price and requires a more sporty riding style. Some users have reported the brake rubbing during testing. On the other hand, the Honda CB650R is slightly slower and has a functional but not exciting display.

Overall, both the Aprilia Tuono 660 Factory and the Honda CB650R are capable naked bikes with their own strengths and weaknesses. The Aprilia Tuono 660 Factory offers a more sport-oriented riding experience with advanced electronics and adjustable chassis, while the Honda CB650R provides a balance between sportiness and everyday usability. The choice between the two ultimately depends on the rider's preferences and priorities.