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Aprilia Tuono 660 Factory

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Make Model

Aprilia Tuono 660 Factory

Year

2025

Engine

Four stroke, forward facing parallel twin, DOHC with silent chain drive on the right side, four valves per cylinder

Capacity

659 cc / 40.2 cu-in

Bore x Stroke

81 x 63.93 mm

Compression Ratio

13.5: 1

Cooling System

Liquid cooled with radiator and water-oil heat exchanger
Lubrication Wet sump

Exhaust

Akrapovič - for race use only
Emission Euro 5 +

Induction

Airbox with front air intake. 2 x 52 mm throttle bodies, Ride-By-Wire management

Electronic Management

APRC suite that includes ATC (traction control), AWC (wheelie control), AEB (engine brake) AEM (engine mapping), ACC (cruise control) 5 riding modes (Road and Track, 3 pre-set and 2 customizable)

Starting

Electric

Max Power

105 hp / 73.5 kW @ 10500 rpm

Max Torque

68 NM / 50.2 lb-ft @ 8500 rpm

Clutch

Wet, multi-plate, slipper

Transmission 

6 Speed, Aprilia Quick Shift (AQS) System up and down (available as optional accessory)

Final Drive

Chain, with drive ratio: 17/43

Frame

Twin-spar aluminum half frame

Front Suspension

43mm Öhlins NIX 30 fork, spring preload, rebound and compression damping adjustable

Front Wheel Travel

110 mm / 4.3 in

Rear Suspension

Öhlins STX rear shock, spring preload, rebound and compression damping adjustable

Rear Wheel Travel

130 mm / 5.1 in

Front Brakes

2x 320mm Brembo radial calipers with 4 horizontally opposed 32 mm pistons. Radial pump and metal braided brake hose

Rear Brakes

Single 220mm disc; Brembo caliper with two 34 mm separate pistons. Master cylinder with separate reservoir and metal braided hose Multimap ABS (Cornering ABS available as optional accessory)

ABS System

ABS Cornering multimap
Wheels Aluminum alloy

Front Wheel

3.5 x17

Rear Wheel

5.5 x17

Front Tyre

120/70 ZR 17

Rear Tyre

180/55 ZR 17

Rake

24.3°

Trail

104.1 mm / 4.1 in

Wheelbase

1382 mm / 54.4 in

Seat Height

822 mm / 32.3 in

Wet Weight

181 kg / 399 lbs

Fuel Capacity 

15 Litres / 4.0 US gal
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From a press release issued By Aprilia and its Website:

To be a Factory version means adding that extra level of technological excellence and ultimate riding enjoyment to the already ultra-high standards set by the Tuono 660. More power and less weight for improved performance is accompanied by a comprehensive electronics package and adjustable suspension so that you are always totally in control.

For 2025, the Factory willbe the only Tuono 660 you can buy, with the discontinuation of the entry-level bike.

Light on weight, heavy on performance
The Tuono 660 Factory version benefits from an improved weight-to-power ratio, the result of a new lightweight lithium battery that contributes to reducing the overall weight by roughly 2 kg, taking the kerb weight down to 181 kg. Add this to fully adjustable front and rear suspension and you have an extraordinarily efficient bike that is hard to resist.

5 Riding Modes
With a choice of 5 Riding Modes, you simply select the one best suited to your needs or the conditions and voilà, traction and wheelie control, engine braking, ABS and other parameters are instantly adjusted to optimise your ride.

Standard electronics that are anything but standard
The Tuono 660 Factory comes with a comprehensive package of APRC electronic controls including Ride-by-Wire acceleration and a six-axis inertial platform. Other standard features designed to elevate your riding experience are Quick Shift, Cruise Control, Engine Brake, Traction Control, Engine Map and Wheelie Control.

Advanced suspension
The factory version of the Tuono 660 sports refined suspension that is ideal for sports riding. The Sachs shock absorber with separate reservoir is adjustable in its compression, rebound damping and spring pre-load, while the Kayaba fork is fully adjustable in the same three parameters.

Cutting-edge braking
The Tuono 660 Factory comes with multi-map cornering ABS, a system with a specific algorithm behind it 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 improve stability and deceleration.