Moto Guzzi V 11EV (1998-00)

The Moto Guzzi V 11EV is a motorcycle produced between 1998 and 2000. It features a four-stroke, 90 degrees V twin engine with a capacity of 1064 cc and a compression ratio of 9.8:1. The bike has electronic fuel injection and an electronic ignition system, as well as a five-speed transmission and shaft drive. The front suspension consists of 40mm Marzocchi upside-down forks, while the rear suspension is a cantilever swingarm with a Sachs Boge mono-shock. The front brakes have two 320mm discs with four-piston calipers, while the rear brake has a single 282mm disc with a two-piston caliper. The bike has a seat height of 800mm, wheelbase of 1471mm, and dry weight of 219kg. It can travel up to 216.2 km/h and has a fuel capacity of 22 litres with an average fuel consumption of 18.3 km/lit. The standing quarter-mile time is 12.4 seconds.

Technische Daten:

Make Model: Moto Guzzi V 11EV

Year: 1998 – 00

Engine: Four stroke, 90 degrees V twin, longitudinally mounted, OHV, 4 valve per cylinder.
Hubraum: 1064 cm³ / 64,9 cu-in
Bohrung x Hub: 92 x 80 mm
Kühlsystem: Luftgekühlt
Verdichtungsverhältnis: 9,8:1
Induction: Magneti Marelli IAW Multipoint phased sequential fuel injection
Ignition: Magneti Marelli IAW electronic digital
Anfahren: Elektrisch
Max Power: 91 hp / 66.3 kW @ 7800 rpm
Max Torque: 94 Nm / 69.3 lb-ft @ 6000 rpm
Getriebe: 5-Gang
Endantrieb: Welle
Front Suspension: 40mm Marzocchi upside-down forks, adjustable compression
Federweg Vorderrad: 120 mm / 4.7 in
Rear Suspension: Cantilever swingarm, Sachs Boge mono shock, adjustable compression and rebound damping

Hinterradfederweg: 128 mm / 5.0 in
Bremsen vorne: 2x 320-mm-Scheiben 4-Kolben-Bremssättel
Hintere Bremsen: Einzelne 282-mm-Scheibe 2-Kolben-Bremssattel
Vordere Bereifung: 120/70-17
Hinterreifen: 170/60-17
Sitzhöhe: 800 mm / 31.5 in
Radstand: 1471 mm / 57.9 in
Trockengewicht: 219 kg / 482.8 lbs
Kraftstoffkapazität: 22 Liter / 5.8 US gal
Verbrauch Durchschnitt: 18,3 km/Liter
Stehende 1/4 Meile: 12,4 sec
Top Speed: 216.2 km/h

Verwandte Modelle: