Difference between revisions of "Beta RR 4T 390"
(upgrading template) |
(template fixes) |
||
Line 4: | Line 4: | ||
{{Motorcycle | {{Motorcycle | ||
|name = '''Beta RR 4T 390''' | |name = '''Beta RR 4T 390''' | ||
|aka = | |aka = | ||
|manufacturer = [[Beta]] | |manufacturer = [[Beta]] |
Revision as of 19:45, 9 November 2019
'Beta RR 4T 390' | |
Manufacturer | [[Beta]] |
---|---|
Production | 2018 |
Class | [[:Category:Enduro motorcycles|Enduro]] [[Category:Enduro motorcycles]] |
Engine | Single cylinder, 4-stroke, liquid-cooled |
Bore / Stroke | 88.9mm x 88.9mm |
Compression ratio | 12.48:1 |
Fuel System | Synerject dual electronic injection |
Transmission | Gear box: 6-Speed Final Drive: Chain |
Suspension | Front: Hydraulic USD fork with 48 mm shaft Rear: Monoshock with progressive compound lever |
Brakes | Front: Wave disc 260 mm and double-piston floating caliper Rear: Wave disc 240 mm and single-piston floating caliper |
Front Tire | 90/90 - 21 |
Rear Tire | 140/80 -18 |
Wheelbase | 58.7 inches (1491 mm) |
Length | 85.79 inches (2179 mm) |
Width | 31.81 inches (808 mm) |
Seat Height | 37.01 inches (940 mm) |
Weight | 116.0 kg (wet) |
Manuals | Service Manual |
The Beta RR 4T 390 was a Single cylinder, 4-stroke, liquid-cooled Enduro motorcycle produced by Beta in 2018.
Engine
A 88.9mm bore x 88.9mm stroke result in a displacement of just 385.6 cubic centimeters.
Drive
The bike has a 6-Speed transmission. Power was moderated via the Wet multi-disc.
Chassis
It came with a 90/90 - 21 front tire and a 140/80 -18 rear tire. Stopping was achieved via Wave disc 260 mm and double-piston floating caliper in the front and a Wave disc 240 mm and single-piston floating caliper in the rear. The front suspension was a Hydraulic USD fork with 48 mm shaft while the rear was equipped with a Monoshock with progressive compound lever. The wheelbase was 58.7 inches (1491 mm) long.
2018 Beta RR 4T 390
The 2018 Beta RR 390 comes with the new chassis. The front-end has been completely redesigned enabling an increase in the flexural and torsional rigidity characteristics compared to previous versions and with a notable reduction in weight thanks to an improved structural layout. This generates a consistent improvement in handling and riding precision.