braaap MOTO3 250CC vs Kawasaki Versys X 300 Adventure

Compare Specifications of braaap MOTO3 250CC and Kawasaki Versys X 300 Adventure

Selected Bikes

braaap MOTO3 250CC
braaap MOTO3 250CC

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Kawasaki Versys X 300 Adventure
Kawasaki Versys X 300 Adventure

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Technical Specifications
Fuel Petrol Petrol
Engine Displacement 250.00 cc 296.00 cc
Engine 4 Stroke OverheadCam Liquid-cooled, 4-stroke Parallel Twin,DOHC, 8 valves
Engine Starting Electric Electric
Engine Lubrication Oil Forced lubrication, wet sump
Clutch 5 plate clutch Wet multi-disc, manual
Fuel System carburettor Fuel injection: Ø 32 mm x 2 with dual throttle valves
Ignition CDI --
Cooling System -- Liquid-cooled
Maximum Power -- 40 PS @ 11500 RPM
Maximum Torque -- 25.7 NM @ 10000 RPM
Transmission 6-Speed 6-speed
Gear Shift Pattern 1-N-2-3-4-5-6 1-N-2-3-4-5-6
Frame Semi trellis Tube Steel Backbone, high-tensile steel
Tyres
Front 110/70-17 100/90-19M/C 57S
Rear 140/70-17 130/80-17M/C 65S
Wheel / RIM Alloy,17” Cast Spoke
Brakes
Front Hydraulic Disc Single 290 mm petal disc. Caliper: Single balanced actuation dual piston
Rear Hydraulic Disc Single 220 mm petal disc. Caliper: Dual piston
Suspension
Front USD Telescopic 41 mm telescopic fork
Rear Mono Shock Bottom-Link Uni-Trak, gas-charged shock and adjustable preload
Colors Available
Colors -- Candy Lime Green
Metallic Spark Black


Physical Specs
Length 2030 mm 2170 mm
Width 720 mm 860 mm
Height 1120 mm 1390 mm
Kerb Weight 173 --
Handlebar Width 990 --
Seat Height 770 845
Wheelbase 2030 mm 1450 mm
Ground Clearance -- 180 mm
Fuel Tank Capacity 16 litres 17 litres
Overview
Features - LAMS Approved
- Electronic Display
- Waved Discs
- Handguards
- Engine Guards
- Panniers 2x17L
Additional Details Final Drive : Chain
Swing Arm : Mono Steel
FootPegs : Cast
Exhaust : Stainless Steel or Carbon Fibre
Trail : 108 mm
Wheel travel front : 130 mm
Wheel travel rear : 148 mm
Final drive : Sealed chain
Primary Reduction Ratio : 3.087 (71/23)
Gear Ratios 1st : 2.714 (38/14)
Gear Ratios 2nd : 1.789 (34/19)
Gear Ratios 3rd : 1.409 (31/22)
Gear Ratios 4th : 1.160 (29/25)
Gear Ratios 5th : 1.000 (27/27)
Gear Ratios 6th : 0.857 (24/28)
Final reduction ratio : 3.286 (46/14)
Fuel consumption : 4.1 l/100 km
CO2 emission : 103 g/km

Which one do you think is better? And why?
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