Beta 2024 RR 250 2T vs QJ Motor SRC250

Compare Specifications of Beta 2024 RR 250 2T and QJ Motor SRC250

Selected Bikes

Beta 2024 RR 250 2T
Beta 2024 RR 250 2T

Brand:

Model:

QJ Motor SRC250
QJ Motor SRC250

Brand:

Model:

Brand:

Model:

Brand:

Model:

Technical Specifications
Fuel Petrol Petrol
Engine Displacement 249.00 cc 249.00 cc
Engine Single cylinder 2 stroke liquid cooled 2 cylinder Inline , 4V SOHC
Engine Starting Electric starter Electric
Engine Lubrication Mixing with electrical pump --
Clutch Wet multi-disc with reverse opening Manual,multilate Wet Clutch
Fuel System Keihin PWK 36 Carburettor EFI
Ignition AC Kokusan - Digital CDI --
Cooling System Liquid cooled Air - cooled
Maximum Power -- 17.4 HP @ 8000 RPM
Maximum Torque -- 17.0 NM @ 6000 RPM
Transmission 6 gears 5 gears,Chain
Gear Shift Pattern -- 1-N-2-3-4-5
Drivetrain Chain --
Display -- LCD Meter
Frame Molybdenum steel with double cradle split above the exhaust post --
Headlamp -- LED
Taillamp -- LED
Tyres
Front -- 90/90-18
Rear -- 130/90-15
Brakes
Front -- Hydraulic disc 280 mm (ABS)
Rear -- Hydraulic disc 240 mm (ABS)
Suspension
Front -- Telescopic Upside-Down
Rear -- Telescopic coil spring oil damped
Colors Available
Colors -- Black
Red
Blue
Green
White


Physical Specs
Length 2172 mm 2070 mm
Width 815 mm 810 mm
Height 1270 mm 1100 mm
Kerb Weight -- 163
Seat Height -- 780
Wheelbase 1482 mm 1370 mm
Ground Clearance -- 160 mm
Fuel Tank Capacity -- 14±0.5 litres
Overview
About The Beta 2024 RR 250 2T is fitted with a 249.00 cc single-cylinder 2-stroke liquid-cooled engin Read More --
Features -- - Inline 2-cylinder 249cc 4v Air/Oil-Cooled Engine
- Iconic Simplicity Retro Design- Sometimes less is more
- Wide-Ratio Five-Speed Transmission makes your journey more enjoyable.
- Long and Comfortable Seat provides extra comfort for the rear passenger.
- Retro yet Modern- LED lightings and LCD Meter with an attached USB charger
Additional Details Exhaust Valve: BPV system
Spark Plug: NGK BR8ES
Induction System: Induction reed
Engine Oil: SAE 10W/40
--

Which one do you think is better? And why?
Name :

Comment :

888