2000 Aprilia RS 250 vs 2014 Honda CBR 300R

Full specifications comparison • 2 motorcycles

Comparing 2 motorcycles
2000 Aprilia RS 250 2000 Aprilia RS 250

Sport

Engine
Two stroke, 90° V twin-cylinder, with laminar suction and exhaust valve. Separate lubrication with variable automatic mixer
Power
52.9 kW / 72.5 hp @ 11900 rpm
Top Speed
209.5 km/h / 130.2 mph
Weight
167 kg / 368 lbs
2014 Honda CBR 300R 2014 Honda CBR 300R

Sport

Engine
Twin, four-stroke
Power
N/A
Top Speed
N/A
Weight
361.6 pounds
Full Specifications
General
Colours-White/black/red/blue
Make ModelAprilia RS 250-
Dimensions
Ground Clearance (mm)-145 mm
Ground Clearance (in.)-5.7 inches
Seat Height810 mm / 31.9 in785 mm / 30.9 in.
Wheelbase1370 mm / 53.9 in1,380 mm / 54.3 in.
Ground Clearance135 mm / 5.3 in-
Height1080 mm / 42.5 in1,127 mm / 44.4 in.
Length1880 mm / 74.0 in2,030 mm / 79.9 in.
Turning Circle4.09 m / 13.4 ft-
Width690 mm / 27.2 in710 mm / 27.9 in.
Weights & Capacities
Oil Capacity (l)-1.80 litres
Oil Capacity (Quarts)-0.12 quarts
Dry Weight141 kg / 309 lbs-
Fuel Capacity16.5 Litres / 4.4 US gal13.00 litres / 3.43 gallons
Wet Weight167 kg / 368 lbs164.0 kg / 361.6 lbs
Performance
Top Speed209.5 km/h / 130.2 mph-
Braking (100 km/h - 0)36.8 m / 120.7 ft-
Braking (60 km/h - 0)12.9 m / 42.3 ft-
Max Power52.9 kW / 72.5 hp @ 11900 rpm-
Max Power - Rear Tyre47.2 kW / 64.3 hp @ 10400 rpm-
Max Torque40 Nm / 4.08 kgf-m / 29.5 lb/ft @ 10750 rpm27.00 Nm (2.8 kgf-m or 19.9 ft.lbs) @ 7250
Standing Start ¼ Mile12.50 sec / 172.5 km/h / 107.2 mph-
Engine
Bore x Stroke (in,)-3.0 x 2.5 inches
Bore x Stroke (mm)-76.0 x 63.0 mm
CO2-76.8 CO
Displacement (cc)-286.00 cc
Displacement (ci)-17.45 cubic inches
Engine Type-Twin, four-stroke
Fuel Control-DOHC
Displacement249 cc / 15.2 cu in-
Engine DetailTwo stroke, 90° V twin-cylinder, with laminar suction and exhaust valve. Separate lubrication with variable automatic mixer-
Fuel System-Injection
Air FilterPolyurethane filter element-
Bore x Stroke56 x 50.6 mm-
Compression Ratio12.0:1 (+/- 0.7)10.7:1
Cooling System Liquid cooled-
Engine Lubrication-Forced pressure and wet sump
Fuel Consumption-3.31 litres/100 km (30.2 km/l or 71.06 mpg)
Fuel Induction2 x Ø34 mm Mikuni 34 SS flat side carburetors-
Fuel Reserve3.5 Litres / 0.9 US gal4.00 litres / 1.06 gallons
Fuel TypeLead-free petrol, R.O.N. minimum 95-
IgnitionCDIComputer-controlled digital transistorised with electronic advance?
LubricationOil pump with separate circuit-
StarterKickElectric
Valve System-4
EV Specifics
Battery Capacity12V 4Ah-
Drivetrain
ClutchOil bath, multiple-disc, with lever control on handlebarsWet multiplate
Final DriveChain, sealed, jointless, DID 520 V6Chain
Final Drive Ratio 14:42 (1:3.0)-
Gear Ratios1st 11:27 (1:2.454) / 2nd 16:26 (1:1.625) / 3rd 17:21 (1:1.235) / 4th 22:23 (1:1.045) / 5th 24:22 (1:0.916) / 6th 25:21 (1:0.840)-
Gear Shift PatternWith pedal (L), 1st low, other 5 high-
Gearbox-6-speed
Primary Drive-530 O-ring sealed chain
Primary Drive Ratios23:59 (1:2.565)-
Transmission / Drive6 Speed, direct drive-
Chassis
Frame Type-Diamond Steel. Swing arm: 573.6mm.
Suspension - Frontø40 mm Inverted fork with adjustable rebound and compression damping.37mm conventional fork
Suspension - RearMagnesium alloy swingarm. Monoshock with resevoir, adjustable extension, compression and spring preloading.Mono-shock, Pro-link
Rake25°-
Trail-98 mm / 3.9 in.
Wheel Travel - Front120 mm / 4.7 in120 mm / 9.7 in.
Wheel Travel - Rear130 mm / 5.1 in120 mm / 4.7 in.
Maintenance
2-Stroke Engine OilIP MAX 2T COMPETITION, or any high-quality oil meeting the ISO-L-ETC++ or API TC++ specifications-
Gearbox Oil SpecificationIP FC, SAE 75W-90, or any high-quality oil meeting the API GL-4 specification-
Wheels & Brakes
Brakes - Rear Diameter (in.)-8.7 inches
Brakes - Front Diameter (mm)-296 mm
Brakes - Front Diameter (in.)-11.7 inches
Brakes - Rear Diameter (mm)-220 mm
Brakes - Front2 x Ø298 mm discs, 4 piston calipersSingle disc. Hydraulic.
Brakes - RearSingle Ø220 mm disc, 2 piston caliperSingle disc. Hydraulic.
Rims-Hollow-section 6-spoke cast aluminium
Tyres - Front120/60-17110/70-17
Tyres - Rear150/60-17140/70-17
Wheels - Front3.50 x 17-
Wheels - Rear4.50 x 17-

Verdict

Too close to call

The 2000 Aprilia RS 250 and the 2014 Honda CBR 300R are evenly matched across the key measurable criteria. Your decision comes down to personal preference, riding style, and which brand's dealer network best suits your location.

Key Differences

2000 Aprilia RS 250 - Advantages

  • Liquid cooling: Consistent engine temperature in stop-start traffic and hot climates.
  • Dual front discs: Greater stopping power and better heat management under hard braking.
  • More rear wheel travel: 130 mm vs 120 mm - absorbs bigger hits and rough terrain better.

2014 Honda CBR 300R - Advantages

  • Lower seat height: 785 mm vs 810 mm - accessible to a wider range of rider heights.
  • Fuel injection: Precise fuelling, better cold-start reliability, and lower maintenance requirements.
  • More ground clearance: 145 mm vs 135 mm - better clearance over rocks and obstacles.

2000 Aprilia RS 250 vs 2014 Honda CBR 300R - FAQs

What are the engine differences between the 2000 Aprilia RS 250 and 2014 Honda CBR 300R?
The 2000 Aprilia RS 250 uses Two stroke, 90° V twin-cylinder, with laminar suction and exhaust valve. Separate lubrication with variable automatic mixer, while the 2014 Honda CBR 300R is powered by Twin, four-stroke.
Which bike is better for shorter riders, the 2000 Aprilia RS 250 or the 2014 Honda CBR 300R?
The 2014 Honda CBR 300R has the lower seat at 785 mm, making it more accessible. The 2000 Aprilia RS 250 sits higher at 810 mm. A seat height below 800 mm suits most riders; above 820 mm shorter riders may need to tiptoe.
Which should I buy, the 2000 Aprilia RS 250 or the 2014 Honda CBR 300R?
Both are strong choices. The 2000 Aprilia RS 250 has the edge in liquid cooling and dual front discs, while the 2014 Honda CBR 300R stands out for lower seat height and fuel injection. Visit dealers, arrange test rides, and factor in local parts and service costs - these often matter as much as the spec sheet.