BMW M 1000 RR 2024 vs. MV Agusta F3 RC 2022

BMW M 1000 RR 2024

MV Agusta F3 RC 2022

Overview - BMW M 1000 RR 2024 vs MV Agusta F3 RC 2022

BMW M 1000 RR 2024

MV Agusta F3 RC 2022

Technical Specifications BMW M 1000 RR 2024 compared to MV Agusta F3 RC 2022

BMW M 1000 RR 2024

MV Agusta F3 RC 2022

BMW M 1000 RR 2024

MV Agusta F3 RC 2022

Engine and Drive Train

Bore	Bore	80 mm	Bore	79 mm
Stroke	Stroke	49.7 mm	Stroke	54.3 mm
Engine power	Engine power	212 HP	Engine power	147 HP
Rpm at Max. Power	Rpm at Max. Power	14,500 rpm	Rpm at Max. Power	13,000 rpm
Torque	Torque	113 Nm	Torque	88 Nm
Rpm at Torque	Rpm at Torque	11,000 rpm	Rpm at Torque	10,100 rpm
Compression Ratio	Compression Ratio	13.5	Compression Ratio	13.3
Starter	Starter	Electric	Starter	Electric
Clutch Type	Clutch Type	Multiplate in oil-bath, Antihopping	Clutch Type	Multiplate in oil-bath
Number of gears	Number of gears	6	Number of gears	6
Cylinders	Cylinders	4	Cylinders	3
Strokes	Strokes	4-Stroke	Strokes	4-Stroke
Valves per cylinder	Valves per cylinder	4	Valves per cylinder	4
Valves	Valves	DOHC	Valves	DOHC
Displacement	Displacement	999 ccm	Displacement	798 ccm

Suspension Front

Front suspension	Front suspension	Upside-Down telescopic fork	Front suspension	Upside-Down telescopic fork
Diameter	Diameter	45 mm	Diameter	43 mm
Travel	Travel	120 mm	Travel	125 mm
Adjustment	Adjustment	Compression, Preload, Rebound	Adjustment	Preload

Suspension Rear

Suspension	Suspension	Swing arm	Suspension	Single swing arm
Shock absorber	Shock absorber	Monoshock	Shock absorber	Monoshock
Travel	Travel	118 mm	Travel	130 mm
Adjustment	Adjustment	Compression, Preload, Rebound	Adjustment	Preload
Material	Material	Aluminium	Material	Aluminium

Chassis

Frame	Frame	Aluminium	Frame	Aluminium

Brakes Front

Type	Type	Double disk	Type	Double disk
Diameter	Diameter	320 mm	Diameter	320 mm
Piston	Piston	Four pistons	Piston	Four pistons

Brakes Rear

Type	Type	Disc	Type	Disc
Diameter	Diameter	220 mm	Diameter	220 mm
Piston	Piston	Single piston	Piston	Double piston

Dimensions and Weights

Front tyre width	Front tyre width	120 mm	Front tyre width	120 mm
Front tyre height	Front tyre height	70 %	Front tyre height	70 %
Front tyre diameter	Front tyre diameter	17 inch	Front tyre diameter	17 inch
Rear tyre width	Rear tyre width	200 mm	Rear tyre width	180 mm
Rear tyre height	Rear tyre height	55 %	Rear tyre height	55 %
Rear tyre diameter	Rear tyre diameter	17 inch	Rear tyre diameter	17 inch
Length	Length	2,073 mm	Length	2,030 mm
Width	Width	848 mm	Width	730 mm
Wheelbase	Wheelbase	1,457 mm	Wheelbase	1,380 mm
Seat Height	Seat Height	832 mm	Seat Height	830 mm
Fuel Tank Capacity	Fuel Tank Capacity	16.5 l	Fuel Tank Capacity	16.5 l
Top Speed	Top Speed	314 km/h	Top Speed	240 km/h
Range	Range	253 km	Range	270 km
Combined CO2 emissions	Combined CO2 emissions	151 g/km	Combined CO2 emissions	139 g/km
Combined fuel consumption	Combined fuel consumption	6.5 l/100km	Combined fuel consumption	6.1 l/100km

Pros and Cons in comparison

BMW M 1000 RR 2024

BMW M 1000 RR: The perfected supersport icon The BMW M 1000 RR is the quintessence of a supersports bike. It is as sharp as a razor, with a stability and precision that will amaze even the most experienced riders. Direct from the showroom to the race track, without having to spend a single cent on additional modifications - this is pure perfection. Every bend, every braking manoeuvre, every acceleration is a testament to German engineering. On the straights, it pulls away like a jet, and every movement feels as precise as if you were operating a surgical instrument.

Powerful four-cylinder engine

fine reponsiveness

excellent stability during trail braking and turning

precise riding performance

high braking stability

ergonomic seating position for sporty riding

high-quality, fully adjustable suspension components

suitable for direct use on the race track without modifications

impressive aerodynamics

high quality of workmanship and materials.

Requires a sporty riding position that is less comfortable for lengthy touring

high level of complexity and adjustment required for optimum performance