2016 BMW F 800R vs 2017 Triumph Street Twin

Full specifications comparison • 2 motorcycles

Comparing 2 motorcycles
2016 BMW F 800R 2016 BMW F 800R

Naked bike

Engine
Twin, four-stroke
Power
64 kW / 87 hp @ 8000 rpm
Top Speed
218 km/h / 135.5 mph
Weight
445.3 pounds
2017 Triumph Street Twin 2017 Triumph Street Twin

Naked bike

Engine
Four stroke, 270° Crank angle parallel twin, SOHC, 8 valves
Power
40.5 kW / 55 hp @ 5900 rpm
Top Speed
N/A
Weight
198 kg / 437 lbs
Full Specifications
General
Year20162016 - 17
ColoursRacing Blue Metallic Matte/Light White, Light White, Black Satin Gloss/Light White, Racing Blue Metallic Matte/Black Satin GlossJet black, Crnberry red, Matt black, Phantom black, Aluminium silver
Make ModelBMW F 800R Triumph Street Twin
Dimensions
Seat Height800 mm / 31.5 in. (low seat: 775 mm / 30.5 in., high seat: 825 mm / 32.5 in)750 mm / 29.5 in
Wheelbase1,520 mm / 59.8 in.1415 mm / 55.7 in
Height1160 mm / 45.7 in (excl. mirrors)1114 mm / 43.9 in (without mirrors)
Length2145 mm / 84.4 in.-
Width905 mm / 35.6 in. (incl. mirrors)785 mm / 30.9 in
Weights & Capacities
Dry Weight177 kg / 390 lbs198 kg / 437 lbs
Fuel Capacity16 Litres / 4.2 US gal12 L / 3.2 US gal / 2.7 Imp gal
Wet Weight199 kg / 439 lbs.-
Performance
Top Speed218 km/h / 135.5 mph-
Max Power64 kW / 87 hp @ 8000 rpm40.5 kW / 55 hp @ 5900 rpm
Max Torque86 Nm / 8.8 kgf-m / 63 lbs/ft @ 6000 rpm80 Nm / 8.16 kgf-m / 59 ft-lb @ 3230 rpm
Power-to-Weight Ratio0.5085 HP/kg-
Standing Start ¼ Mile12.0 sec-
Engine
Fuel ControlDouble Overhead Cams/Twin Cam (DOHC)-
Engine TypeTwin, four-stroke-
CO283.5 CO2 g/km. (CO2 - Carbon dioxide emission)-
Displacement798 cc / 47.7 cub. in.900 cc / 54.9 cu in
Engine DetailFour stroke, parallel twin cylinder, DOHC, 4 valves per cylinderFour stroke, 270° Crank angle parallel twin, SOHC, 8 valves
Fuel SystemInjection. Electronic intake pipe injection / digital engine management (BMS-KP)-
Bore x Stroke82 x 75.8 mm84.6 x 80 mm
Compression Ratio12.0:110.55:1
Cooling SystemLiquid cooledLiquid cooled
EmissionsClosed-loop 3-way catalytic converter, emission standard EU-3-
Engine LubricationDry sump-
ExhaustClosed-loop 3-way catalytic converter, emission standardBrushed stainless steel, 2 into 2 exhaust system with twin silencers
Fuel Consumption6.1 L/100 km / 16.4 km/l / 38.6 US mpg3.87 L/100 km / 25.8 km/l / 60.8 US mpg / 73.0 Imp mpg
Fuel InductionElectronic injection, digital engine electronics (BMS-KP)Multipoint sequential electronic fuel injection
Fuel Reserve3.00 litres / 0.79 gallons-
IgnitionKnock control and oxygen sensors.Digital
LubricationWet sumpWet sump
StarterElectricElectric
Valve System4-
EV Specifics
Battery Capacity12 V / 14 Ah, maintenance-free-
Drivetrain
ClutchMulti-plate clutch in oil bath, mechanically operatedWet, multi-plate, slip-assist
Final DriveChainChain, X-ring
Gear Ratios1st 2.462 / 2nd 1.750 / 3rd 1.381 / 4th 1.227 / 5th 1.130 / 6th 1.042: 1-
Gearbox6-speed-
Primary DriveO-ring chain with shock damping in rear wheel hub-
Transmission / Drive6 Speed 5-Speed
Chassis
Frame TypeBridge frame made aluminium, load-supporting engineTubular steel cradle, twin-sided tubular steel swing-arm
Suspension - Front43mm Telescopic fork Kayaba 41 mm fork
Suspension - RearCast aluminium double-sided swing arm, central, suspension strut, spring pre-tension by means of handKayaba twin shocks with adjustable preload
Rake25°25.1°
Trail91 mm / 3.6 in.102.4 mm / 4.0 in
Wheel Travel - Front125 mm / 4.9 in.120 mm / 4.7 in
Wheel Travel - Rear125 mm / 4.9 in.120 mm / 4.7 in
Electrical Systems
AlternatorThree-phase alternator 400 W-
Wheels & Brakes
Brakes - Front Diameter (in.)12.6 inches-
Brakes - Front Diameter (mm)320 mm-
Brakes - Rear Diameter (in.)10.4 inches-
Brakes - Rear Diameter (mm)265 mm-
Brakes - Front2 x 320mm discs, 4 piston calipersSingle 310mm disc, Nissin 2 piston floating caliper, ABS
Brakes - RearSingle 265mm disc, 1 piston caliperSingle 255mm disc, Nissin 2 piston floating caliper, ABS
RimsCast aluminium-
Tyres - Front120/70 ZR17100/90-R18
Tyres - Rear180/55 ZR17150/70-R17
WheelsCast aluminium-
Wheels - Front3.50 x 17"2.75 x 18, Cast aluminium alloy, multi-spoke
Wheels - Rear5.50 x 17"4.25 x 17, Cast aluminium alloy, multi-spoke

Verdict

Too close to call

The 2016 BMW F 800R and the 2017 Triumph Street Twin 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

2016 BMW F 800R - Advantages

  • Higher torque: 86 Nm vs 80 Nm - more pulling power across the rev range.
  • Larger fuel tank: More range between stops - an advantage on touring routes and remote roads.
  • Dual front discs: Greater stopping power and better heat management under hard braking.

2017 Triumph Street Twin - Advantages

  • Lower seat height: 750 mm vs 800 mm - accessible to a wider range of rider heights.
  • Larger displacement: 900 cc vs 798 cc - more cubic capacity means broader torque delivery and greater low-end pull.

2016 BMW F 800R vs 2017 Triumph Street Twin - FAQs

What are the engine differences between the 2016 BMW F 800R and 2017 Triumph Street Twin?
The 2016 BMW F 800R uses Twin, four-stroke, while the 2017 Triumph Street Twin is powered by Four stroke, 270° Crank angle parallel twin, SOHC, 8 valves.
Which bike is better for shorter riders, the 2016 BMW F 800R or the 2017 Triumph Street Twin?
The 2017 Triumph Street Twin has the lower seat at 750 mm, making it more accessible. The 2016 BMW F 800R sits higher at 800 mm. A seat height below 800 mm suits most riders; above 820 mm shorter riders may need to tiptoe.
Which has the larger fuel tank, the 2016 BMW F 800R or the 2017 Triumph Street Twin?
The 2016 BMW F 800R has the larger tank at approximately 16 litres vs 12 litres for the 2017 Triumph Street Twin. At 5-6 l/100 km that is roughly 266-320 km vs 200-240 km between stops.
Which should I buy, the 2016 BMW F 800R or the 2017 Triumph Street Twin?
Both are strong choices. The 2016 BMW F 800R has the edge in higher torque and larger fuel tank, while the 2017 Triumph Street Twin stands out for lower seat height and larger displacement. Visit dealers, arrange test rides, and factor in local parts and service costs - these often matter as much as the spec sheet.