Suzuki Vstrom 650 ABS | Yamaha Super Tenere 1200 | |
|---|---|---|
| Manufacturer | Suzuki | Yamaha |
| Model | Vstrom 650 ABS | Super Tenere 1200 |
| Model ID | DL650A | XT1200Z/E |
| First Production Year | 2012 | 2010 |
| Last Production Year | 2016 | 2020 |
| Wikipedia | Wikipedia | Wikipedia |
| MotorCycleSpecs | MotorCycleSpecs | MotorCycleSpecs |
| Bikez | Bikez | |
| Engine Displacement | 645.0 cc | 1199.0 cc |
| Engine Max Power | 49.0 kW | 81.0 kW |
| `@ (x) RPM | 8800 | 7250 |
| Max Torque | 60 nm | 114 nm |
| `@ (x) RPM | 6400 | 6000 |
| Engine Power Density (How hard is this engine tuned) | 75.97 W/cc | 67.56 W/cc |
| Fuel Delivery | EFI | EFI |
| Cooling Type | Liquid | Liquid |
| Cylinder Qty | 2 | 2 |
| Gear Qty | 6 | 6 |
| Oil Change (Service) Interval | 0 km | 0 km |
| Front Wheel Travel | 150 mm | 190 mm |
| Rear Wheel Travel | 159 mm | 190 mm |
| Front Wheel Size | 17 in | 19 in |
| Rear Wheel Size | 17 in | 17 in |
| Wheel Constuction | Cast Alloy | Spoked Tubeless |
| Final Drive | Chain | Shaft |
| ABS | Yes | Yes |
| Traction Control | No | Yes |
| Weight Dry (OEM) | 0 kg | 0 kg |
| Weight Wet | 214 kg | 260 kg |
| Wet Weight used for Calculations | 214 kg | 260 kg |
| OEM Fuel Economy Specification | 0.0 L/100km | 6.1 L/100km |
| Fuelly Fuel Economy Statistics | 4.4 L/100km | 5.4 L/100km |
| Fuel Economy for Range Calculations | 4.4 L/100km | 5.4 L/100km |
| Fuel Tank Size | 20 L | 23 L |
| Fuel Range with Builtin Tank | 454 km | 424 km |
| Fuel Required for Target Range | 0 L | 0 L |
| Additional fuel required over builtin Tank | 0.0 L | 0.0 L |
| Est.Weight of Extra Fuel + Container + Mount | 0 kg | 0 kg |
| Full Bike Weight - Wet + Extra Fuel + Luggage + Farkles (What you have to pick up when you drop it) | 214 kg | 260 kg |
| Full Bike & Rider Weight - As Above + Rider + Rider Gear (GVM - Gross Vehicle Mass) | 214 kg | 260 kg |
| Power to Weight Ratio (OEM, Wet Weight) | 0.229 kW/kg | 0.312 kW/kg |
| Power to Full Bike & Rider Weight (How fast will you accelerate) | 0.229 kW/kg | 0.312 kW/kg |