Summary
- The H2R is a track-oriented machine with limited practicality, while the Super Duke R offers a more versatile experience with comfort features and storage options.
- The H2R is a rare and expensive machine, while the Super Duke R is more affordable and accessible for enthusiasts.
- The KTM Super Duke R 1290 offers a more upright and comfortable riding position than the Kawasaki H2R.
The world of motorcycling has witnessed an epic rivalry between two formidable machines: the Kawasaki H2R and the KTM Super Duke R 1290. These beasts represent the pinnacle of performance and engineering, each boasting unique strengths and characteristics. In this in-depth analysis, we delve into the key differences between the Kawasaki H2R and the KTM Super Duke R 1290, comparing their specs, performance, and overall appeal.
Engine and Performance
Kawasaki H2R:
- Supercharged 998cc inline-four engine
- 326 horsepower at 14,000 rpm
- 165 lb-ft of torque at 12,500 rpm
- 0-60 mph in under 3 seconds
- Top speed: 249 mph (claimed)
KTM Super Duke R 1290:
- 1,301cc V-twin engine
- 180 horsepower at 10,000 rpm
- 103 lb-ft of torque at 8,000 rpm
- 0-60 mph in under 3 seconds
- Top speed: 175 mph (claimed)
The H2R’s supercharged engine delivers explosive acceleration and mind-boggling top speed, while the Super Duke R’s V-twin provides ample grunt for thrilling street riding.
Handling and Suspension
Kawasaki H2R:
- Trellis frame with aluminum swingarm
- Öhlins TTX36 rear shock and NIX30 front forks
- 57.5-inch wheelbase
- 24.5-degree rake
- 4.1-inch trail
KTM Super Duke R 1290:
- Steel trellis frame with aluminum subframe
- WP APEX semi-active suspension
- 59.6-inch wheelbase
- 25.2-degree rake
- 4.3-inch trail
The H2R’s shorter wheelbase and sharper geometry offer razor-sharp handling, while the Super Duke R’s longer wheelbase and more upright riding position provide stability and comfort.
Electronics and Features
Kawasaki H2R:
- Advanced electronic control system
- Kawasaki Traction Control (KTRC)
- Kawasaki Launch Control Mode (KLCM)
- TFT color display
- Brembo brakes with ABS
KTM Super Duke R 1290:
- Comprehensive electronics suite
- Motorcycle Stability Control (MSC)
- Cornering ABS
- TFT color display
- Brembo brakes with ABS
Both bikes feature advanced electronics, including traction control, wheelie control, and multiple riding modes, enhancing safety and performance.
Practicality and Comfort
Kawasaki H2R:
- Track-focused ergonomics
- Limited comfort for long rides
- No storage capacity
- High fuel consumption
KTM Super Duke R 1290:
- More upright and comfortable riding position
- Heated grips and cruise control
- Ample storage space
- Reasonable fuel consumption
The H2R is a track-oriented machine with limited practicality, while the Super Duke R offers a more versatile experience with comfort features and storage options.
Price and Availability
Kawasaki H2R:
- MSRP: $54,000
- Limited production
KTM Super Duke R 1290:
- MSRP: $18,000
- Widely available
The H2R is a rare and expensive machine, while the Super Duke R is more affordable and accessible for enthusiasts.
Verdict
The Kawasaki H2R and the KTM Super Duke R 1290 cater to different needs and preferences. The H2R is a track-focused beast that delivers blistering performance and handling. The Super Duke R, on the other hand, is a versatile and thrilling street bike that combines power, comfort, and practicality.
Ultimately, the best choice depends on the rider’s intended use and budget. For those seeking the ultimate track experience, the H2R is unmatched. For those who want a thrilling yet versatile street bike, the Super Duke R is the perfect choice.
Common Questions and Answers
1. Which bike is faster?
The Kawasaki H2R has a higher top speed and faster acceleration than the KTM Super Duke R 1290.
2. Which bike is more comfortable?
The KTM Super Duke R 1290 offers a more upright and comfortable riding position than the Kawasaki H2R.
3. Which bike is more practical?
The KTM Super Duke R 1290 has ample storage space and comfort features, making it more practical for everyday use than the H2R.