The KTM 1290 Super Duke GT Offers More Revolutions Per Minute
Rahul Kalvapalle — November 23, 2015 — Autos
The KTM 1290 Super Duke GT is an incredibly smartly engineered and thoughtfully designed motorbike. This particular bike boasts the same peak performance figures as its predecessor, specifically 173 horsepower in addition to 106 pounds-feet of torque.
However, the 75-degree V-twin engine's power is now being utilized in a more efficient manner than ever before. Its peak 173 horsepower can now be attained at 9,500 revolutions per minute. This essentially means the peak torque is moved lower, enabling fuel to be consumed at a lower rate at cruising speed.
The TM 1290 Super Duke GT proves that it is indeed capable to engineer a motorbike with improved fuel efficiency figures without compromising on its power, torque or other performance specs, something which will come as a huge relief to motorbike buyers.
However, the 75-degree V-twin engine's power is now being utilized in a more efficient manner than ever before. Its peak 173 horsepower can now be attained at 9,500 revolutions per minute. This essentially means the peak torque is moved lower, enabling fuel to be consumed at a lower rate at cruising speed.
The TM 1290 Super Duke GT proves that it is indeed capable to engineer a motorbike with improved fuel efficiency figures without compromising on its power, torque or other performance specs, something which will come as a huge relief to motorbike buyers.
Trend Themes
1. Improved Fuel Efficiency - The KTM 1290 Super Duke GT offers improved fuel efficiency without compromising power or performance, creating an opportunity for other motorbike manufacturers to optimize their engine design.
2. Efficient Power Utilization - The KTM 1290 Super Duke GT's ability to attain peak torque at a lower revolution per minute provides an opportunity for other motorbike manufacturers to develop engines with more efficient power utilization.
3. Smart Engine Design - The KTM 1290 Super Duke GT's smart engine design offers disruptive innovation opportunities for not only motorbike manufacturers, but also for other industries seeking to improve engine efficiency and power utilization.
Industry Implications
1. Motorbike Manufacturing - The KTM 1290 Super Duke GT's improved fuel efficiency and power utilization could inspire other motorbike manufacturers to optimize their engine design for improved performance and sustainability.
2. Automotive Engineering - The KTM 1290 Super Duke GT's smart engine design could provide opportunities for automotive engineers to develop more efficient and sustainable engines for cars and other vehicles.
3. Energy and Sustainability - The KTM 1290 Super Duke GT's improved fuel efficiency and power utilization highlights the importance of energy and sustainability and could inspire innovation in other industries seeking to improve their environmental impact.
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