The Honda CBR1000RR Bikes Offer Optimal Power-to-Weight Ratios
Rahul Kalvapalle — October 5, 2016 — Autos
References: hondanews.eu & newatlas
When it comes to the glamorous world of sports motorbikes, a lot of people make the mistake of assessing these vehicles based on horsepower alone, but while these specs are undeniably important, they come second to power-to-weight ratio when it comes to overall influence on performance. The new Honda CBR1000RR SP and SP2 motorbikes are designed with this in mind.
These sports motorbikes offer 189 horsepower, a figure whose effect on overall racing performance is accentuated by the fact that the bikes weigh in at only 195 kg. This is made possible thanks to a number of measures including the use of titanium fuel tanks and thinning down of the bike frame. Elsewhere, the CBR1000RR SP and SP2 offer all the latest racing motorbike technologies including selectable engine brake and torque, downshift assist and wheelie control for when you want to show off.
By finding a perfect balance between horsepower and weight, these racing motorbikes promise a comprehensively boosted level of performance.
These sports motorbikes offer 189 horsepower, a figure whose effect on overall racing performance is accentuated by the fact that the bikes weigh in at only 195 kg. This is made possible thanks to a number of measures including the use of titanium fuel tanks and thinning down of the bike frame. Elsewhere, the CBR1000RR SP and SP2 offer all the latest racing motorbike technologies including selectable engine brake and torque, downshift assist and wheelie control for when you want to show off.
By finding a perfect balance between horsepower and weight, these racing motorbikes promise a comprehensively boosted level of performance.
Trend Themes
1. Power-to-weight Ratio - Disruptive innovation opportunity: Develop lightweight products in other industries, such as automotive, aerospace, and fitness equipment, that optimize power-to-weight ratio for enhanced performance.
2. Titanium Fuel Tanks - Disruptive innovation opportunity: Explore the use of titanium materials in industries like automotive, aviation, and energy storage to create lightweight and durable products.
3. Advanced Racing Technologies - Disruptive innovation opportunity: Apply advanced racing technologies, such as selectable engine brake and torque, downshift assist, and wheelie control, in other industries like electric vehicles, robotics, and gaming for improved performance and user experience.
Industry Implications
1. Automotive - Disruptive innovation opportunity: Develop lightweight cars with optimized power-to-weight ratio for better acceleration, handling, and fuel efficiency.
2. Aerospace - Disruptive innovation opportunity: Design lightweight aircraft components using titanium and advanced materials for improved fuel efficiency and increased payload capacity.
3. Fitness Equipment - Disruptive innovation opportunity: Create lightweight and high-performance fitness equipment that enhances user experience and allows for better results.
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