This Powerful Motorbike Offers Traction and Brake Control
Rahul Kalvapalle — October 21, 2016 — Autos
References: globalsuzuki & newatlas
People who have been in the motorcycling game for some years and happen to have a fondness for Japanese motorbikes such as the Suzuki GSX-S750 will find this powerful motorbike familiar, but the fact of the matter is that the 2017 edition of this motorbike features a range of performance-enhancing technologies.
This powerful motorbike has clearly been upgraded with the introduction of a new engine that is capable of pumping out 112.6 horsepower and 59.7 pound-feet of torque while remaining compliant to the latest emissions regulations. Elsewhere, this motorbike promises improved traction control and optimized inertia for a more comfortable ride.
With the GSX-S750, Suzuki promises to persist with the tried and tested aesthetics of its previous motorbikes while improving things under the hood for improved performance.
This powerful motorbike has clearly been upgraded with the introduction of a new engine that is capable of pumping out 112.6 horsepower and 59.7 pound-feet of torque while remaining compliant to the latest emissions regulations. Elsewhere, this motorbike promises improved traction control and optimized inertia for a more comfortable ride.
With the GSX-S750, Suzuki promises to persist with the tried and tested aesthetics of its previous motorbikes while improving things under the hood for improved performance.
Trend Themes
1. Performance-enhancing Technologies - The introduction of performance-enhancing technologies opens up opportunities for innovation in improving motorbike performance.
2. Improved Traction Control - The promise of improved traction control indicates the potential for disruptive innovation in motorbike safety and stability systems.
3. Optimized Inertia - The optimization of inertia presents opportunities for innovation in motorbike design and comfort for a smoother ride.
Industry Implications
1. Motorbikes - The motorbike industry can explore innovative ways to enhance performance, safety, and comfort based on the introduced technologies in this powerful motorbike.
2. Automotive - The automotive industry can consider integrating the improved traction control and optimized inertia technologies in motorbikes into their vehicles for enhanced performance and safety.
3. Emissions Regulations - The emissions regulations industry has an opportunity to collaborate with the motorbike industry in developing more environmentally friendly technologies without compromising performance.
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