This Motorbike's Frontal Transmission Makes for a High-Octane Ride
Rahul Kalvapalle — April 25, 2018 — Autos
References: allradmotorrad.de & newatlas
The inclusion of all-wheel drive functionality has long been sought-after in off-road motorbikes thanks to the increased control and motoring precision that they offer, which is precisely why German mechanical engineer Guido Koch added an all-wheel-drive kit to the KTM 990 Adventure, giving rise to the Projekt DT-A motorbike.
This rip-roaring adventure motorbike makes use of a uniquely engineered frame as well as a front-heavy transmission mechanism that ensures for brash and high-adrenaline riding that isn't for the faint-hearted.
Another significant advantage of the Projekt DT-A motorbike is the fact that it weighs as much as 40 kilograms less than the bike it was modeled on. With its low weight, aerodynamic profile and high-octane transmission system, this motorbike exemplifies off-road automotive engineering at its best.
This rip-roaring adventure motorbike makes use of a uniquely engineered frame as well as a front-heavy transmission mechanism that ensures for brash and high-adrenaline riding that isn't for the faint-hearted.
Another significant advantage of the Projekt DT-A motorbike is the fact that it weighs as much as 40 kilograms less than the bike it was modeled on. With its low weight, aerodynamic profile and high-octane transmission system, this motorbike exemplifies off-road automotive engineering at its best.
Trend Themes
1. All-wheel Drive Motorbikes - The inclusion of all-wheel drive functionality in off-road motorbikes offers increased control and motoring precision, presenting disruptive innovation opportunities in the motorbike industry.
2. Unique Frame Design - Uniquely engineered frames in motorbikes can provide advantages such as brash and high-adrenaline riding, creating opportunities for disruptive innovation in motorcycle design.
3. Lightweight Off-road Motorbikes - Developing off-road motorbikes that weigh significantly less presents disruptive innovation opportunities for improved performance and handling in the motorcycle industry.
Industry Implications
1. Motorbike Manufacturing - The inclusion of all-wheel drive functionality and unique frame designs in off-road motorbikes presents disruptive innovation opportunities for motorbike manufacturers to enhance control, performance, and riding experience.
2. Automotive Engineering - Innovations in all-wheel drive functionality, unique frame designs, and lightweight construction for off-road motorbikes provide disruptive innovation opportunities for automotive engineering firms to improve off-road performance and handling.
3. Adventure Sports Equipment - The development of all-wheel drive motorbikes with unique frame designs and lightweight construction creates disruptive innovation opportunities for adventure sports equipment companies to cater to off-road enthusiasts seeking brash and high-adrenaline riding experiences.
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