The 'Armstrong EB1' is Surprisingly Speedy For Its Weight Class
Rahul Kalvapalle — March 30, 2022 — Autos
References: armstrongelectricvehicles & newatlas
Nathan Armstrong, who has played a pioneering role in the design of many eyecatching automobiles thanks to his varied skill-set and experiences in fabrication, engineering and modeling, has knocked it out of the park once again with the launch of the Armstrong EB1, an electric motorbike that offers a truly unique combination of high speed and low weight.
Released under the Armstrong Electric Vehicles label launched in the western Canadian city of Calgary, the 'Armstrong EB1' is capable of achieving a top speed of 110 km/h and can spring along from zero to 96 km/h in only 3.5 seconds thanks to its 6,000-watt motor. These sorts of numbers might suggest that this is a fairly sizeable two-wheeler, the in fact the 'Armstrong EB1' electric motorbike weighs only 66 kg, making it a fine example of how well-informed engineering and design can result in weight savings without compromising on speed.
Image Credit: Armstrong Electric Vehicles
Released under the Armstrong Electric Vehicles label launched in the western Canadian city of Calgary, the 'Armstrong EB1' is capable of achieving a top speed of 110 km/h and can spring along from zero to 96 km/h in only 3.5 seconds thanks to its 6,000-watt motor. These sorts of numbers might suggest that this is a fairly sizeable two-wheeler, the in fact the 'Armstrong EB1' electric motorbike weighs only 66 kg, making it a fine example of how well-informed engineering and design can result in weight savings without compromising on speed.
Image Credit: Armstrong Electric Vehicles
Trend Themes
1. Lightweight Electric Motorbikes - The trend of designing and manufacturing electric motorbikes that are light in weight to improve speed and mobility without compromising on power.
2. High-speed Electric Motorbikes - The trend of designing and manufacturing electric motorbikes that are capable of achieving high speeds without the need for conventional combustible engines.
3. Innovative Engineering and Design Techniques for Electric Motorbikes - The trend of using innovative engineering and design techniques to create new electric motorbike models that offer improved performance capabilities and greater energy savings.
Industry Implications
1. Electric Vehicle Manufacturing Industry - The electric vehicle manufacturing industry can find disruptive innovation opportunities in designing and manufacturing lightweight and high-speed electric motorbikes that are energy-efficient and eco-friendly.
2. Alternative Transportation Industry - The alternative transportation industry can create disruptive innovation opportunities by designing and manufacturing electric motorbikes that are lightweight, high speed and affordable to meet the demand for cost-effective and sustainable transportation.
3. Sports & Recreational Equipment Industry - The sports and recreational equipment industry can capitalize on the trend of electric motorbikes by developing innovative and lightweight electric motorbikes for sports and recreational purposes.
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