'Alrendo,' the China-based electric micro-mobility manufacturer, showcased its upcoming electric motorbike, the 'TS Bravo.' This bike is expected to deliver the equivalent power of a 125cc internal combustion bike. As such, the TS Bravo achieves a top speed of under 80 miles per hour to ensure that it fits within the 125cc category. The power output of the motor has been tuned to deliver 11kW to adhere to these regulations.
Perhaps the most attractive feature of the Alrendo TS Bravo, though, is its range. When driving on the highway alone, the TS Bravo achieves a range of over 100 miles. However, this significantly increases when assessing its mixed highway-street range, which is over 173 miles per charge. Many e-motorbikes do not deliver ranges that surpass 60 miles, so this is an excellent advancement for convenience-focused riders who only want to charge their bike overnight.
High-Range Chinese E-Motorbikes
The Alrendo TS Bravo Delivers up to 173 Miles of Range
Trend Themes
1. High-range E-motorbikes - The Alrendo TS Bravo presents an opportunity for disruptively innovative high-range e-motorbikes for the micro-mobility industry.
2. 125cc-equivalent E-motorbikes - The TS Bravo emphasizes the opportunity to manufacture 125cc-equivalent e-motorbikes for a more efficient future transport industry.
3. Convenience-focused E-motorbikes - The TS Bravo highlights the possibility of creating more convenience-focused e-motorbikes with increased ranges for the evolving micro-mobility era.
Industry Implications
1. Electric Micro-mobility Industry - The Alrendo TS Bravo is a great example of innovating electric motorbikes in the micro-mobility industry.
2. Alternative Transport Industry - The disruption of traditional combustion-based vehicles by high-range e-motorbikes such as the TS Bravo presents opportunities for alternative transport industries.
3. Green Energy Industry - The creation of high-range and efficient e-motorbikes like the TS Bravo could drive innovations in green energy industries by promoting the use of renewable energy sources to power them.