In Brief
Taiwanese scoot company Gogoro has announced the upcoming release of their new model called the Gogoro 2. The scooters will be quite powerful considering their cost and could help make the wait for electric vehicles a little cleaner.

Electric vehicles (EVs) are well on their way to taking control of the road, leaving behind fossil fuel guzzling gasoline-powered cars and trucks. Still, there is a long way to go before the world is prepared to accommodate fleets of clean energy EVs. Perhaps a convenient and affordable stopgap is in order.

Image credit: GogoroImage Credit: Gogoro

Taiwanese company Gogoro may have an appropriate solution. They recently announced a new model of scooter, called the Gogoro 2, which will be available in Taiwan within the coming months. According to The Verge, the scooters “can go 0-50 km/hr in 4.3 seconds, has a top speed of 90 km/hr (about 55 miles per hour), and a 110km range (about 68 miles) The multicolor scooters are capable of going from 0-50 km/hr in 4.3 seconds.”

The Gogoro 2 will set you back NT$38,800 ($1,295 USD). That is, if they ever become available outside of Taiwan. The company says they will be available in other markets before the end of the year but that cold just refer to their inclusion in its international sharing fleets.

*2* Electric Scooters Could Help Get Us Ready for the Future of Clean Energy Transport

More widespread use of scooters could be an excellent addition to the rise in the use of EVs. However, one of the limitations of these emerging technologies is shared between them. Setting up the infrastructure to support a shift to electric transportation is a considerable hurdle that needs to be overcome.

Still, these scooters could be an important tool to help mitigate the use of fossil fuels for transportation, especially in urban environments where shorter ranges are not a hindrance. Programs like CitiBike have proved successful and scooter sharing could be the necessary bridge between our current means of getting around and a completely clean energy future.