Blix, an electric bike manufacturer based in Santa Cruz, California, has launched a brand new fat tire e-bike that is designed to be able to navigate all kinds of terrain.
The 'Ultra' is a fat tire e-bike that is powered by a rear hub motor that is capable of producing a peak output of 1,350 watts at 90 Nm of torque. This setup enables the e-bike to achieve a top speed of 45 km/h, with users able to access five different levels of power assistance. The inclusion of dual batteries allows for up to 128 km of range on a full charge whether in the city or off-road.
This fat tire e-bike is currently up for pre-order at a price of $2,399 or $1,999 for dual-battery and single-battery variants respectively.
Versatile Fat Tire E-Bikes
The 'Ultra' Can Traverse 128 Kilometers On a Single Charge
Trend Themes
1. Off-road Electric Bikes - Manufacturing electric bikes specifically designed for off-road terrain presents an opportunity for disruptive innovation in the transportation industry.
2. Dual-battery E-bikes - Dual-battery e-bike technology could disrupt the market by offering longer range and more reliable usage for transportation and recreational purposes.
3. Powerful E-bike Motors - Developing more powerful e-bike motors presents an opportunity for disruptive innovation in the transportation industry by offering higher speeds and better acceleration.
Industry Implications
1. Electric Bike Manufacturing - Companies that manufacture electric bikes could utilize the trend towards off-road e-bikes and dual-battery technology to create new products that appeal to a wider range of customers.
2. Outdoor Recreation - The outdoor recreation industry could benefit from the trend towards off-road e-bikes as they offer a way for people to explore more rugged terrain without the physical exertion required by traditional biking.
3. Electric Motor Manufacturing - Companies that manufacture electric motors could benefit from the trend towards more powerful e-bike motors as they have the potential to replace traditional gas-powered engines in a variety of applications.