The Moonbike electric recreation vehicle is a powerful transportation solution for consumers that will provide them with the ability to explore wintery conditions at their leisure.
The vehicle is capable of delivering 125lb-ft of torque and will easily traverse snow up to 12-inches in depth to make it great for a variety of winter conditions. The vehicle features a 2.5kWh battery pack that can be swapped out for a 3.2kWh extended range alternative, which are rated to deliver up to 1.5-hours and two-hours of riding, respectively.
The Moonbike electric recreation vehicle can reach speeds of up to 26mph and can climb grades of up to 40-degrees with a weight of 191-pounds with a standard battery attached. The recreational snow vehicle is available for preorder now with delivery slated for winter 2021.
Emissions-Free Winter Exploration Vehicles
The Moonbike Offers an Alternative to Snowmobiles
Trend Themes
1. Electric Recreation Vehicles - The popularity of electric vehicles continues to grow, and the use of them in recreation is an area with potential for disruption.
2. Winter Exploration Technology - The development of emissions-free technology for winter exploration has the potential to be a new niche market in the transportation industry.
3. Swappable Battery Packs - The ability to easily swap out a vehicle's battery pack offers a disruptive innovation opportunity for transportation products and services.
Industry Implications
1. Recreation Vehicles - The Moonbike is an example of the potential for disruption in the recreation vehicle industry with the development of emissions-free transportation solutions.
2. Alternative Transportation - As consumers purchase more electric vehicles, industries providing alternative transportation options will need to adapt and possibly specialize in niche areas such as emissions-free winter exploration vehicles.
3. Battery Technology - The ability to create more powerful and easily swappable battery packs for a variety of industries, including transportation, has the potential for disruptive innovation.