When the city that you reside in uses electric scooters, it’s a win-win scenario for everyone. Both the residents, and the city benefit tremendously. On one hand, the city is elated as they are addressing climate change while benefitting financially. On the other hand, the residents couldn’t be happier as they could get to navigate the city with ease without having to use a car – a quick trip to work, class or running errands.
Most Electric scooters are powered by a single battery or multiple batteries. Cars on the other hand are powered by fuel. According to the United States Environment protection agency “a typical passenger vehicle emits about 4.6 metrics tons of carbon dioxide per year”. Compare that to an electric vehicle. There are no carbon dioxide emissions when operating an electric scooter. Greenhouse gases such as carbon dioxide, methane and nitrous oxide are bad as they trap heat in the atmosphere and warm the planet. To tackle climate change, one of the routes to explore is shared electric vehicles.
Commuters that travel short distances will avoid using their own vehicle. Using electric scooters will reduce the number of cars on the road, therefore reducing traffic congestion. Riders using electric scooters can navigate the city with ease and potentially explore shortcuts that regular cars cannot. Paying your local store a visit with an electric scooter to run an errand is more convenient and cheaper than using uber. Say something here about a passeneger could be stuck in traffic if using uber compared to electic scooters …
Electric scooters have been on the rise for the past couple of years. Commuting with an electric scooter is easy, fun, cheap and fast. Instead of using your car and run into the possibility of being stuck in traffic, this new mode of transportation tackles this challenge, and the best part is you don’t need a driver’s license.
Electric scooters do not contribute to environmental noise or sound pollution. In other words, they are very quiet compared to loud vehicles. Riders can find solace when they connect with the natural areas around them. From a broad perspective, the volume of a car is way larger than the actual volume of an electric scooter. Cars have way more space than electric scooters. This space translates to more congested roads. According to the US census Bureau, more than 75 percent of Americans drive to work alone, which translates to a ton of sound, unlike an eco-friendly electric scooter which produces no sound and does not take too much air space.
When you partner with us, we will manage everything. Why partner with Us ?
We have partnered with one of the top manufacturers in the industry to produce high end scooters. Our scooters are designed for sharing platforms.
Our scooters have swappable battery capability meaning the scooters do not have to be sent away overnight to be charged. Instead, the employee on the ground will remove the battery from the scooter and replace it with a new charged battery, therefore increasing fleet uptime and improving customer satisfaction.
Our specialized team will work closely with all the concerned entities and departments to ensure a smooth and successful launch while taking into account the client’s requirements.
Geofencing: We use a GPS technology to produce a geographic boundary, authorizing the software to create a response when the electric scooter is within a specific zone. For example
There are certain places where electric scooters cannot access. The electric scooters in response will automatically turn off when the riders are within that zone.
There are specific zones where the software automatically reduces the speed from 15mph to 7mph. This is especially useful for congested areas to ensure community safety. Speed could be adjusted to meet client’s needs.
There are certain situations where we prevent the rider from locking the scooter, or parking the scooter, and as a result the rider cannot terminate the ride.
We can designate specific areas where scooters are allowed to park.
Population: Depending on the population of your city coupled with the area in square miles, we would recommend the number of scooters to be installed.
We have built our own software. Our application is user friendly.
Our in-house built software utilizes Mobility Data Specification (MDS) and General Bikeshare Feed Specification (GBFS) technologies that provide real-time status of shared vehicles. This provides data to municipalities for research and regulation to track target goals.
We will take care of any maintenance issues, battery changes and/or customer service inquiries. Additionally, a team will be dedicated to your fleet operations to answer any questions that may arise along the way.
We will walk you through the entire process and allow you to manage your own fleet and inform you of the expenses associated with launching such project