5 reasons you should buy an electric scooter

5 Reasons You Should Buy An Electric Scooter

Although we may have some bias towards electric scooters, they have multiple benefits. They are easy to ride both on and off-road. You should try riding an e-scooter if you have not already; they are a lot of fun. In fact, I feel that everyone should acquire a scooter at some point in their lives.
They have become a symbol of modern urban transportation in cities such as Chile, Seoul, Madrid, and San Francisco. The Australian micromobility market, which includes e-scooters, currently holds around 30% of the share and is predicted to reach USD 63,984.0 million by 2030, with a growth rate of around 89.4%, as reported by
PS Market Research. A number of companies manufacture electric scooters; it is our responsibility to have a general understanding before making a decision to buy one. In this blog, we will highlight the top 5 reasons you should buy an electric scooter.

No Licence is Required to Ride an E-Scooter

Electric bikes and scooters are far easier to ride on the road than gas-powered bikes and scooters since they move at a slower speed. As a result, you do not require any special licences, permissions, or insurance. An e-scooter can be used by anyone of legal age, except in the Northern Territory, where they must be registered. When purchasing an e-scooter, riders should be up-to-date about their state's laws for these vehicles.

Currently, the only Australian states where riders can legally ride e-scooters are Victoria, Queensland, the Australian Capital Territory, the Northern Territory, Western Australia, and Tasmania. Younger users who need a mode of transportation but are unable to obtain a licence will find this very useful. However, the rider must obey some safety standards, such as the obligation to wear a helmet.

 Easy to Repair and Maintain

We do not always find it easy to change the oil, rotors, air conditioners, or brakes. When it comes to fixing your car, you have two options: do it yourself or hire someone to do it for you. E-scooters, on the other hand, operate differently. How? Let us examine.

  • Portability is an important design factor for electric scooters. They typically weigh between 10 and 14 kg. The majority of e-scooters fold up quickly, making them compact enough to fit under desks, easily carried upstairs, and stored in car trunks and narrow spaces.
  • It is likely that your car will require an inspection, professional repairs, new parts, and other services. However, only a few components of an electric scooter may require maintenance: the engine, battery, or tyres.
  • Some electric scooters have solid tyres that do not require air. Check the air-filled tyres on a regular basis. But you will still save money and time on tyre maintenance for your e-scooter when compared to car maintenance.
  • The primary reason we suggest friends and family get an electric scooter is to minimise the time spent looking for parking at gas stations.

Carbon Footprint is Minimum

 

The world is very concerned about environmental issues. Every car we see on the road contributes to noise pollution, carbon emissions, and accidents.

  • Electric scooters are powered by batteries; therefore, no toxic gases are emitted. Furthermore, in the past two years, electric scooter technology has advanced and made them even more environmentally friendly. According to a Lime study, e-scooters helped Paris reduce its annual carbon emissions by 330 metric tonnes. According to the study, e-scooters can avoid over 10,000 metric tonnes of carbon dioxide emissions by 2030 if more people use them.
  • The main sources of noise pollution are motorbikes, cars, buses, and trains; on the other hand, electric scooters produce less noise pollution. You will not bother anyone if you go on a ride in the early morning or late at night.
  • There is always a chance of an accident with any vehicle. Although you can easily handle an electric scooter, it is just as quick as any other vehicle. Parents gladly purchase scooters for their children for safety reasons. It has a hand-operated accelerator, rear brakes, and a back light.

Cost-Effective Mode of Transportation

In the long term, electric scooters are quite economical. Car owners would have to pay for parking, gasoline, and maintenance. However, an electric scooter can be purchased for between $300 and $1000, and for that money, you can acquire a reliable mode of transport that will not end up costing you more in the long run.

Electricity expenses are not a concern for e-scooter owners because charging them adds very little to your electricity bill. In fact, in Australia, charging an e-scooter with a 400Wh battery can cost you about $0.06 in off-peak hours or $0.12 in peak hours. Despite the availability of e-scooter ride-sharing services, owning an e-scooter is far less expensive, particularly if you plan to use it regularly.

There are typically no parking costs for users of electric scooters. Your electric scooter is lightweight and portable, so you can always bring it with you wherever you go. There is always a little area on the sidewalk or bike racks where you can park an e-scooter if you have to leave it outside of a building. Just remember to lock your electric scooter for its security.

These days, traffic is the biggest issue. However, if you use an electric scooter, you can avoid sitting in traffic by riding in designated lanes or on the sidewalk, depending on the local e-scooter laws.

In Victoria, parking your scooter is simple: use sidewalks with no signs. In New South Wales, riders can park in designated places or anywhere the cars can. There are no costs, but please follow the time limits. Park carefully to avoid fines.

 Perfect for Short Distances

Electric scooters are perfect for short trips.They're quick, compact, and eco-friendly. Beat traffic, save time, and reduce your carbon footprint. Ideal for commuting, errands, or exploring cities. Affordable and easy to store.

Related:

How to Remove the speed limiter on an your electric scooter

Why does my electric scooter turn on but not move?

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