The 7 Factors That Affect Your Commuter Electric Scooter Range

Commuter Scooters are great for navigating the city; they are efficient and fast. Since the range is the maximum kilometers it can travel before running out of power, having an escooter with full coverage is essential.

If you want a motor scooter with enough ability to tackle different terrains and hills you will encounter on your daily commute without struggling, you should get a Varla electric scooter for adults. However, how far an electric scooter can go depends on several factors, such as the battery’s capacity, the terrain, the motor’s efficiency, and the rider’s weight. 

This article covers what a range of an escooter is, how to calculate it, and factors that affect your range.

WHAT IS A LONG RANGE ELECTRIC SCOOTER?

Long-range motor scooters have a range of 25 miles or more. Due to their extended range, riders can travel further without running out of power, making them an excellent choice for long-distance trips or commuter travel. A long range electric scooter for adults is regarded as an upgrade because most electric scooters have travel ranges from 10 to 25 miles.

You would find high-capacity batteries, powerful brushless motors, controllers, and comfort features like adjustable suspension and braking systems in long-range scooters. These scooter types can easily handle challenging terrains, achieve higher top speeds, and generate more power for better hill climbing.

HOW IS THE E-SCOOTER RANGE CALCULATED?

It is possible to calculate the range once you know the scooter specifications, like battery capacity and motor power. 

Let’s say you want to calculate the range of a typical medium-sized electric scooter with these specifications: 

For the distance in (Km), you multiply the speed (Km/hr) by your riding time per hour. Therefore, Distance = Speed X Time.

However, this calculation may not be accurate as several factors affect the range apart from the motor and battery capacity. Understanding your e-scooter and knowing what affects it reduces the chances of you running out of battery and getting stranded. 

FACTORS THAT AFFECT THE RANGE OF AN E-SCOOTER

The distance you cover as you ride your commuter scooter on a single charge is determined by the following factors:

• Terrain

The terrain greatly influences the motor scooter’s range. The e-scooter, for instance, needs more power to push you forward on escooter rides up hills than going downhill. They will use up more power and battery life if it doesn’t have the features for climbing hills. The topography is a significant factor in determining a scooter’s speed and range. Also, the scooter’s design and components may make certain navigating landscapes easier or more difficult.

• Overweight

The rider’s weight is another factor affecting your electric scooter’s range. You will exert more power and use more battery power the more weight you carry. You need to check the maximum load capacity of your e-scooter, and if you want to ride light, take light bags or items to reduce your overall weight. Choose an electric scooter with at least a 10 kg difference between your weight and the maximum load if you are an overweight rider.

• Riding Style

Your adventures would be much more enjoyable if you keep some factors in mind, given the significance of your riding style. Try to refrain from starting and stopping frequently. Doing this can be particularly taxing on the brakes and put a lot of stress on the battery. Instead, try to move slowly. 

• Temperature

Some weather conditions can reduce your battery’s life, resulting in a shorter range. You knowing the appropriate temperature for your motor scooter will protect your battery life. Thus, ensure your environment is warm enough for your commuter scooter. Riding your scooter when it’s too cold can reduce your range by up to 50%, which wouldn’t provide you with the needed energy.

• Tire Pressure

Improper tire pressure affects the range of an electric scooter for adults. Under-inflated tires have less rubber in touch with the road, increasing friction and reducing the distance you can travel on a single charge. Moreover, this is especially true at higher speeds when the scooter’s power system is under more stress due to rolling and wind resistance. However, by limiting the traction between the tires and the road surface, overinflated tires can also shorten the range. It is crucial to maintain optimum tire pressure to get the most out of your e-scooter.

• Battery Capacity

Your fast electric scooter’s battery is its primary power source, impacting how far it can travel. You need to know how the batteries in long-range electric scooters are larger than those in ordinary e-scooters. Therefore, if you wish to ride farther, get an electric scooter with a bigger battery. Scooters with higher-capacity batteries typically have greater ranges than smaller ones because they can send more power to motors and charge controllers.

• Motor Efficiency

The motor’s efficiency greatly influences the range of an e-scooter. Moreover, a more efficient engine will use less power and allow the electric scooter for adults to travel farther on a single charge. Several variables influence motor efficiency, including torque, rolling, and wind resistance. The motor scooter’s design can also significantly affect how much power it uses. Also, there are many procedures that riders can employ to increase motor effectiveness and range. For instance, slowing down can help lessen rolling and wind resistance, resulting in more coverage.

• Avoid Sharp Turns or Sudden Turns

As you ride through different terrains, there should be a balance between your control and speed. When you approach corners quickly, there is a high possibility of falling off. It’s best to ride gently and avoid sudden stops or sharp corners. You tend to use up more power when you ride forcefully, and your distance covered will be reduced. 

HOW DO I MAXIMIZE MY ELECTRIC SCOOTER RANGE?

There are several ways to maximize the range of your electronic scooter. Below are some ways:

• Pump Your Tire Pressure to the Manufacturer – Recommended Psi

There will be little contact with the ground when the tires are at their recommended pressure. Rolling resistance reduces when there is little contact, so your electric scooter’s motor doesn’t have to work as hard and needs less power. Additionally, an all terrain electric scooter that uses less power can help you travel further by conserving energy.

• Pay Attention to Your Riding Habits

Sometimes, all it takes to increase your fast electric scooter’s range is to change some bad habits. Since speed mode can use your battery more quickly, it’s best to ride in power-saving. Additionally, you must disable unnecessary features like Bluetooth and lights when not in use. The battery’s power determines how far you can travel. In addition, if your brakes appear too tight, you should adjust them because this could cause more friction. Assuming that occurs, the motor would work harder, destroying the battery power and lessening range. To prevent unnecessary friction, check that the brakes are correctly set. However, you should read the manufacturer’s manual before adjusting your long range electric scooter.

• Keep Rider Weight to a Minimum

You get a better range if you reduce the load or change the scooter’s weight. Carrying a heavier weight than the scooter can handle will result in a decrease. An electric scooter’s range is determined by your weight and the amount of luggage you carry on board, such as a backpack, bag, or other items. The owner’s guide contains information about the maximum payload capacity. To reduce the load on your long range electric scooter, you should carry only the essentials and remove unnecessary clutter.

FACTORS TO CONSIDER WHEN SELECTING A LONG-RANGE SCOOTER 

When choosing a long-range escooter, there are some factors you should consider that would give you maximum performance. Here are some of them: 

• Distances Covered

Before selecting a long-range scooter, you need to put in mind the routes you ride regularly. Then, get an all terrain electric scooter with a range of at least 5 miles–10 miles greater than your average daily travel. Thus, this will give you room if you need to go further than you had planned. A standard electric scooter would be sufficient if you only need to travel a few miles/kilometers each day. However, if you frequently travel 20 miles or more, a long-range electric scooter would be a good investment. The Varla Eagle One Dual Motor Electric Scooter is a high-performing electronic scooter with a range of 40 miles, which is appropriate for a long range electric scooterin its class.

• Battery 

The battery is the most critical range determinant for an e-scooter, so you must pay special attention when selecting. There are a few things to keep in mind when evaluating the battery of a potential scooter purchase. It would help if you took note of the battery capacity, measured in watt-hours (Wh), and it will indicate how much energy the battery can store and how long the fast electric scooter can run on a single charge. A higher capacity battery will, at most times, provide more range. The Eagle One has a 52V/18.2Ah lithium-ion battery, which can reach up to 40 miles on Eco Mode, which is excellent for a long range escooter.

• Charging Time

The larger your electric scooter motor capacity, the longer the charging time. Most long-range motorized scooter for adults have a charging time of greater than seven hours, which can be a significant inconvenience for some users. However, several of these long range scooters come with reduced charging times.

Fast charging is when you charge the battery for a shorter period at a higher voltage. Double charging allows you to use two chargers to charge the all terrain electric scooter. The Eagle One and Eagle One Pro have 2 Charging Ports, reducing your charging time to four to five hours.

• Maximum Rider’s Weight

While you may get away with riding a standard electric scooter if you are slightly over the weight limit, it is not recommended. The Varla Eagle One Pro All Terrains Electric Scooter has a maximum load capacity of 330bls, sufficient to carry your weight and load. If you weigh more than the electronic scooter’s total capacity, it will have to work harder, draining the battery power more quickly. A long range electric scooter struggling to support your body weight will not be as enjoyable, and you may also damage the electric scooter if you overload it regularly.

SUMMARY 

All riders need to understand how their electronic scooter’s range works. It can be challenging to know the exact range of your electric scooter as it varies due to several factors. Knowing these factors that affect your escooter range and investing in high-performing long range escooters go a long way in your riding performance. You should also wear a protective helmet, as electric scooters can go at higher speeds.