The reason that brings you here made us assume that you must be a thrill seeker or technology enthusiast who wants to know about “How fast can an electric skateboard go?”.
Well, know that due to the advancement in battery technology and efficient motors, electric skateboards are an emerging computing device that is consistently breaking new ground in terms of their speed capabilities.
With a max speed of 18-40 mph or some modified versions even faster, you can effortlessly cruise along roads, bike lanes, or skate parks or cover long distances in as little time as possible.
The components, the motor power, and the build quality of electric skateboards play a considerable role in defining how fast they can go. A good rider with safe and sound conditions can potentially go faster, up to 65 mph.
Know that the types of electric skateboards determine the speed performance. Some can’t go that fast and struggle to break even 20 MPH, primarily due to mediocre parts. Others are absolute speed demons that can quickly exceed 40 MPH if you don’t hold back.
But with advances in battery technology boosting speeds even more, it makes sense that you’d be curious as to just how fast these powerful machines can go.
To better know all these and other related parameters, we suggest you read the rest parts of this blog.
I. What Defines An Electric Skateboard?
An electric skateboard is a four-wheeled board with motorized equipment and a battery. Unlike the regular skateboard, where the rider has to exert force to propel it, the motor in an e-skateboard offers this propulsion. It helps rotate the wheels and provides the momentum you need to move.
The Veymax one-person motorized vehicle functions through a hand-held throttle wireless remote or rider body weight shifting between the front of the board for forward motion and the rear for braking.
The electronic mechanism makes the e-board faster than what riders can achieve with traditional skateboarding and has revolutionized how people experience the sport.
Overview of Popularity and Usage
With an electrifying twist, skateboarding is an emerging blend of balance, agility, and thrilling recreational activity that is quickly becoming everyone’s favorite way to get around town.
The advent of electric skateboards caters to modern needs for speed, convenience, and personal electric mobility. It’s not just environmentally friendly but a great way to reduce your everyday travel time and fuel expenses.
Skateboards were primarily a part of the suite of human-powered sustainable travel modes, but as their interest grew, riders used them as sports equipment to perform stunts. New models and designs have covered the niche of those seeking adrenaline with off-road models. These boards are longer with larger wheels, allowing us to ride on grass, gravel, dust, and even hard sand.
This machine lets you embrace the exhilaration and freedom and offers you to explore your surroundings while gliding on an electric skateboard.
but with the spike in popularity, there’s also an undeniable surge in accidents. Safety, therefore, isn’t just an option; it’s an absolute necessity.
II. The Mechanics Behind Electric Skateboards
A. Basic Components: Motor, Battery, and Control Systems
The ability of electric skateboards to move faster and higher is attributed to the powerful electric motor, efficient battery, and sophisticated control systems, which allow riders to have better control and stability over their board.
The motor is just like the heart of the electric skateboard, which is typically located inside the wheels or often at the bottom of the deck, depending upon the type. It provides strong power to the electric skateboard and can range from 100W and can reach up to 4500W.
The two types of motors are hub and belt motors, out of which the hub is less powerful, quieter, less conspicuous, and tends to overheat.
The other belt motor appears to be louder, larger, more powerful, and reliable.
The removable battery, usually embedded in the deck, is the next highly important component of an electric skateboard influencing the speed.
Without a battery, an electric skateboard will act like a regular one. There Are 3 common categories of battery used in e-boards: Li-ion, LiPo, and LiFePo. Li-ion is widely used for commercial applications due to its longer lifespan, easy-to-handle, and safe properties.
Electronic Speed Controller
The electronic speed controller is a circuit that regulates and control the speed of the motor placed within the electric skateboard. It receives data via Bluetooth and provides you with full control of your skateboard.
Remote Control System
Next up is the remote control that makes an electric skateboard accelerate and decelerate. This part of the system is designed to be held in your hand.
Different e-boards use different kinds of remote controls. Some controllers use a joystick in order to handle the function of acceleration and deceleration
Others use a trigger on the rear of the remote, which takes your board faster by pressing hard or tapping gently to make it slower.
B. How These Components Influence Speed
The motor power of the e-board describes the electric power the motor takes in and can convert into mechanical power. At its core, It’s a product of voltage and current (Watt = Volt Ampere) and serves as a sign of the motor’s capability to level up speed and acceleration.
A skateboard with immense and more electrical power, just as in case of 550W motorised board, can propel an electric skateboard to better speeds. This is because it can deal with much more power flow and thus provide even more power to the wheels. Similarly, a low power level equals low speed.
Next is the battery component that provides the functionality to get your electric skateboard running faster. A good quality lithium battery is lightweight and comparatively safe, so it serves you for a longer time.
The battery level is checked by viewing the LED lights on your board’s controller or remote – if they display a low power level, they won’t be able to propel quickly and efficiently.
Apart from these electronics, fiberglass and metal parts are also attached to these fast-moving devices.
High-end electric skateboards such as Cejour feature tail lights and LED headlights.
Decks vary from super stiff to highly flexible platforms. They are made from wood, plastic - or both - and have grip tape installed.
The Veymax's most advanced electric skateboard models are sleek, smooth, and aerodynamic.
In flat grounds, a stiffer board will prevail; on bumpier surfaces, flexible decks will help cushion impacts and dampen cracks.
With all these facilitators, a rider is able to accelerate more quickly and maintain higher speeds than they could on regular skateboards.
C. Comparison with Traditional Skateboards
In contrast with Traditional skateboards, e-boards are equipped with a larger wheelbase, which gives them the ability to absorb road bumps much better and helps keep the rider more stable at higher speeds.
Many regular skateboards can go as high as 10-12 mph on a flat surface, while if it’s about cruising on an electric skateboard, it would move at a speed of 18-28mph.
On a flat road, the speed of an ordinary skateboard is just like that of a children's electric skateboard. But when it's downhill, the gravitational force comes into action, and the speed goes high.
III. Factors Affecting the Speed of Electric Skateboards
Skateboard speed depends on several factors, such as motor power, battery, wheel size, riding terrain, rider weight, and riding position. Even if it’s the same model electric skateboard, different riders have different top speeds.
A. Motor Power and Efficiency
The power driver of your electric e-board is the motor that can drastically influence its speed and performance.
Generally speaking, higher voltage motors with 43.2V tend to be faster than lower voltage ones but may require more maintenance over time due to their increased power output.
Additionally, certain motor types (such as hub motors) tend to offer better acceleration than others (like belt drive motors) due to their direct connection with the drivetrain system of your board.
By optimizing these settings according to your needs, you can get more out of your electric skateboard without sacrificing safety or reliability.
B. Battery Capacity and Voltage
The success of your e-skateboard ride hinges on a well-rechargeable battery pack whose capacity and voltage influence range and speed. Understanding battery capacity helps riders gauge how far and fast they can ride before needing to recharge their board’s battery.
Likewise, the board battery voltage defines the skateboard's overall power delivery. Higher voltage batteries mean more power delivery to the motor, translating into faster acceleration and higher speeds; thus, they’re more efficient. For instance,12S batteries are better than 10S, and 14S is better than 12S because they have higher voltage.
Veymax Roadster X4 Motorised longboards use a 5Ah battery capacity and 43.2V battery voltage for up to 13 miles (21km) by charging, a battery technology that stands for its longer life, low weight, high energy density, and fast charging capabilities.
C. Wheel Size and Material
The wheels of an electric skateboard play a key role in its speed and responsiveness. Without wheels, your board won’t work.
You may have different shapes, sizes, and color wheels depending on your level of riding experience.
Larger wheels with softer urethane and a 50–90 mm diameter typically roll faster, accelerate slower, and move more easily over cracks, providing more traction and grip on the pavement.
Whereas smaller diameter wheels of about 40-54mm, made from more rigid materials like polyurethane, keep the board closer to the ground, require less force to accelerate, and produce a lower center of gravity.
You should also keep in mind that larger wheels tend to roll over bumps easier than smaller ones. If you want more speed out of your electric skateboard, consider changing out the wheels for something bigger or softer.
D. Board Weight and Aerodynamics
Like all other factors, a board’s weight, thickness, and construction material dictate how fast an electric skateboard can go. A heavier, thicker, and sturdier board will go faster than a lighter, thinner, and less durable one.
Improving the aerodynamics of your electric skateboard can have a significant impact on its speed. Avoiding a standing upright stance and crouching lower to the deck helps keep your center of gravity between the trucks and substantially minimize wind resistance.
Try streamlined helmets and tight-fitting clothing, which also help reduce drag. Like loose clothing, anything fluttering in the wind acts as a parachute and slows you down. You can also avoid bulky attachments or modifications that may create drag. By reducing air resistance, you can unlock higher speeds and enjoy a smoother ride.
Practice maintaining a low and balanced stance to optimize your skateboard’s aerodynamic efficiency.
E. Rider’s Weight and Skill Level
The electric skateboard is one component of the system; the other, much heavier part is you. The amount of weight put on the board- either by the rider's body or something they’re carrying, affects the speed parameter.
A general rule of thumb is Electric skateboard motors can only tow specific pounds or kilograms – the more there are, the less the motor is able to cope.
Luckily, with Roadster X4, a 75kg weight rider can easily get his stunts performed and maintain a good speed.
If the electric skateboard motor has to pull less weight, it can move faster and more efficiently.
Now, don’t assume that a rider needs to hit the gym to mount on the board; in fact, you can cut weight in other ways, such as carrying fewer things on them.
A common criterion is heavier riders or those carrying backpacks may require more motor power to achieve high acceleration and speed, unlike the small and light riders who put less strain on the motor and the ability to convert more energy into speed.
However, Heavy riders are faster on downhill slopes due to gravity. It's only a matter of rider weight and board-handling skills that defines the top speed. So don’t be surprised by the top speeds advertised on a particular electric skateboard.
IV. The Speed Range of Electric Skateboards
A. Average Speeds for Beginners and Recreational Use.
If you’re considering getting an electric skateboard, you may want to go fast. Whether it’s about racing around for leisure or you’re late for work, knowing your compatibility level is crucial.
Most of the electric skateboards on the market provide different gears of speed for varying levels of riders to adjust.
An average speed for beginner riders typically starts around 10 to 13mph; this range offers a safe, easy, and manageable start speed. You can step it up with speeds ranging from 19 to 25 mph after you are familiar with all the functions of the electric skateboard and know how to keep balance and flexible turning.
A rider can even go high up to 25 mph if he thinks he can master the electric skateboard well. A nano mini 18mph Electric Skateboard is perfect for those who are new to this sport.
It’s worth noting that wearing a helmet and protective gear is one of the important steps you must do before each ride, whether you're a beginner or a pro rider.
B. Speeds for Advanced and Professional Riders
An advanced rider or a professional geek who is well aware of the correct stance and weight distribution can take their electric skateboards higher, can hit a record breaking speed of 60mph, for thrilling adventures.
Since the speed largely depends on the rider’s weight, Veymax electric longboard can climb 30% gradient hills with a weight of about 75 kgs at the top speed of 29 miles per hour.
C. Legal Speed Limits and Safety Regulations
Being the mainstream nature of electric skateboards, there are some legal regulations that riders must abide by in order to bring the machine onto the road. This means maintaining an average speed limit and carrying out safety measures to protect the surrounding communities.
Most regions allow for an electric propulsion system with a power of no more than 2,500 watts and a maximum speed of 25 mph. This speed limit is not applied within business districts or when traveling between intersections with traffic lights.
To bring an electric skateboard on public roads, You’ll need a driver’s license and registration card from your state’s Department of Transportation (DOT).
V. Safety Considerations at High Speeds
When you’re up on your motorized skateboard, zipping through city streets, or a beginner cautiously exploring the balance on Nano mini electric skateboard, safety becomes your first responsibility. This includes wearing your helmet and protective gear like knee pads and wrist guards.
The helmet serves as the first line of defense against severe head injuries, and pads as cushioning shock absorbers during unexpected tumbles, providing crucial protection for our joints against scrapes and fractures.
These safety measures go beyond personal well-being and contribute to fostering a broader safety culture within the skateboarding community.
When exploring several options for beginner skateboarders, the Cejour e-board is an ideal choice. It has attractive red LED tail lights that brighten up your path and increase your safety with real-time hazard lights when you apply the brakes. In the meantime, 6 modes of lights draw the eye when you ride on the night.
To master the skill of boarding, it’s also imperative that you start cruising on flat and smooth surfaces first, gradually building on your skills and keeping stability at different speeds.
Practicing with the remote control functions, braking techniques, and handling different terrains would be a lot of help. So next time, while cruising along a highway at a fast speed, you can carry out the remote functions without glancing at it.
To make an emergency stop, use hand signals if possible and keep your board at least 3 feet from obstacles at all times so pedestrians can see it coming before they get run over.
Get yourself trained enough to balance and turn smoothly. For a hassle-free ride, familiarize yourself with local traffic regulations and respect pedestrians.
Lastly, go through your electric skateboard under frequent checking for any wear and tear, such as broken, loose, or cracked parts, slippery top surfaces, or sharp edges. Keep it well-maintained or seek professional help for serious defects.
Veymax offers 180 days of warranty service on their electric skateboards, so you can have peace of mind when getting your hands on their models.
VI. Future of Electric Skateboard Speeds
As we spend each day, we see technological advancement happening so fast that it’s hard actually to know what is considered old. The truth is technology never stands still, and neither does the electric skateboard industry. So, it's safe to say that they both go hand in hand.
The ongoing advancements in battery technology, wheel alignment, electric motors, and efficient material composition hint at an even faster future for electric skateboards. The development of more efficient motors and higher-capacity batteries will allow future models to attain higher speeds and maintain them for more extended periods.
A good model such as the Roadster X4 offers you so much more than its non-electric counterparts, particularly if you’re keen to use them as a source of fun and transportation.
The best part is that these machines have a built-in braking system that helps you to stay in control and efficiently manage your speed, even if you’re going up or down a hill.
Veymax eskateboard are ideal for those looking to do stunts without the stress of getting into trouble. The 105mm premium quality jelly wheels are excellent shock absorbers that give you enough road grip and make your ride smooth.
As you can observe, a list of factors contribute to how fast electric skateboards go. The list includes the model of the board, the motor power, and the kind of battery it has.
Usually, electric skateboards go anywhere from 18-28 mph, but they can go even faster if the board is optimized correctly.
Following the tips outlined above, you can make your electric skateboard go faster and get more out of your riding experience.
Always remember to take safety into account when learning how to ride an electric skateboard, as proper training and protective gear are critical elements for a safe and enjoyable ride.