Common Mistakes When Buying an Electric Skateboard

The allure of electric skateboards is undeniable. They offer a thrilling blend of freedom, speed, and effortless cruising, transforming commutes and recreational rides into exhilarating experiences. However, stepping into the world of electric skateboarding without proper knowledge can lead to costly mistakes and disappointing purchases.

Many aspiring riders, eager to hit the pavement, overlook crucial details, only to realize their new board isn’t quite what they expected.

This guide aims to equip you with the knowledge to avoid the most common pitfalls when buying an electric skateboard. By understanding what to look for and what to question, you can make an informed decision, ensuring your electric skateboard purchase is a long-term source of enjoyment and reliable transportation.

We’ll explore everything from battery life and motor power to build quality and rider experience, helping you find the perfect board for your needs.

Key Takeaways

• Understand Your Needs: Define your primary use case (commuting, recreation, off-roading) to guide your selection.
• Battery is King: Prioritize range and charging time based on your typical travel distances.
• Motor Power Matters: Match motor wattage to your desired speed, hill-climbing ability, and rider weight.
• Deck and Drivetrain Quality: Don’t compromise on the core components; they dictate durability and ride feel.
• Remote Control Functionality: A reliable and intuitive remote is crucial for safe and enjoyable control.
• Weight Capacity and Rider Experience: Ensure the board can support your weight and is suitable for your skill level.
• Brand Reputation and Support: Opt for reputable brands known for quality and customer service.
• Budget Realistically: Understand that quality electric skateboards are an investment; avoid suspiciously cheap options.

Credit: www.maxfind.com

Understanding Your Riding Needs: The Foundation Of Your Purchase

Before you even start browsing models, the most critical step is to honestly assess why you want an electric skateboard and how you plan to use it. This foundational understanding will filter out unsuitable options and steer you towards boards that genuinely meet your expectations. Buying an electric skateboard without this clarity is akin to buying a car without knowing if you need a sedan, an SUV, or a sports car.

Commuting Vs. Recreation

The demands of a daily commute are vastly different from those of a weekend joyride. For commuters, range, reliability, and portability are paramount. You need a board that can reliably get you to your destination and back on a single charge, handle various urban terrains, and perhaps be carried onto public transport or into an office. A board with a shorter range or that’s excessively heavy might be perfectly fine for recreational use but a nightmare for daily commuting.

For recreational riders, the focus might shift towards speed, agility, and the thrill of the ride. You might prioritize a more responsive feel, a higher top speed, or the ability to perform certain maneuvers. The terrain might be smoother, and the distances shorter, allowing for different priorities. For instance, a board designed for carving smooth paths might not be ideal for tackling steep hills on your way to work.

Terrain And Hills

Consider the typical surfaces you’ll be riding on. Will it be smooth asphalt, cracked sidewalks, grass, or even gravel? Most electric skateboards are designed for paved surfaces. Boards with larger, softer wheels or specialized suspension systems are better suited for rougher terrain, but they often come with a higher price tag and can be less efficient on smooth roads.

The presence of hills is another significant factor. If you live in a hilly area, you’ll need a board with sufficient motor power and torque to climb those inclines without struggling. A board with a lower-powered motor might be adequate for flat ground but will quickly become frustrating and potentially unsafe when faced with a steep incline. Researching the gradeability (the maximum incline angle a board can climb) is essential if hills are part of your regular route.

Rider Weight And Experience Level

Electric skateboards have a maximum weight capacity. Exceeding this limit can strain the motors, reduce battery efficiency, and even damage the board. It’s crucial to choose a board that can comfortably support your weight, plus any gear you might carry (like a backpack). Manufacturers usually provide this specification, and it’s wise to err on the side of caution.

Your experience level also plays a role. Beginners might prefer a board that’s more stable, has a gentler acceleration curve, and a lower top speed. More experienced riders might seek out faster, more responsive boards that offer greater control and agility. Some boards offer adjustable speed modes, which can be beneficial for riders who are still developing their skills. Learning to ride an electric skateboard safely is crucial; consider resources like Are Electric Skateboards Safe? What Every Rider Should Know for essential safety information.

Credit: www.rideevolve.com

The Battery: The Heartbeat Of Your Electric Skateboard

The battery is arguably the most critical component of an electric skateboard, directly influencing its range, performance, and overall cost. Overlooking battery specifications is a common and costly mistake that can lead to disappointment and a board that doesn’t meet your needs.

Range Anxiety: How Far Can You Really Go?

The advertised range of an electric skateboard is often an optimistic figure based on ideal conditions: a lightweight rider, flat terrain, moderate speed, and good weather. In real-world scenarios, your actual range will likely be lower. Factors that significantly impact range include:

• Rider Weight: Heavier riders will drain the battery faster.
• Terrain: Uphill riding consumes considerably more power than flat ground.
• Speed: Traveling at higher speeds requires more energy.
• Riding Style: Aggressive acceleration and braking use more battery than smooth, consistent riding.
• Temperature: Extreme cold can reduce battery performance and capacity.

When evaluating range, look for boards that offer a realistic range that comfortably exceeds your longest expected trip. If you need to travel 10 miles round trip, don’t settle for a board advertised with a 10-mile range; aim for at least 15-20 miles to account for the variables mentioned above. Understanding battery technology, such as Lithium-ion cells, is also important for longevity and performance.

Charging Time: The Waiting Game

Another crucial aspect of the battery is its charging time. Some high-capacity batteries can take 6-8 hours or even longer to charge fully. If you plan to use your board for multiple trips throughout the day or need a quick top-up before heading out, a long charging time can be a major inconvenience.

Consider your daily routine. If you can charge your board overnight, a longer charging time might be acceptable. However, if you need to recharge during the day, look for boards with faster charging options or consider purchasing an additional, faster charger (if compatible and recommended by the manufacturer).

Battery Health And Longevity

The lifespan of a battery is measured in charge cycles. A charge cycle is typically defined as one full discharge and recharge. Most reputable electric skateboard batteries are designed to last for several hundred charge cycles before their capacity significantly degrades.

When buying, look for information about the type of battery cells used (e.g., Samsung, LG, Panasonic are generally considered high-quality) and the Battery Management System (BMS). A good BMS protects the battery from overcharging, over-discharging, and short circuits, which is crucial for both safety and longevity. While it’s hard to predict long-term battery health, choosing brands known for using quality components and offering good warranties can provide peace of mind.

Motor Power And Drivetrain: The Engine Of Your Ride

The motor(s) and drivetrain are what provide the electric skateboard with its power and propulsion. Choosing the right motor configuration is essential for achieving your desired speed, acceleration, and hill-climbing capabilities.

Single Vs. Dual Motors

Electric skateboards come with either single or dual motor setups.

• Single Motor: Typically found on more budget-friendly or entry-level boards. They are lighter and consume less battery per mile but offer less power, slower acceleration, and less torque for climbing hills. They can also be prone to skidding if you hit the brakes hard while carving.
• Dual Motors: Offer significantly more power, better acceleration, and superior hill-climbing ability. They provide better braking control and a more balanced ride. While they consume more battery, the performance benefits are often worth the trade-off for many riders. Some high-performance boards even feature four motors for ultimate power and control.

Motor Wattage: More Is Usually More

Motor power is typically measured in watts (W). Higher wattage generally translates to more power, faster acceleration, and better performance, especially for heavier riders or those tackling hills.

• Entry-level boards: Often have motors in the range of 300W to 500W per motor.
• Mid-range boards: Typically feature motors between 500W and 1000W per motor.
• High-performance boards: Can have motors exceeding 1000W, sometimes reaching 2000W or more per motor.

For commuting or casual riding on relatively flat terrain, a total of 600W-1000W (for dual motors) might suffice. If you plan on tackling hills regularly or prioritize quick acceleration, look for boards with at least 1000W-1500W total motor power. Always check the peak power and continuous power ratings if available, as peak power indicates the maximum output for short bursts, while continuous power reflects sustained performance.

Drivetrain Types: Belt Vs. Hub Motors

The way power is transferred from the motor to the wheels also varies:

• Belt Drive: The motor is connected to a belt that drives a larger pulley attached to the wheel.
• Pros: Generally offer more torque, better hill-climbing, and allow for easier customization with different wheel sizes and types. They can also absorb some vibration.
• Cons: Can be noisier, require more maintenance (belt tension, replacement), and are more exposed to damage from impacts or debris.
• Hub Motors: The motor is integrated directly into the wheel.
• Pros: Quieter, more aesthetically pleasing (less visible components), and more resistant to dirt and debris. They also offer a more natural feel when coasting as there’s no resistance from the motor.
• Cons: Can have less torque than belt drives, making hill climbing more challenging. Replacing a damaged motor-wheel unit can be more expensive, and wheel swaps are typically limited to specific sizes.

Example: Comparing Motor Performance

Feature	Entry-Level (e.g., 500W Dual)	Mid-Range (e.g., 1000W Dual)	High-Performance (e.g., 2000W Dual)
**Top Speed**	15-20 mph	20-25 mph	25-30+ mph
**Acceleration**	Moderate	Quick	Very Quick
**Hill Climb**	Gentle slopes only	Moderate hills	Steep hills
**Torque**	Lower	Good	High
**Typical Use**	Flat ground, casual cruising	Commuting, varied terrain	Performance riding, steep hills

Credit: www.maxfind.com

Deck, Trucks, And Wheels: The Ride Quality Trifecta

While the electronics provide the power, the deck, trucks, and wheels define the actual ride experience, how stable, comfortable, and responsive your electric skateboard feels. Neglecting these components can lead to a board that feels sluggish, unstable, or uncomfortable, even if it has a powerful motor.

Deck Material, Shape, And Flex

The deck is your platform. Its material, shape, and flex characteristics significantly impact the ride.

• Material: Most electric skateboard decks are made from maple wood, often 7-ply or 9-ply, for a good balance of strength and flexibility. Some higher-end or specialized boards might use carbon fiber for a lighter weight and stiffer ride, or bamboo for increased flex and a more surf-like feel.
• Shape: Long, wide decks generally offer more stability, especially at higher speeds. Shorter, narrower decks can be more nimble and easier to maneuver. Consider the wheelbase (the distance between the trucks), a longer wheelbase increases stability, while a shorter one improves agility.
• Flex:
• Stiff decks provide a more direct feel and better stability at speed, transferring power efficiently. They are common on performance and commuter boards.
• Flexible decks offer a more comfortable ride by absorbing vibrations and road imperfections. They can also provide a more carvy, surfy feel. However, excessive flex can sometimes lead to wobbles at high speeds or reduce responsiveness.

Trucks: Stability And Turning

The trucks are the T-shaped metal components that attach the wheels to the deck and allow for steering. For electric skateboards, wider trucks are generally preferred to provide a stable platform for the added weight and speed. Look for quality construction from reputable brands. Some electric skateboards use specially designed trucks to accommodate the motor(s) and electronics. The bushings within the trucks can also be upgraded or adjusted to fine-tune the turning sensitivity and stability.

Wheels: Size, Durometer, And Material

Wheel choice impacts ride comfort, grip, and ability to overcome obstacles.

• Size: Larger diameter wheels (e.g., 90mm+) roll over cracks and debris more easily and maintain momentum better, contributing to a smoother ride. Smaller wheels are lighter and can offer quicker acceleration but are more susceptible to getting stuck on imperfections.
• Durometer (Hardness): Measured on an “A” scale, a higher durometer number indicates a harder wheel. Harder wheels are faster on smooth surfaces but offer less grip and transmit more vibration. Softer wheels provide more grip and a smoother ride on rougher surfaces but wear out faster and are slightly slower. For electric skateboards, wheels with a moderate durometer (around 78A to 85A) are often a good compromise for comfort and performance.
• Material: Most electric skateboard wheels are made of polyurethane (PU). Some boards might feature pneumatic (air-filled) tires, which offer the ultimate in comfort and off-road capability but are heavier, slower, and prone to flats.

A common mistake is underestimating the importance of wheel quality. Cheap, hard plastic wheels will make even the most powerful electric skateboard feel jarring and unstable.

Remote Control And Electronics: The User Interface

The remote control is your primary interface with the electric skateboard. A poorly designed or unreliable remote can quickly turn an enjoyable ride into a frustrating or even dangerous experience. Similarly, the quality of the underlying electronic components is crucial for performance and durability.

Remote Design And Functionality

A good electric skateboard remote should be:

• Ergonomic: Comfortable to hold for extended periods.
• Intuitive: Easy to operate without looking, with clearly marked controls for acceleration, braking, and power.
• Reliable: Maintain a strong, consistent connection with the board. Dropouts or lag can be extremely hazardous.
• Informative: Display key information such as battery level (for both the board and the remote), speed, and riding mode.

Look for remotes that use radio frequency (RF) or Bluetooth for connection, as these generally offer better reliability than older infrared technologies. Some remotes offer multiple speed modes (e.g., beginner, eco, sport), allowing you to tailor the board’s performance to your skill level or riding conditions.

Esc (electronic Speed Controller)

The ESC is the “brain” of the electric skateboard, regulating power from the battery to the motor(s) based on input from the remote. The quality of the ESC significantly impacts acceleration smoothness, braking response, and overall system reliability.

• Smoothness: A good ESC provides smooth, progressive acceleration and braking, avoiding jerky movements that can throw you off balance.
• Reliability: High-quality ESCs are more durable and less prone to overheating or failure.
• Features: Some ESCs offer customizable settings through a companion app, allowing riders to fine-tune acceleration curves, braking strength, and other parameters.

Reputable brands often use well-known ESCs like VESC® (Vedder Electronic Speed Controller) or proprietary systems developed by the manufacturer. While you may not always see the ESC listed explicitly, it’s a critical component that contributes to the overall performance and feel of the board.

Water Resistance And Durability

Electric skateboards contain sensitive electronics. Consider the IP rating (Ingress Protection) of the board, which indicates its resistance to dust and water. While most electric skateboards are not fully waterproof, a higher IP rating (e.g., IPX5 or IPX6) suggests better protection against splashes and light rain. Riding in heavy rain or through puddles is generally not recommended, as it can damage the electronics, bearings, and battery.

Brand Reputation, Support, And Price: The Long-term Value

When investing in an electric skateboard, looking beyond the immediate specifications to consider the brand’s reputation, the quality of customer support, and the overall price is crucial for long-term satisfaction.

The Importance Of Brand Reputation

Established brands in the electric skateboard market often have a reputation built on years of product development, rider feedback, and consistent quality. These brands are more likely to:

• Use higher-quality components in their batteries, motors, ESCs, and construction.
• Have undergone rigorous testing to ensure reliability and safety.
• Offer better warranties and more responsive customer support.

Brands like Boosted (though no longer in production, their legacy is significant), Evolve, Meepo, Exway, and Backfire are often cited for their quality and rider satisfaction. However, new and innovative brands are constantly emerging. Researching reviews, community forums, and independent tests is essential. For instance, understanding the reputation of specific brands can be helpful, similar to how one might research Are Element Skateboards Good? or Are Santa Cruz Skateboards Good? in the traditional skateboarding world.

Customer Support And Warranty

What happens when something goes wrong? This is where customer support and warranty become critical. A good manufacturer will offer:

• A comprehensive warranty covering defects in materials and workmanship (typically 6-12 months).
• Readily available spare parts for common wear-and-tear items (wheels, belts, grip tape) and potentially more significant components.
• Responsive customer service via email, phone, or live chat to help troubleshoot issues or process warranty claims.
• Clear repair guides or a network of service centers.

A lack of support or a restrictive warranty can turn a minor issue into a costly repair or leave you with an unusable board.

Price Vs. Value: Avoiding The “too Good To Be True” Trap

Electric skateboards range widely in price, from a few hundred dollars to well over $2,000. It’s tempting to go for the cheapest option, but this is a common mistake. Extremely low prices often indicate compromises in:

• Battery quality and capacity: Leading to poor range and short lifespan.
• Motor power and durability: Resulting in slow acceleration and potential failure.
• ESC reliability: Causing jerky rides or electronic issues.
• Build quality: Using cheaper materials for the deck, trucks, and wheels, leading to a less comfortable and durable ride.
• Safety features: Lack of proper BMS, weak braking, or unreliable remote connection.

While you don’t necessarily need the most expensive board, aim for a mid-range option from a reputable brand if your budget allows. This often represents the best balance of performance, reliability, and value. Consider the total cost of ownership, a cheaper board that breaks down frequently and requires costly repairs might end up being more expensive in the long run than a well-built, slightly pricier alternative.

Common Mistakes To Avoid: A Checklist

To summarize, here are the most frequent errors buyers make and how to sidestep them:

1. Ignoring Your Specific Needs

• Mistake: Buying a board based solely on its speed or price without considering commute requirements, terrain, or hills.
• Solution: Honestly assess your intended use (commuting, recreation, hills, flat ground) before looking at specs.

2. Underestimating Battery Requirements

• Mistake: Purchasing a board with a claimed range that barely meets your longest expected trip.
• Solution: Always add a buffer of at least 25-50% to the advertised range for real-world conditions. Factor in charging time.

3. Overlooking Motor Power For Hills

• Mistake: Buying a low-power board and then finding it struggles on inclines.
• Solution: Research the motor wattage and gradeability, especially if you live in a hilly area. Dual motors are generally recommended for hills.

4. Compromising On Deck And Wheel Quality

• Mistake: Focusing only on speed and battery, resulting in an uncomfortable or unstable ride due to a poor deck or cheap wheels.
• Solution: Pay attention to deck flex, wheelbase, and wheel size/durometer for a comfortable and controlled experience.