An Overview of Best Electric Skateboard 2019: Standards, Grades, and Mechanical Performance

Types of Skateboards: A Comprehensive Guide

Skateboards have evolved far beyond their simple origins, offering a wide range of designs tailored to different riding styles, skill levels, and environments. From the smooth-gliding longboards to the high-performance best electric skateboard 2019 models, each type delivers a unique experience. Understanding the distinctions between these boards is essential for choosing the right one based on your needs—whether you're commuting, performing tricks, or just cruising around town.

Longboards

Longboards are characterized by their extended length (typically 33–59 inches), larger wheels, and stable ride. Designed primarily for cruising, commuting, and downhill riding, they offer superior balance and shock absorption over rough surfaces.

Advantages

• Excellent stability and balance
• Smooth ride over cracks and bumps
• Ideal for beginners and long-distance travel
• Great for downhill speed control

Limitations

• Less maneuverable in tight spaces
• Not suitable for technical tricks
• Bulkier and harder to carry

Best for: Commuters, beginners, downhill enthusiasts, and relaxed cruising

Freestyle Skateboards

Freestyle skateboards feature a flat, wide deck (usually 36–42 inches) optimized for foot-based tricks, board dancing, and creative expression. These boards are the go-to choice for skaters who enjoy intricate footwork, spins, and rhythmic movements.

Advantages

• Ample deck space for complex footwork
• Responsive turning for quick maneuvers
• Perfect for creative and expressive skating
• Durable construction for repeated impacts

Limitations

• Less stable at high speeds
• Not ideal for long-distance riding
• Requires more skill to master

Best for: Skaters focused on tricks, dancing, and artistic expression

Electric Skateboards

Powered by electric motors and rechargeable batteries, electric skateboards offer a hands-free or throttle-controlled ride. Advanced models from 2019 and beyond feature regenerative braking, Bluetooth connectivity, and top speeds up to 25–40 mph, making them a favorite among tech-savvy commuters and thrill-seekers.

Advantages

• No pushing required—ideal for hills and long commutes
• High speeds and long battery life (on premium models)
• Remote-controlled acceleration and braking
• Low physical effort with high efficiency

Limitations

• Higher cost and maintenance
• Heavier than traditional boards
• Battery life limits ride duration

Best for: Urban commuters, tech enthusiasts, and riders seeking effortless transportation

Shortboards (Trick Skateboards)

Also known as standard or street skateboards, shortboards are compact (28–32 inches), lightweight, and built for agility. With a symmetrical shape and narrow width, they're perfect for ollies, grinds, and park skating.

Advantages

• Highly maneuverable and responsive
• Ideal for skate parks and street tricks
• Lightweight and easy to flip
• Standard in competitive skateboarding

Limitations

• Less stable at high speeds
• Small wheels transmit more road vibration
• Not suited for long-distance cruising

Best for: Trick skaters, park riders, and street skating enthusiasts

Penny Boards

Named after the original 1970s design, modern penny boards are made from durable plastic, measuring around 22–27 inches. Their lightweight build and vibrant colors make them popular for quick, stylish rides around town.

Advantages

• Extremely lightweight and portable
• Affordable and stylish
• Perfect for short trips and flat terrain
• Great for beginners and casual riders

Limitations

• Not suitable for tricks or rough terrain
• Limited speed and stability
• Smaller wheels struggle with cracks

Best for: Casual riders, beach towns, and short urban commutes

Mini Cruisers

Mini cruisers are compact versions of longboards (typically 24–36 inches), blending portability with smooth ride quality. They use larger wheels than shortboards, making them ideal for quick, comfortable rides on sidewalks and bike paths.

Advantages

• Balances portability and ride comfort
• Smooth glide over small obstacles
• Easier to carry than full longboards
• Fun and versatile for all-around use

Limitations

• Still less stable than full-sized longboards
• Limited for high-speed or downhill use
• Narrower deck may feel cramped for larger riders

Best for: Students, city dwellers, and those seeking a fun, portable cruiser

Expert Tip: If you're new to skateboarding, start with a longboard or mini cruiser for stability. As you gain confidence, you can transition to more specialized boards like shortboards or electric models depending on your riding goals.

Materials & Durability of Electric Skateboards

When evaluating electric skateboards, material selection plays a pivotal role in determining performance, comfort, and longevity. The best electric skateboards of 2019—and beyond—leverage advanced materials to balance strength, weight, flexibility, and resistance to wear. From decks to trucks and wheels, each component is engineered for durability and optimal riding dynamics. Understanding these materials helps users make informed decisions based on their riding style, terrain, and maintenance expectations.

Deck Materials: Strength, Flexibility, and Ride Quality

Wooden & Bamboo Decks

Most electric skateboards feature decks constructed from layered maple, birch, or bamboo due to their excellent strength-to-weight ratio and natural flex characteristics. These materials provide a responsive yet forgiving ride, absorbing vibrations from rough surfaces and enhancing rider comfort during long-distance commutes.

Bamboo, in particular, offers superior tensile strength and sustainability. Its natural elasticity allows the deck to flex under load and return to shape, reducing fatigue over time. This makes wooden and bamboo decks ideal for urban commuting and cruising, where comfort and moderate durability are prioritized over extreme performance.

Composite & Carbon Fiber Decks

High-end electric skateboards often incorporate composite materials such as carbon fiber, fiberglass, or Kevlar-reinforced resin. These materials deliver exceptional rigidity, reduced weight, and high resistance to warping or cracking under stress.

Carbon fiber decks, while stiffer and less forgiving than wood, offer unmatched structural integrity and are preferred for aggressive riding, downhill racing, or off-road use. Their low weight improves acceleration and handling, while their resistance to moisture and temperature fluctuations enhances long-term durability in diverse environments.

Truck & Wheel Components: Built to Last

Truck Construction (Aluminum & Steel)

The trucks—axle assemblies that connect the wheels to the deck—are typically made from aircraft-grade aluminum or hardened steel. Aluminum trucks are lightweight and corrosion-resistant, making them ideal for everyday use and portability.

Steel trucks, though heavier, offer greater durability and stability at high speeds or under heavy loads. They are commonly found on off-road or all-terrain models where strength and precision steering are critical. High-quality bushings and kingpins further enhance truck performance and lifespan.

Urethane Wheels & Bearings

Wheels are almost universally made from polyurethane (PU), a durable, resilient material that provides excellent grip, shock absorption, and roll efficiency. Electric skateboards typically use larger (80–100mm), softer (78A–86A durometer) wheels to handle varied terrain and maintain traction at higher speeds.

Premium urethane formulations resist cracking, flat-spotting, and UV degradation. Paired with ABEC-7 or ABEC-9 rated bearings, these wheels ensure smooth, low-friction rotation, reducing motor strain and extending both wheel and motor life.

Key Durability Factors to Consider

Essential Maintenance Tips for Maximum Lifespan

Important: Even the most durable electric skateboard requires proactive care. Neglecting maintenance can lead to premature component failure, safety hazards, and voided warranties. Investing time in routine upkeep not only extends the board’s life but also ensures consistent performance, reliability, and rider safety across all conditions.

Electric Skateboard Production and Operations

Electric skateboards represent a fusion of traditional skateboarding culture with modern electric mobility technology. By integrating an electric motor and a rechargeable battery, these boards significantly reduce the physical effort required for propulsion, making them ideal for commuting, urban travel, and recreational riding over extended distances. This advancement has broadened the appeal of skateboarding to a wider audience, including those who may not have the stamina or time for manual pushing.

Modern electric skateboards support multiple riding modes to suit different preferences and scenarios:

• Throttle Mode: Controlled via a wireless remote, this mode allows precise acceleration and braking, offering a scooter-like experience with intuitive handling.
• Hybrid Mode: Combines electric assistance with traditional foot pushing, enabling riders to conserve battery while still benefiting from motor support on inclines or during sprints.
• Cruise Control: Available on advanced models, this feature maintains a set speed without constant throttle input, enhancing comfort on longer rides.

These versatile operation modes make electric skateboards adaptable to city commutes, campus navigation, and off-road adventures, depending on the model’s design and performance capabilities.

Core Components of Electric Skateboards

The performance and reliability of an electric skateboard depend on its key components, each playing a critical role in overall functionality:

• Motor: Provides the mechanical power needed for movement. The type and placement of the motor directly affect torque, speed, and efficiency.
• Battery Pack: Typically composed of lithium-ion cells, it stores energy and determines the board’s range and recharge cycle life. Battery management systems (BMS) protect against overcharging, deep discharge, and overheating.
• Electronic Speed Controller (ESC): Acts as the brain of the system, regulating power delivery from the battery to the motor based on rider input.
• Deck and Trucks: The physical platform and steering mechanism must be durable and well-designed to handle added weight and stress from motorized operation.
• Control Interface: Includes wireless remotes or smartphone apps that allow riders to adjust speed, monitor battery levels, and customize ride settings.

Engineering insight: High-end models often feature modular designs for easier maintenance and upgrades.

Motor Types: Hub vs. Belt-Drive

The choice between hub and belt-drive motors is one of the most significant decisions in electric skateboard design, influencing performance, maintenance, and user experience.

Performance note: Belt-drive systems are preferred by enthusiasts and off-road riders, while hub motors dominate the commuter and lightweight travel segment.

Control Systems: Remotes and Smart Integration

Modern electric skateboards offer intuitive and customizable control options that enhance safety and user engagement:

• Wireless Handheld Remotes: Available in analog (smooth throttle) and digital (step-based control) formats, these provide real-time feedback and emergency braking functions.
• Smartphone Apps: Increasingly popular, apps connect via Bluetooth to display speed, battery percentage, ride logs, and GPS tracking. Some allow firmware updates and riding mode adjustments (e.g., beginner, eco, sport).
• Haptic Feedback: Advanced remotes include vibration alerts for low battery or system errors, improving rider awareness.
• Regenerative Braking Controls: Enable energy recovery during deceleration, extending range and improving efficiency.

Tech trend: Integration with wearable devices and voice-activated controls is emerging in premium models.

Assisted vs. Unassisted Riding Modes

Many electric skateboards offer dual-mode functionality, allowing riders to switch between electric-assisted and traditional skating:

• Assisted Mode: Ideal for long commutes, uphill terrain, or when conserving rider energy. Provides consistent speed and reduces fatigue.
• Unassisted (Coast) Mode: Disables motor assistance, allowing the board to function like a standard skateboard. This conserves battery and offers a purer skating experience for tricks and skill development.
• Push-Start Functionality: Some boards allow riders to start moving manually before engaging the motor, useful in areas with legal restrictions on electric propulsion.

User benefit: Dual-mode flexibility increases versatility, making the board suitable for both transportation and recreation.

Battery Technology and Management

The battery is the heart of any electric skateboard, directly influencing range, weight, charging time, and longevity:

• Lithium-Ion (Li-ion) Batteries: Most common due to their high energy density, lightweight construction, and reliable performance across temperatures.
• Range Factors: Battery capacity (measured in watt-hours) determines range. A 200Wh battery typically offers 10–15 miles, while high-capacity models (500Wh+) can exceed 30 miles under optimal conditions.
• Charging Time: Standard chargers take 2–4 hours; fast-charging options are becoming available on select models.
• Battery Management System (BMS): Protects cells from overcurrent, short circuits, and thermal runaway, ensuring safety and prolonging lifespan.
• Lifespan: Quality Li-ion packs last 300–500 charge cycles before capacity drops below 80%, with proper care extending usability.

Pro tip: Avoid full discharges and extreme temperatures to maximize battery health and performance.

Design and Operational Best Practices

Successful production and operation of electric skateboards require attention to engineering, safety, and user experience:

• Weight Distribution: Balanced design ensures stable handling and prevents wheel slippage or motor strain.
• Water Resistance: IP54 or higher ratings protect against dust and light moisture, though full submersion should be avoided.
• Thermal Management: Heat-dissipating materials and ventilation prevent motor and battery overheating during prolonged use.
• Legal Compliance: Manufacturers must adhere to local regulations regarding speed limits, lighting, and noise levels.
• User Safety: Features like gradual acceleration, anti-lock braking simulation, and fail-safe shutdowns enhance rider protection.

Industry standard: Leading brands invest in rigorous testing for durability, electrical safety, and EMC compliance.

Professional Recommendation: When designing or selecting an electric skateboard, prioritize component synergy over individual specs. A well-integrated system with a reliable BMS, efficient motor-controller pairing, and intuitive controls delivers a safer, smoother, and more enjoyable ride than a high-powered but poorly balanced setup. For consumers, consider usage patterns—commuters benefit from hub motors and long-range batteries, while performance riders should opt for belt-drive systems with customizable controls.

Additional Considerations in Production and Use

• Modularity: Boards with replaceable batteries, swappable wheels, and upgradable firmware offer longer product lifecycles.
• Sustainability: Use of recyclable materials and responsible battery disposal programs are gaining importance in eco-conscious markets.
• Customization: Enthusiasts value options for deck shapes, grip tape, lighting, and tuning via apps.
• Warranty and Support: Reputable manufacturers provide 1–2 year warranties and accessible customer service for technical issues.
• Community and Ecosystem: Strong user communities and third-party accessory markets enhance long-term satisfaction.

How to Choose the Best Electric Skateboard: A Comprehensive Buyer’s Guide

Selecting the right electric skateboard can transform your daily commute, enhance your recreational riding experience, or elevate your trick performance. With a growing variety of models on the market, making an informed decision requires understanding key factors such as riding style, range, speed, build quality, and budget. This guide breaks down everything you need to know to find the perfect electric skateboard tailored to your lifestyle, preferences, and expectations.

Safety Note: Always wear protective gear—including a helmet, knee pads, and wrist guards—when riding an electric skateboard. Familiarize yourself with local regulations regarding e-skateboard usage on public roads and sidewalks.

Key Factors to Consider When Choosing an Electric Skateboard

• Riding Style and Intended Use

  Your primary riding purpose should be the foundation of your decision-making process. Different boards are engineered for specific riding styles:

  • Commuting/Cruising: Opt for long-range models with large, soft wheels (80mm+) and flexible decks for a smooth ride over urban terrain. Look for boards with reliable regenerative braking and good suspension systems.
  • Freestyle/Tricks: Compact, lightweight boards with responsive trucks and high-torque motors are ideal. These models often resemble traditional street skateboards and offer precise control for technical maneuvers.
  • Downhill/Racing: Choose rigid decks made from carbon fiber or layered maple for stability at high speeds. Dual-motor setups, advanced braking systems, and pneumatic or high-rebound urethane wheels are essential for safety and performance.
  • All-Terrain: If you plan to ride off pavement, look for all-wheel drive, large pneumatic tires, and robust suspension. These boards handle gravel, grass, and uneven surfaces with ease.

  Understanding your riding goals will significantly narrow down your options and ensure you invest in a board that matches your needs.

• Range and Battery Performance

  The range of an electric skateboard is determined by battery capacity (measured in watt-hours, Wh), motor efficiency, rider weight, terrain, and riding speed. Consider the following:

  • Budget models typically offer 10–15 miles (16–24 km) of range.
  • Mid-range boards provide 15–25 miles (24–40 km), suitable for most commutes.
  • Premium models can exceed 30–40 miles (48–64 km) with dual-battery configurations.
  • Battery type matters: Lithium-ion (Li-ion) and Lithium-Polymer (LiPo) are common, with LiPo offering better energy density but requiring more careful handling.
  • Charging time varies from 2 to 6 hours depending on battery size and charger output.

  Tip: Always consider a buffer in range—don’t rely on maximum advertised distances under ideal conditions. Real-world performance is typically 20–30% less.

• Speed and Motor Power

  Motor configuration directly impacts acceleration, top speed, and hill-climbing ability:

  • Single Motor: Found in entry-level boards; top speeds of 18–25 mph (29–40 km/h).
  • Dual Motor: Offers better acceleration, stability, and hill climbing (up to 25–35% inclines); speeds range from 25–40+ mph (40–64+ km/h).
  • Motor power is measured in watts (W); most boards range from 500W to 2000W total output.
  • Hub motors are quieter and low-maintenance but less powerful; belt-driven motors deliver higher torque but require more upkeep.

  Keep in mind that higher speeds demand greater skill and safety awareness. Beginners should start with lower-speed models to build confidence.

• Build Quality and Materials

  Durability and ride quality are heavily influenced by construction materials and component quality:

  • Decks: High-quality boards use 7–9 ply Canadian maple, bamboo, fiberglass, or carbon fiber. Bamboo offers flexibility and vibration damping; carbon fiber provides stiffness and lightness.
  • Trucks: Aluminum alloy trucks are standard; precision-machined or forged trucks offer better durability and responsiveness.
  • Wheels: Urethane wheels (80A–85A durometer) are best for pavement; pneumatic or all-terrain tires (100A+) suit rough surfaces.
  • Electronics: Look for IP-rated waterproofing (e.g., IP54 or higher) for protection against dust and moisture. Quality boards feature sealed components and robust wiring.

  A well-built skateboard not only lasts longer but also delivers a smoother, safer, and more enjoyable ride.

• Budget and Value for Money

  Electric skateboards range from $300 to over $2,000. Understanding price tiers helps set realistic expectations:

  Price Range	Typical Features	Best For
  $300–$600	Single motor, 10–15 mile range, basic deck materials, moderate speed (18–25 mph)	Beginners, short commutes, casual riders
  $600–$1,200	Dual motors, 15–25 mile range, improved build quality, better wheels and trucks	Commuting, intermediate riders, light off-road use
  $1,200+	High-performance motors, 25–40+ mile range, premium materials (carbon fiber), advanced braking, all-terrain capability	Enthusiasts, long-distance commuters, downhill riders

  While higher prices often mean better performance and durability, many mid-range boards offer excellent value. Focus on reliability, warranty, and customer support when evaluating cost versus benefit.

Expert Tip: Test ride if possible, or research user reviews and video demos to get a real-world sense of ride quality, noise levels, and app functionality (many boards come with companion apps for speed control, diagnostics, and firmware updates).

Additional Considerations

• Weight and Portability: Most e-skateboards weigh 10–25 lbs (4.5–11 kg). Lighter boards are easier to carry but may sacrifice range or durability.
• Remote Control: Ergonomic remotes with responsive triggers and clear speed indicators enhance control and safety.
• Braking System: Regenerative braking extends range and reduces wear; electronic braking (motor resistance) and foot braking are common. Some premium models include mechanical disc brakes.
• Legal Compliance: Check local laws—some areas classify e-skateboards as motor vehicles, requiring registration, insurance, or age restrictions.
• Warranty and Support: Reputable brands offer 6–12 month warranties and accessible customer service. Look for companies with spare parts availability.

Choosing the best electric skateboard is about balancing performance, build quality, and practicality with your personal needs and budget. By prioritizing your riding style and understanding the technical specifications, you can find a board that delivers years of reliable, enjoyable riding. Whether you're gliding through city streets or carving down hills, the right electric skateboard empowers freedom, fun, and efficient transportation.

Frequently Asked Questions About Electric Skateboards

Electric skateboards offer a dynamic blend of urban mobility, environmental sustainability, and recreational enjoyment. Unlike traditional transportation methods, they provide a sweat-free commuting experience—ideal for short to medium distances—making them perfect for students, urban professionals, and eco-conscious riders.

• Eco-Friendly Transportation: Powered by rechargeable lithium-ion batteries, electric skateboards produce zero emissions and reduce reliance on fossil fuels.
• Traffic Reduction: Their compact size allows riders to bypass congestion, contributing to reduced urban traffic and lower carbon footprints.
• Convenience & Portability: Lightweight and foldable models can be easily carried on public transit or stored at work.
• Fun and Fitness: While motorized, riding still engages core muscles and improves balance, offering a healthy, enjoyable alternative to sedentary travel.

With advancements in battery life and motor efficiency, electric skateboards are becoming a practical and stylish solution for last-mile connectivity in smart cities.

With proper care and maintenance, most electric skateboards last between 3 to 5 years. However, longevity depends on several interrelated factors that riders can influence:

• Usage Frequency: Daily heavy use (e.g., 10+ miles per day) accelerates wear on motors, batteries, and wheels compared to occasional recreational use.
• Environmental Conditions: Exposure to rain, extreme temperatures, or rough terrain can degrade components faster. Riding on smooth pavement extends lifespan.
• Component Quality: Higher-end models with premium motors, durable decks, and advanced battery management systems typically outlast budget boards.
• Maintenance Habits: Regular cleaning, wheel rotation, battery calibration, and firmware updates help sustain peak performance.

To maximize lifespan, store the board in a dry place, avoid overcharging the battery, and perform monthly inspections of the wheels, trucks, and electronics. Many users report extended usability beyond 5 years with timely part replacements.

Most electric skateboards are not fully waterproof, though many feature some level of water resistance. The degree of protection varies by model and is often indicated by an IP (Ingress Protection) rating.

Never submerge an electric skateboard or ride through deep puddles. After exposure to moisture, wipe the board dry immediately, remove the battery if possible, and allow it to air-dry for at least 24 hours before use. Applying dielectric grease to connectors and using protective covers can further enhance durability in damp conditions.

Yes, most electric skateboards can be pushed manually like traditional skateboards when the battery is depleted or turned off. However, the experience differs significantly due to design differences:

• Increased Rolling Resistance: The motor in the wheels creates drag, making the board harder to push compared to a standard skateboard.
• Weight Factor: Electric boards are heavier (8–15 lbs) due to batteries and motors, which affects maneuverability when coasting or pushing.
• Wheel Size & Grip: Larger, grippier wheels improve ride quality but require more effort to maintain speed manually.
• Hybrid Practicality: Some models are designed with disengagable motors or freewheel modes to reduce resistance, making unpowered riding more feasible.

While not ideal for long pushes, this feature is useful for short distances, such as getting off a path or reaching a charging station. Riders should still plan routes with battery life in mind and carry a portable charger when possible.

Currently, there is no universal legal requirement for electric skateboard insurance, but coverage is increasingly recommended—especially as speeds and urban usage rise. While regulations vary by country and city, insurance offers valuable protection:

• Theft Protection: Covers replacement costs if your board is stolen, which is common due to their high value and portability.
• Damage Coverage: Repairs or replacements for accidental drops, collisions, or water damage may be included in comprehensive plans.
• Liability Protection: If you accidentally injure someone or damage property while riding, liability insurance can cover medical or repair costs, protecting you from lawsuits.
• Third-Party Add-Ons: Some insurers offer roadside assistance, battery replacement, or global coverage for travelers.

In regions like Germany and parts of Australia, certain classes of electric skateboards are classified as motor vehicles, making insurance mandatory. Even where not required, responsible riders benefit from peace of mind and financial security. Check local laws and consider adding your board to a homeowner’s or renter’s policy, or purchasing specialized micro-mobility insurance.