By 2017, electric skateboards matured into reliable daily ride options rather than hobbyist prototypes. Riders focused on range, portability, and safety as commuter and performance models expanded.
This overview highlights the best electric skateboard options available in 2017, balancing design realism with emerging technology trends. Use these insights to match ride style, budget, and terrain expectations.
| Brand | Model | Motor Power | Top Speed | Range |
|---|---|---|---|---|
| Boosted | Dual 110+ | 2x1500W | 24 mph | 11–14 miles |
| Lakewood Electric Skateboards | Lakewood 160 | 2x100W | 25 mph | 10 miles |
| Mellow Drive | Board D1 | dual 250W | 28 mph | 10–12 miles |
| Backfire | R2 | 2x1000W | 22 mph | 12–15 miles |
| Paris trucks + dual hub | DIY setups | varies | 15–20 mph | 8–12 miles |
Design Evolution and Riding Dynamics in 2017
Manufacturers focused on drivetrain efficiency, battery energy density, and structural rigidity. Belt-drive models delivered smoother acceleration, while hub motors offered lower maintenance. Trucks and decks evolved to handle higher torque without excessive flex, improving control at speed.
Commuter Performance and Practical Range
Real-World Range Expectations
Commuter-oriented boards balanced range with hill-climbing capability. Most riders achieved 8–12 miles in mixed conditions, with conservative riding extending endurance. Regenerative braking added modest gains on stop-and-go routes, helping preserve battery life in urban environments.
Speed, Stability, and Terrain Adaptation
Top speeds reached 20–25 mph on efficient models, yet safe commuting often stayed closer to 15 mph. Stability improved with wider decks and responsive truck setups, while all-terrain options addressed cracks, pebbles, and light gravel. Riders accepted trade-offs between range, power, and maneuverability in dense city grids.
Component Quality and Safety Standards
Motor Types and Heat Management
Dual-motor boards handled inclines better but increased power demand and heat buildup. Single motors simplified thermal management but limited steep-grade performance. Ventilation, motor spacing, and firmware tuning influenced consistent output without premature slowdowns or shutdowns.
Braking, Lighting, and Protective Integration
Regenerative braking reduced mechanical wear, while footbrake options offered precision for sudden stops. Integrated lighting improved night visibility, and modular mounts allowed riders to add cameras or displays. Protective gear and board enclosures became routine for urban riders prioritizing safety.
Market Landscape and Pricing Structures in 2017
Entrepreneurs launched niche brands while established players expanded lineups. Price points varied from budget-friendly kits to premium complete boards. Component sourcing, warranty terms, and community support shaped perceived value beyond raw specifications.
Key Takeaways for 2017 Electric Skateboard Choices
- Define daily range needs before selecting motor and battery capacity.
- Test ride or verify truck responsiveness to match your riding style.
- Factor in maintenance trade-offs between belt-drive and hub-motor designs.
- Prioritize safety features and protective gear for consistent urban use.
- Compare warranty and community support when choosing emerging brands.
FAQ
Reader questions
How far can I realistically commute on a 2017 electric skateboard?
Expect 8–12 miles in mixed conditions with moderate hills; lighter riders on flat terrain may reach the upper end, while aggressive riding and steep grades reduce range.
Are dual-motor boards worth the premium compared to single-motor setups?
Yes, if you regularly encounter steep hills or carry cargo, dual motors improve traction and control, though they increase complexity, weight, and power consumption.
What maintenance do belt-drive boards require compared to hub motors?
Belt drives need periodic tension checks and occasional belt replacement, while hub motors are largely maintenance-free but may limit serviceability and cooling.
How do safety features on 2017 models compare to newer boards?
Regenerative braking, responsive trucks, and improved battery management were common, yet connectivity, firmware tuning, and integrated lighting options lag behind later models.