iScooter Performance and Usage Report
Welcome to the iScooter Performance and Usage Report, where we share key insights and technical benchmarks from our real-world testing and user feedback. All data collected reflects actual performance observed under typical usage conditions.
Usage Scenarios Overview
Our scooters and e-bikes are tested under various conditions, including:
- Urban commuting
- Mixed terrain (pavement, cycle lanes, mild off-road)
- Weather impact (light rain, cold temperatures)
Theoretical Range:
- Under full battery charge, with a 75 kg load and ambient temperature of 25°C:
- Theoretical range is tested at 70% of the maximum speed on a flat, hardened road surface.
- Typical range is tested at 100% of the maximum speed on the same type of surface.
Range Testing at Different Speeds
- At 15 km/h: Tested with full charge, load of 75 ± 5 kg, and ambient temperature 25 ± 5°C on flat roads.
- At 20 km/h: Tested with full charge, 75 kg load, and 25°C ambient temperature on paved surfaces.
- At 32 km/h: Tested with full charge, 75 ± 5 kg load, and 25 ± 5°C ambient temperature on flat roads.
Battery Range
What Affects It:
l Rider Weight: Heavier loads consume more battery power.
l Road Conditions: Hills, rough terrain, and stops/starts increase power usage.
l Temperature: Cold weather can reduce battery efficiency.
l Riding Mode: Higher power or speed modes shorten range.
Real-World Performance:
- On flat urban roads with light inclines, the E Bike with Pedal Assist can reach a range of 40–45 km per charge.
- Under full load and continuous high-speed use, range may drop to around 30 km.
Please note: Riding range is influenced by factors such as rider weight, terrain, wind, temperature, load, and road conditions, and may differ from lab results.
Hill Climbing Capability
What Affects It:
l Motor Power: Higher wattage motors handle steeper slopes better.
l Slope Gradient: The steeper the incline, the more torque is needed.
l Rider Weight: Heavier riders require more climbing power.
l Tire Traction: Wet or loose surfaces reduce grip and performance.
Real-World Performance:
- The E Bike handles 15° urban slopes with ease.
- On full charge and optimal conditions, it can handle inclines up to 18° for short durations.
Scooters handle most urban inclines efficiently. Prolonged steep hills reduce overall range.
Top Speed
What Affects It:
l Battery Level: Speed may slightly drop as battery drains.
l Terrain & Wind: Uphill rides and headwinds reduce speed.
l Speed Limit Settings: Factory settings may cap speed for safety/legal compliance.
l Riding Mode: ECO/Normal/Sport modes affect speed limits.
Real-World Performance:
- The E Scooter reaches a top speed of 25 km/h, compliant with local regulations.
- In Sport Mode and optimal conditions, it may momentarily reach 26–28 km/h on flat ground.
Speed capped to comply with local regulations. Optional unlock available for private property use.
Real-World Testing Notes
· Cold weather reduces battery range by up to 15%
· Heavier loads (90+ kg riders) slightly reduce acceleration and max hill climbing
· Tire pressure impacts speed and comfort; maintain recommended PSI
Customer Experience Metrics
· Average commute distance: 6–12 km per day
· Typical recharge interval: every 2–3 days
· Net promoter score (NPS): 82 (based on post-purchase survey)
Maintenance & Durability
· Battery lifespan: approx. 600 charge cycles (2–3 years)
· Brake pad wear: check every 500–700 km
· Recommended service interval: every 1000 km
Usage and Maintenance Recommendations
- Regularly check tire pressure and brake systems to maintain optimal performance and safety.
- Avoid prolonged exposure to extreme weather conditions to protect battery life.
- Contact customer support promptly if any issues or abnormalities occur.
Disclaimer
Always comply with local traffic laws and control your speed responsibly to ensure your safety and that of others.
The data provided is based on laboratory and road tests; variations may occur due to differing user environments and conditions. Please refer to actual usage.
For more detailed technical specifications or user guidance, please contact iScooter official customer service or visit our website.
Conclusion
This report helps you understand how iScooter performs in real-world scenarios. Whether you ride to work or for leisure, our scooters are engineered for consistent performance, durability, and compliance with road conditions.
Stay tuned for future updates!
Need a personalized recommendation? Contact our team for a tailored consultation based on your commuting needs.
