Joyor C10E

🔋 Charge Time

5.5 h

Category comparison (245 scooters) · h

5.530 h
See how all scooters compare on charge timeFull ranking →
$482€445.98 at store

Best verified deal for the Joyor C10EPartner

Buy Now →

* Affiliate link — we may earn a commission at no extra cost to you.

What does this mean for riders?

The Joyor C10E has a charge time of 5.5 h, 31% below the 245-scooter average of 7.92 h — better than roughly 89% of comparable scooters.

Its closest rivals on charge time are the Gotrax Comet (5.5 h) and the Dualtron Sonic Model N (5.5 h).

Across the category, charge time ranges from 2.5 h to 30 h over 245 scooters.

Other specs of the Joyor C10E

How other scooters compare on charge time

View all →
RankProductCharge TimeScore
🥇E-TWOW TankTorq TK2 LITE2.5 h
61
🥈Vmax VX5 Pro LT2.5 h
37
🥉E-TWOW TK32.5 h
45
4Acer Predator ES Storm Pro2.5 h
30
5Levy The Levy Electric Scooter2.5 h
24

Learn more about charge time across all scooters

See the full ranking, category averages and what the numbers mean.

Charge Time ranking →

Frequently Asked QuestionsJoyor C10E

Based on data from 183 electric scooters on ScooterRank, the average full charge time is 8.15 hours. Charging times range widely from a quick 2.5 hours on top-performing models to up to 30 hours on large-battery scooters. Actual times depend on charger output, battery capacity, and environmental conditions.

The quickest charge times record 2.5 hours on three scooters: Acer Predator ES Storm Pro, Levy The Levy Electric Scooter and Vmax VX5 Pro LT. These models achieve rapid replenishment by pairing moderate battery sizes (around 600–800 Wh) with high-output chargers, reducing downtime for riders who need frequent use.

You can reduce charging time by using the highest-rated charger supplied (or an OEM-approved fast charger) to maximize wattage, charging in a moderate temperature range (15–25°C), and keeping the battery maintained per manufacturer guidelines. Avoid charging in extreme cold or heat, and ensure connectors stay clean for efficient power transfer.