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All products purchased through an authorized retailer must follow the return policies of the retailer and cannot be returned to VoroMotors (VORO) directly except in cases of warranty claims.Unopened and unused electric scooters may be returned within 10 business days of delivery and will incur a 15% restocking fee upon successful return. Opened merchandise with less than 10 miles of usage recorded by the scooter's odometer may be returned within 30 business days of delivery, and will incur a 20% restocking fee upon successful return.Please read Returns and Exchanges for more information on our policy.
All new EMOVE, Kaabo, and Dualtron electric scooters purchased through VORO and its dealers come with a standard one (1) year limited warranty. All other VORO products including certified refurbished models come with a 6 month limited warranty policy with the exception of some sale items, unless otherwise stated on the product page.
If your product gets damaged or needs repair outside of the warranty period, you can DIY repairs as we have spare parts and accessories in our store.
For more information on the VORO warranty policy, please read Warranty Policy.
Got a busy schedule and can not wait for your electric scooter to fully charge using a regular charger? The 48V 5A EMOVE Roadrunner Fast Charger is designed to quickly and efficiently charge your electric scooter battery, so you can get back on the road in no time. With a powerful 48V 5A output, you will be able to charge your battery up to 100% in just a few hours! And with its compact and lightweight design, you can easily carry the charger with you wherever you go. The built in cooler fan keeps the charging brick nice and cool when after charging for hours on end.
This 48V 5A Li Ion electric scooter fast charger is compatible with the EMOVE Roadrunner. This charger will exponentially decrease your charging time and is built from a durable aluminum metal. Designed for efficiency and safety, the charger provides an internal cooler fan and features to prevent short circuits, over currents, and over voltages.
