Ewatt’s aftermarket 60V 53Ah battery is a high-capacity upgrade designed to transform the performance, range, and reliability of popular lightweight electric dirt bikes like the Sur-Ron Light Bee and Talaria platforms. With approximately 3,180Wh of usable energy, it delivers significantly more watt-hours than most OEM packs, giving riders noticeably longer ride time on a single charge without changing the overall character of the bike. For riders focused on power, it supports high peak outputs while remaining a practical, direct-fit solution that works with stock setups and scales even further with aftermarket controllers.
High capacity and power
The Ewatt 60V 53Ah battery 2025 offers around 3.18kWh of nominal capacity, compared with many OEM packs that sit closer to 2.0–2.3kWh, meaning extended range for trail riding, commuting, and weekend sessions. Rated peak outputs around 19–24kW (with appropriate controllers) let the battery comfortably support high-power tunes and aggressive acceleration without sagging as quickly as stock units. High continuous current capabilities also help maintain strong pull deeper into the discharge, so the bike feels more consistent across the entire state-of-charge range.
Construction and durability
Ewatt uses high-quality cells combined with robust packaging to handle off-road abuse, vibration, and repeated charge cycles. Many versions feature potted internals and metal cases, improving shock resistance and protecting the BMS and cells from harsh riding environments. Typical IP ratings in the mid-60s range mean reliable operation in dusty trails and wet conditions, giving riders confidence to ride in all-weather scenarios with less worry about moisture ingress.
Fitment and usability
This 60V 53Ah pack is designed as a drop-in upgrade for platforms such as the Sur-Ron Light Bee and Talaria Sting variants, keeping stock form factor and mounting points where specified. On many bikes it will run with the OEM controller and charger, while still leaving headroom for popular aftermarket controllers that can unlock the full power potential. Riders benefit from longer rides, stronger acceleration, and reduced voltage sag, all while retaining an installation process similar to swapping in a factory replacement battery.
