Mytoys 36V 2A Electric Drift Scooter & Hoverboard Charger | 3-Prong In – MYTOYS
6.000 BD
Easy installment option
1.500 BD × 4 interest-free payments
More payment options
Product Description
Keep your ride powered up and ready for action with our Universal 36V 2A Smart Battery Charger. Engineerd for maximum safety, high efficiency, and wide compatibility, this premium power adapter is the perfect replacement or spare charger for your electric mobility devices. Featuring an intelligent automatic shut-off meKeep your ride powered up and ready for action with our Universal 36V 2A Smart Battery Charger. Engineerd for maximum safety, high efficiency, and wide compatibility, this premium power adapter is the perfect replacement or spare charger for your electric mobility devices. Featuring an intelligent automatic shut-off me
Keep your ride powered up and ready for action with our Universal 36V 2A Smart Battery Charger. Engineerd for maximum safety, high efficiency, and wide compatibility, this premium power adapter is the perfect replacement or spare charger for your electric mobility devices.Featuring an intelligent automatic shut-off mechanism, it precisely monitors your battery's charge level, turning off automatically when complete to prevent overcharging and prolong your battery's lifespan.Built with a high-grade FR-4 PCB board and an internal cooling fan system, it ensures stable performance and reliable heat dissipation during high-power charging cycles.
Keep your ride powered up and ready for action with our Universal 36V 2A Smart Battery Charger. Engineerd for maximum safety, high efficiency, and wide compatibility, this premium power adapter is the perfect replacement or spare charger for your electric mobility devices.Featuring an intelligent automatic shut-off mechanism, it precisely monitors your battery's charge level, turning off automatically when complete to prevent overcharging and prolong your battery's lifespan.Built with a high-grade FR-4 PCB board and an internal cooling fan system, it ensures stable performance and reliable heat dissipation during high-power charging cycles.




