2 Cell 650mAh 7.4V Smart G2 LiPo Rx Battery IC3
In Stock
The Spektrum 7.4V 650mAh 2S Smart G2 Receiver LiPo Battery brings advanced single-wire balance charging and automatic storage discharging to your RC aircraft or vehicle setup. Equipped with innovative Spektrum Smart G2 technology, this compact power pack eliminates separate balance leads while delivering consistent, reliable energy to your radio receiver. Ideal for drivers and pilots seeking a maintenance-free LiPo receiver battery solution for their high-performance RC models.
Engineered for high reliability, the Spektrum 7.4V 650mAh 2S Smart G2 Receiver LiPo Battery features an integrated memory microchip that automatically uploads preset charge parameters directly to your Spektrum Smart charger. After 72 hours of inactivity, the battery safely auto-discharges to a storage voltage of 3.90V per cell, significantly extending pack health and performance. Built with thicker internal metal side plates for enhanced heat dissipation and puncture protection, this 2S LiPo battery with an IC3 connector delivers ultimate peace of mind for RC airplanes and nitro RC vehicles.
Does the Spektrum 7.4V 650mAh 2S Smart G2 Receiver LiPo Battery require a specific charger?
Yes, Spektrum Smart G2 batteries require a Spektrum Smart Charger to utilize single-connection balance charging and auto-upload features.
Do I need a separate balance lead to charge the Spektrum 7.4V 650mAh 2S Smart G2 Receiver LiPo Battery?
No, Smart G2 technology balance charges through the microchip data wire in the IC3 connector, eliminating the need for a separate balance lead.
Is the IC3 connector on the Spektrum 7.4V 650mAh 2S Smart G2 Receiver LiPo Battery compatible with EC3 plugs?
Yes, the integrated Spektrum IC3 connector is fully backward compatible with standard EC3 connectors.
How does the auto-storage feature work on the Spektrum 7.4V 650mAh 2S Smart G2 Receiver LiPo Battery?
The battery automatically discharges itself to a safe storage voltage of 3.90V per cell after 72 hours of inactivity to maximize lifespan and safety.










