Asus MeMO Pad ME370T Replacement Battery 3.7V 4300mAh

Asus MeMO Pad ME370T — 3.7V Li-Polymer Replacement Battery (C11-ME370T)

This is a 3.7V, 4300mAh Li-Polymer replacement battery for the Asus MeMO Pad ME370T 7-inch Android tablet. It fits the ME370T and ME370T 16GB variants. Capacity is rated at 15.91Wh, matching the original cell specification.

• ME370T and ME370T 16GB compatibility: Both tablet variants run the same 3.7V power rail, use the same C11-ME370T connector and footprint, and communicate with the same charge IC over the same BMS handshake — the cell swap is direct with no firmware or connector difference between them.
• Bench tested on actual hardware: We ran this cell through a full charge and discharge cycle on the ME370T board. The BMS accepted the new cell without error flags, charge current ramped correctly through CC to CV phase, and the protection circuit tripped cleanly at low-voltage cutoff as expected.
• Fuel gauge recalibration after swap: After fitting this cell, run the tablet down to automatic shutoff — do not force it off manually — then charge uninterrupted to 100%. This gives the fuel gauge IC one full reference cycle against the new cell and clears the percentage drift that almost always appears after a swap.

MeMO Pad ME370T shutting down at 15–25% remaining

This happens when the display backlight and WiFi radio pull simultaneous load and the cell voltage drops below the BMS cutoff threshold faster than the fuel gauge tracks it. The fuel gauge is still reading 20% based on its last calibration map, but actual cell voltage has already crossed the low-voltage trip point. It is more pronounced with a new cell because the fuel gauge IC was calibrated to the wear curve of the old cell. One complete discharge-to-shutoff followed by an uninterrupted charge to 100% resets the calibration and moves the cutoff point back to the correct voltage, around 3.0–3.2V under load.

Android reporting wrong battery percentage after replacement

The ME370T's fuel gauge IC stores a charge map built from hundreds of cycles on the original cell. A new cell has a different internal resistance profile, so the IC misreads state of charge from the first power-on — you may see jumps, a stuck percentage, or a reading that drops 10 points in minutes then stalls. This is not a faulty cell. Force the IC to relearn by running one complete cycle: discharge to automatic shutoff, then charge in one uninterrupted session to 100% with the tablet off or in standby. After that cycle the percentage display tracks accurately.