Giroptic 360cam Replacement Battery 3.7V 1180mAh Li-ion

Giroptic 360cam — 3.7V Li-ion Replacement Battery

This 3.7V, 1180mAh lithium-ion cell is a direct replacement for the Giroptic 360cam spherical action camera. It fits the compact battery bay of the 360cam body and matches the original cell's voltage rail and form factor. Dimensions are 36.77 × 28.80 × 13.21mm — confirm these against your existing cell before ordering.

• 360cam platform fit: The 360cam uses a small single-cell Li-ion pack at 3.7V nominal to power dual wide-angle lenses, onboard stitching processor, and Wi-Fi streaming simultaneously. This cell matches that voltage rail and physical footprint to maintain normal camera operation across all recording modes.
• Bench tested on actual hardware: We cycled this cell through the 360cam's charge circuit and confirmed the BMS accepted the cell, balanced charge termination correctly, and did not flag an overvoltage or protection trip during discharge under combined Wi-Fi and video load.
• Wi-Fi streaming draw on the 360cam: The 360cam streams live 360-degree footage over Wi-Fi while simultaneously running dual sensors and the stitching processor. Keep Wi-Fi off when recording locally — it is the single biggest current draw on this cell and accelerates depletion faster than any other feature on the camera.

Why the 360cam shows a dead battery indicator on a partially charged replacement cell

The 360cam maps its battery-remaining display against a discharge curve calibrated to the original cell. A new replacement cell has a slightly different internal resistance profile, so the camera's voltage-threshold logic can misread state of charge and show empty when the cell is not. The fix is one full charge cycle completed inside the camera body using the OEM charger or USB cable. After that cycle, the BMS recalibrates its reference points and the indicator tracks accurately.

Battery percentage jumping erratically mid-recording session

This happens when the camera's voltage-to-percentage mapping is offset against the new cell's actual discharge curve. The 360cam samples terminal voltage at short intervals and converts that directly to a percentage — if the curve shape differs from the factory cell, the readout skips or drops suddenly. It is a display calibration issue, not a cell fault. Run two full charge-to-empty cycles through the camera body and the readout will stabilise as the BMS builds an accurate discharge model for the new cell.