Samsung Gear 360 EB-BC200ABE Replacement Battery 3.85V 1300mAh

Samsung Gear 360 / SM-C200 — 3.85V Li-ion Replacement Battery (EB-BC200ABE)

This is a 3.85V, 1300mAh Li-ion cell built to fit the Samsung Gear 360 spherical camera (SM-C200). It replaces OEM part numbers EB-BC200ABE, EB-BC200ABK, GH43-04604A, and EB-BC200ABU. The Gear 360 uses a compact removable cell that slots into the base of the camera body — physical fitment takes seconds.

• Gear 360 and SM-C200 fitment: Both the Gear 360 and SM-C200 share the same battery bay dimensions and contact layout. The cell measures 38.50 × 34.10 × 8.00mm — any deviation from that spec causes seating or contact issues. This replacement matches those dimensions exactly.
• Bench tested on actual hardware: We ran this cell through charge and discharge cycles on the Gear 360 platform. The BMS accepted the cell without error flags, and voltage held steady through the discharge curve without triggering a premature low-battery cutoff.
• First charge on the Gear 360: Insert the cell and run one full charge cycle through the camera body before shooting. The Gear 360's battery-remaining indicator calibrates against the new cell's discharge curve during that first cycle — skipping it causes the percentage readout to jump or drop unexpectedly mid-session.

Why the Gear 360 shows a dead-battery indicator on a freshly charged replacement cell

The Gear 360 uses a voltage-threshold system to estimate remaining charge. A new cell that hasn't completed a full charge cycle inside the camera body can report a resting voltage the firmware misreads as depleted. This is a calibration mismatch, not a faulty cell. Charge the battery fully via the camera's USB port or an OEM-compatible external charger, then power the camera on — the indicator typically corrects itself after that first recognised cycle.

Battery percentage jumping erratically during a recording session

The Gear 360 pulls simultaneous current from both lenses, the image processor, and the Wi-Fi or Bluetooth radio when linked to a phone. This combined draw causes voltage sag that the indicator maps inconsistently if the cell hasn't been calibrated to the device. The percentage can drop sharply then recover when draw drops between clips. Run one full charge-discharge cycle in the camera body, and check that the cell rests above 3.85V after a full charge before shooting.