VholdR C010410K Camera Compatible Battery 3.7V 1050mAh

VholdR C010410K — 3.7V Li-ion Replacement Battery

This 3.7V, 1050mAh Li-ion cell replaces the original VholdR battery part number C010410K. It fits VholdR action cameras that use this cell to power the image sensor and onboard electronics. Voltage and capacity match the OEM specification exactly.

• VholdR C010410K platform fit: VholdR cameras using the C010410K share a common voltage rail and connector format. Any camera body in this lineup pulls from the same 3.7V nominal cell spec, so one replacement covers the full range of compatible bodies without modification.
• Bench tested on actual hardware: We cycled this cell through charge and discharge on the bench with a BMS-monitored rig. The protection circuit responded correctly to both end-of-charge cutoff and low-voltage cutoff, and the cell held stable output across the discharge curve.
• First-install charge cycle: Run one complete charge cycle through the OEM charger or camera body before shooting. Some VholdR BMS implementations require an internal charge cycle to calibrate the battery-remaining indicator to the new cell's discharge curve.

Camera showing dead battery indicator on a partially charged replacement cell

VholdR cameras map the battery-remaining display to a set of voltage thresholds tuned to the original cell's discharge curve. A new third-party cell can sit at 3.6V and still read as depleted because the camera's indicator logic expects a different voltage-to-capacity relationship at that point. This is a calibration mismatch, not a faulty cell. Charge the replacement fully via the OEM charger, then discharge it through normal shooting once — the BMS will remap its thresholds against the new cell's actual curve.

Battery percentage jumping erratically during recording

Erratic percentage jumps happen when the camera's fuel gauge algorithm hasn't yet characterised the new cell's discharge profile. The voltage lookup table built for the original cell doesn't map cleanly onto a replacement cell with a slightly different curve shape. As a result, the displayed percentage can drop sharply, then recover, especially under the variable current draw of active recording. One full charge-discharge cycle through the camera body resets the gauge baseline and resolves the jumping in most cases.