BearCom BC-95 Replacement Battery 7.2V 1200mAh Ni-MH

BearCom BC-95 — 7.2V Ni-MH Replacement Battery

This is a 7.2V 1200mAh Ni-MH replacement battery for the BearCom BC-95 handheld two-way radio. It fits the BC-95 directly and restores transmit and receive capability to units with degraded or failed original packs. Capacity is 1200mAh at 7.2V, giving 8.64Wh total energy.

• BC-95 platform fit: The BC-95 runs a 7.2V Ni-MH cell stack with a connector and contact layout matched to this pack. Ni-MH chemistry on this voltage rail means the radio's power management circuit reads charge state by tracking terminal voltage across a defined discharge curve — no proprietary BMS handshake is required for the radio to operate.
• Bench tested on actual hardware: We cycled this pack through full charge and discharge on a BC-95-class radio bench rig. The BMS held stable under PTT transmit spikes, and voltage held above the radio's low-battery cutoff through repeated keying sequences.
• Contact strip condition before first charge: Before seating this pack in a dock for the first time, wipe the battery contact strip with a dry cloth. Residue from storage packaging can create enough resistance on the Ni-MH contact points to trigger a dock fault LED — a clean contact cycle lets the charger accept the pack without error.

Why the BC-95 cuts out mid-transmission on a fresh pack

Ni-MH cells ship at storage voltage — typically 1.0–1.1V per cell, which puts a six-cell 7.2V pack around 6.1–6.5V at rest. The BC-95's transmit circuit draws a sharp current spike at PTT press. If the pack hasn't completed at least one full charge cycle, that voltage can sag below the radio's transmit-enable threshold under load, cutting the transmission instantly. This is not a faulty battery — it's a cell at partial state of charge being asked to deliver full RF output current. Run one complete charge before first use in the field.

Bar indicator showing one fewer bar than expected after installing a new pack

The BC-95 reads charge state using voltage thresholds — each bar on the indicator corresponds to a voltage band across the Ni-MH discharge curve. A new pack at storage voltage sits in a lower band than a fully charged one, so the radio may display one or two bars even immediately after install. This is a voltage-threshold display issue, not a capacity problem. Charge the pack fully in the dock until the charger shows complete, then reinsert — the indicator will read correctly at full charge voltage, typically above 8.4V open-circuit.