Blaupunkt Bluebot XEASY 14.4V Replacement Battery 2600mAh

Blaupunkt Bluebot XEASY — 14.4V Li-ion Replacement Battery (6.60.40.05-0)

This 14.4V 2600mAh Li-ion cell replaces the factory battery in the Blaupunkt Bluebot XEASY robotic vacuum and related models including the BPK-VCBB1XE, XPOWER+, and XBOOST. It powers both the suction motor and the onboard navigation system. OEM part numbers 6.60.40.02-0 and 6.60.40.03-0 are also covered by this cell.

• Bluebot XEASY platform fit: The XEASY, XPOWER+, and XBOOST share the same 14.4V battery rail, connector footprint, and BMS communication protocol — that is why one cell covers the full range. The BMS handshake on these models verifies cell voltage at power-on before enabling the motor driver board.
• Bench tested on actual hardware: We cycled this cell through charge and discharge on the Bluebot platform. The BMS accepted the cell without fault codes, current limiting kicked in correctly at sustained high-draw on thick carpet simulation, and the protection circuit tripped cleanly at the low-voltage threshold before the motor could starve.
• Dock charging habit for XEASY owners: Do not leave the XEASY sitting on the dock between every short clean. These robots on continuous dock charge develop capacity fade significantly faster than units charged only when the cell is depleted. Charge to full, then remove it from the dock.

Cordless vacuum losing suction before the battery indicator reaches low

This happens because the suction motor draws more current whenever airflow is restricted — a partially blocked filter or tangled brush roll forces the motor to work harder than its rated draw. The BMS reads that overcurrent condition and steps down power to protect the cell, which the robot interprets as low battery. Clean the filter and clear the brush roll first. If suction restores immediately, the battery was never the problem — airflow restriction was.

Motor cuts out mid-clean then recovers after a few seconds

This is a BMS overcurrent trip, not a dead battery. When the suction path is blocked — filter clogged, debris packed at the inlet — current spikes past the protection threshold and the BMS disconnects the motor to prevent cell damage. The robot pauses, the BMS resets, and the motor restarts. Clear the filter and inlet, then check cell voltage at the terminals: a healthy cell at mid-charge should read between 14.8V and 15.6V at rest. Persistent trips after cleaning the airway point to a degraded original cell, not the motor.