Duracell Rechargeable Battery StayCharged AA HR6 1300 mAh Nickel Metal Hydride (NiMH) 1 V Pack of 4

Long-lasting power that keeps devices ready

The Duracell StayCharged rechargeable battery delivers dependable energy for everyday devices, combining Nickel Metal Hydride (NiMH) chemistry with a 1300 mAh capacity to extend run times between charges. Rechargeability cuts the need for frequent single-use replacements, offering practical savings and fewer interruptions for appliances that require regular power. Consistent performance during use supports predictable device behaviour, so timing devices and portable electronics remain ready when required.

Clear technical data for straightforward compatibility

Chemistry: Nickel Metal Hydride (NiMH). Capacity: 1300 mAh. Battery size: AA. IEC code: HR6. Rechargeable: yes. Weight: 82 g. Width: 122 mm. Height: 84 mm. Depth: 15 mm. Number of batteries included: 4. Suitable for: Universal. Each specification is stated plainly to allow direct comparison with device requirements and charger specifications.

Versatile fit for household and portable equipment

Suitable for a wide range of household and portable devices, the cells perform in common applications such as remote controls, torches and clocks. The AA format and HR6 designation ensure compatibility with standard AA compartments and many chargers designed for NiMH cells. Devices that see frequent battery changes benefit particularly from the ability to recharge the same cells, reducing interruptions to daily routines.

Recognised line-level quality with everyday convenience

Offered under the StayCharged line by Duracell, these cells pair familiar brand standards with the convenience of rechargeable operation. The design supports straightforward insertion and replacement in standard battery housings, while the pack format supplies a practical set for multiple devices. Dimensions and the AA format provide a clear basis for assessing fit, and the chemistry and capacity specifications outline expected runtime and charging behaviour.