Motorola PMNN4486A Battery Impres for APX6000 7000 8000 3400 mAh Li-Ion Rugged

The Motorola PMNN4486A is an original IMPRES lithium-ion rechargeable battery engineered specifically for the APX6000, APX7000, and APX8000 series portable radios. Rated at 3400 mAh, it delivers extended shift coverage for public safety professionals and mission-critical responders who cannot afford downtime mid-operation. The ruggedized construction is built to endure the demanding physical environments encountered in law enforcement, fire, EMS, and industrial deployments. When paired with a compatible IMPRES charger, the battery participates in Motorola's intelligent IMPRES battery management system, which automates conditioning cycles and tracks capacity data to maximize service life and give fleet managers accurate visibility into battery health across their entire inventory.

Key features & benefits

• Original Motorola IMPRES Technology — Genuine Motorola IMPRES designation enables automatic, adaptive reconditioning and capacity reporting when used with a compatible IMPRES charger, reducing battery degradation over time and supporting informed fleet maintenance decisions.
• High-Capacity 3400 mAh Lithium-Ion Cell — A 3400 mAh Li-Ion capacity supports long operational shifts without requiring a mid-shift battery swap, making it well suited for extended duty cycles in public safety, utilities, and other mission-critical applications.
• Ruggedized Form Factor — The battery's ruggedized construction is designed to withstand the physical stresses of demanding field environments, maintaining reliable contact and structural integrity even under continuous daily use.
• Direct OEM Fit for APX Series Radios — Designed and verified by Motorola for the APX6000, APX7000, and APX8000 series, ensuring proper mechanical fit, electrical compatibility, and full access to radio firmware-level battery diagnostics without modification or adaptation.
• Rechargeable and Ready for Fleet Rotation — As a rechargeable Li-Ion pack, the PMNN4486A is intended for repeated charge cycles across a managed radio fleet, reducing long-term consumable costs compared to non-rechargeable alternatives.