Makita XGT® 40Vmax 8.0 Ah Li-Ion Battery BL4080F

The Makita BL4080F XGT® battery is a high-capacity 40Vmax Li-Ion battery designed for demanding professional cordless power tool applications. The 8.0 Ah battery is suitable for both 40Vmax and 80Vmax Makita XGT® tools and is intended for applications with high energy consumption and continuous operation requirements. The battery features integrated digital communication between the tool and battery, allowing real-time data exchange regarding battery status and tool specifications. This system helps optimize performance and enables higher power output compared to Makita LXT Li-Ion battery systems. An integrated cooling system supports maximum battery runtime and operational stability under intensive workloads. The battery also features increased resistance to water exposure and impact compared to LXT batteries, making it suitable for demanding job site conditions. The built-in 4-LED fuel gauge with check button allows fast battery status monitoring during work. The battery can be fully charged in approximately 76 minutes using a compatible fast charger. The screw-fastened construction also supports easier disassembly for recycling purposes. Key Features: Li-Ion battery for Makita XGT® tools Battery capacity 8.0 Ah Nominal voltage 40Vmax Suitable for 40Vmax and 80Vmax XGT® tools Energy capacity 288 Wh 4-LED battery charge indicator Integrated cooling system Digital communication between tool and battery Increased water and impact resistance Fast charging capability Designed for continuous heavy-duty operation Recyclable screw-fastened construction Application & Usage: Suitable for professional construction, installation, woodworking, metalworking and industrial applications using Makita XGT® cordless tools. Designed for high-performance cordless tools requiring extended operating time and stable power delivery during continuous operation. Suitable for heavy-duty construction sites, industrial maintenance and intensive professional use. The cooling system, digital communication and reinforced construction help improve operational reliability under demanding working conditions.