Compact 5.0Ah 18V Li-Ion battery designed for longer runtime and reliable jobsite performance. Provides 88 percent longer runtime than a standard 3.0Ah battery while staying similar in size and weight, making it a direct upgrade for extended tasks without extra bulk. Key benefits Extended runtime: 5.0Ah capacity delivers up to 88 percent more runtime versus a standard 3.0Ah battery, reducing interruptions for recharging. Compact and lightweight: Holds increased capacity without increasing size or weight compared with 3.0Ah batteries, keeping tools balanced and easy to handle. Charge visibility: Built-in LED charge indicator shows remaining charge level so you can plan work and recharge at the right time. Reliable power delivery: Li-Ion chemistry offers excellent electrical performance with negligible memory effect and very low self-discharge for consistent availability. Protection features: Overheating and overload protection help reduce wear from stress and extend usable service life. Wide compatibility: For use with DeWALT XR 18V power tools, making it suitable for most 18V cordless tool platforms designed for this battery style. Technical specifications Battery capacity: 5.0Ah Voltage: 18V Height: 65 mm Length: 110 mm Weight: 0.62 kg Technology: Li-Ion Practical applications Home renovation: Power a cordless drill or impact driver through long fastening and drilling sessions when repairing cabinets, installing drywall, or building frames. Outdoor projects: Run a circular saw, reciprocating saw, or cordless blower for cutting deck boards, pruning, or clearing debris without frequent battery swaps. Professional jobsite use: Keep an extra battery on hand for extended framing, decking, or installation work where corded power is not practical. What to expect Consistent, long-lasting power in a compact package that fits existing 18V tool platforms. The LED charge indicator and built-in protection reduce downtime and help you focus on the task instead of battery management. Note Slight color or dimension variations may occur due to lighting and manual measurement.