Description

Power Source Type Cordless Brand XTRA-POWER Colour Brown & Grey Variable speed 0-500/0-1800 RPM Drill Capacity 13MM Torque 100NM Battery Power 4.0Ah Battery Voltage 21V About this item Delivers higher efficiency, longer runtime, and reduced maintenance. Lightweight and ergonomic for easy handling in tight spaces. Provides powerful performance for heavy-duty tasks. Ensures precision for a variety of applications. Designed to withstand tough job site conditions. Enhanced power management for extended cordless operation. Works with multiple bit sizes and types. Illuminates work area for better visibility. Prevents overheating for prolonged use. Quieter performance compared to brushed motors. Package Contents 1N Impact Drill 1N Auxiliary Handle 1N Charger 2N Battery 1N Notebook 1N Manual 1N Catalogue 1N Warranty Card XPC-ID-02 BRUSHLESS IMPACT DRILL The XPC-ID-02 Brushless Impact Drill by XTRA-POWER is the ultimate cordless tool. Equipped with a high-performance brushless motor, it delivers exceptional durability, energy efficiency, and a torque of 100NM, ensuring unmatched power for heavy-duty tasks. Its dual-speed variable settings of 0-500/0-1800 RPM provide superior control and adaptability, making it perfect for drilling, fastening, and impact applications. The robust 21V, 4.0Ah battery ensures extended runtime, reducing downtime and maximizing productivity. Designed with a 13MM drill capacity, this versatile tool excels in precision across various materials, while its ergonomic design and lightweight build enhance user comfort and minimize fatigue during prolonged use. The durable Brown & Grey finish reflects its rugged reliability and ensures it is ready to withstand demanding job sites. Ideal for construction professionals, home improvement projects, and DIY enthusiasts, the XPC-ID-02 combines advanced brushless technology with cordless convenience for unparalleled versatility and performance. Whether you’re drilling into wood, metal, or concrete, this impact drill is your go-to tool for efficient and precise results.