Makita XGT Series GHU02M1 Hedge Trimmer Kit, Battery Included, 4 Ah, 40 V, Lithium-Ion, 3/8 in Cutting Capacity

With zero emissions and lower noise, the 40V max XGT® brushless cordless 24 in hedge trimmer kit (GHU02M1) is a welcome solution for professional landscaping clean-up applications. The Makita-built brushless motor delivers up to 5000 spam for powerful trimming. It has three-speed options to manage power and run time. The 24 in dual-action double-sided shear blade provides optimal performance. A reverse function clears jams. The hedge trimmer can get up to 6 hr of run time using one 40 V max XGT® 4 Ah battery. The five-position rotating rear handle provides increased comfort during vertical and angle trimming. A tip guard protects the end of the cutter bar against hard surfaces. For added durability in harsh job site conditions, Extreme Protection Technology (XPT™) is engineered for improved dust and water resistance. The power head also features IPX4-rated weather-resistant construction for added durability. XGT® is a system of equipment, tools, batteries, and chargers utilizing 40 V max Lithium-Ion batteries. XGT® is engineered to deliver high power to take on high-demand applications, allowing users to completely transition to a cordless job site. XGT® is equipped with advanced brushless motor engineering, intelligent digital communication and excellent durability features to outpower, outsmart and outlast the rest. XGT® tools and batteries are designed with a multi-layer contact interface for more constant power delivery to take on high-current demands XGT® Batteries feature rigid rails with impact-resistant construction to secure the battery to the tool during high-demand applications The XGT® rapid charger with dual-fan design circulates air through the battery to cool the battery and circuit board quickly for faster charging The XGT® rapid charger's digital display indicates battery charge level The XGT® rapid charger's built-in chip thoroughly communicates during the charging process to control current, voltage and temperature for more efficient charging