Makita XGT 40V Rapid Optimum Charger

The XGT® Rapid Optimum Charger offers key advantages for Makita 40V max XGT cordless tool users. The exclusive dual fan design cools the battery (sold separately) by circulating air through the battery during the charging process for faster charging. The charger communicates with the battery's built-in chip throughout the charging process to optimize battery life by actively controlling current, voltage and temperature. The result is category-leading battery charge times, which means the battery spends more time working and less time sitting on the charger.
XGT® is a system of equipment, tools, batteries, and chargers utilizing 40V 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 superior durability features to outpower, outsmart and outlast the rest.
SPEED : Charges a 40V max XGT® 2.5Ah battery in 28 minutes, and 4.0Ah battery in 45 minutes
TECHNOLOGY : Built-in chip communicates during the charging process to control current, voltage, and temperature
INNOVATION : Dual-fan design circulates air through the battery and circuit board for faster charging
DESIGN : The XGT® Rapid Charger’s digital display indicates battery charge level (-80%, +80%, 100%)
INCLUDES : 40V max XGT® Rapid Optimum Charger

• The XGT® Rapid Charger with dual-fan design circulates air through the battery to cool the battery and circuit board quickly for faster charging
• Charges a 40V max XGT® 2.5Ah battery in only 28 minutes
• Charges a 40V max XGT® 4.0Ah battery in only 45 minutes
• Charges a 40V max XGT® 5.0Ah battery in only 50 minutes
• The XGT® Rapid Charger’s digital display indicates battery charge level (-80%, +80%, 100%)
• The XGT® Rapid Charger’s built-in chip thoroughly communicates during the charging process to control current, voltage, and temperature for more efficient charging
• The digital communication within XGT® actively monitors and protects against overload, over-discharge and overheating
• 3-year limited warranty

A NEW SYSTEM OF EQUIPMENT & TOOLS
XGT® is a new 40V | 80V max system of cordless equipment and tools. XGT® outpowers, outsmarts, and outlasts the rest. Through Makita’s innovative engineering, the technology within XGT® will lead to creating the equipment and tools of the future.

GET A COMPLETELY CORDLESS JOBSITE
The LXT® System handles most applications, but for high-demand applications that use corded, gas or air, the XGT System delivers higher-powered solutions. With 40V max and 80V max XGT® Products, pros can fully experience a battery-powered job site.

RARE EARTH MAGNETS & PURE COPPER WIRE
Rare earth magnets of the highest quality are engineered within the brushless motors to maximize power and performance.
Makita® XGT Products feature purpose-built brushless motors with more copper windings for increased power output.

BUILT-IN MICROCHIPS & DIGITAL COMMUNICATION
Built-in microchips in both tool and battery allow for real-time digital communication, actively monitoring heat, overload, and over-discharge.
Digital communication between XGT Tools and Batteries through enhanced digital communication technology optimize performance to deliver up to 2X longer sustained power during demanding applications.

IMPACT ABSORBENT STRUCTURE & WATER AND DUST RESISTANCE
Durable outer casing and cell holder create space within the battery to absorb impact.
Water and dust-resistant triple layer structure and an enhanced terminal structure are engineered to protect against water and dust for any job site condition.

MULTI-LAYER SURFACE CONTACTS & RAPID OPTIMUM CHARGING SYSTEM
Multi-layer surface contacts within tool and battery are designed to take on high current demands.
XGT Charger and Dual Cooling Fans digitally communicates before and during the charging process, evaluating battery condition to deliver a consistent fast charge. It even charges 18V LXT Batteries with an adapter.