Makita Drill Driver Brushless Motor 18V Rechargeable MAKITA XFD13Z Green Genuine Part

Manufacturer: Makita USA (Genuine Product) Model Number: XFD13Z Color: Green Condition: Brand New, Unused Included: Main unit only, hook, instruction manual (English) *If you need a Japanese instruction manual, please download the instruction manual for an equivalent product from the Makita website. Weight: Approx. 930g Voltage: 18V Power Source: Rechargeable Motor: DC Brushless Motor Rotation Speed: 0-500 rpm, 0-1900 rpm Drilling Capacity: Steel 13mm, Wood 38mm Maximum Tightening Torque: 44 N・m Drill Chuck Capacity: 1.5-13mm Dimensions: Length 162mm x Width 79mm x Height 245mm This is a Makita USA product, so the model number is different, but it is equivalent to the DF483DZ. The Japanese-made DF483DZ has a list price of 19,800 yen (excluding tax), but this Makita USA product is sold at a bargain price! Of course, it can be used in the same way as the domestically sold product. The instruction manual is in English, but if you need a Japanese manual, you can download the manual for the Japanese-made DF483DZ from the Makita website. All attachments are compatible. It is compact in size but has sufficient speed and torque. It is designed for wood and metal. LED light that lights up before rotation and dims. Keyless chuck. 21 tightening force settings. Highly durable all-metal transmission. Ergonomically designed rubber soft grip handle. [Equipped with a brushless motor (BL motor)] - Eliminates the need to replace carbon brushes, which are consumable parts. - Brush motors can generate a lot of electromagnetic noise due to electrical sparks between the brush and commutator, but the absence of brushes reduces electromagnetic noise and significantly reduces electrical sparks. - The motor is compact, resulting in a smaller overall weight and size. - Highly efficient at converting electrical energy into kinetic energy, making it ideal for long hours of work. - Resistant to water (splash-proof) and dust, the control board and wiring are coated to minimize the impact of the work environment.