Makita 18V LXT Couple Shaft Power Head Kit with 13″ String Trimmer & Blower Attachments Lithium Ion Brushless Cordless
With zero emissions, lower noise and maximum versatility, the 18V LXT® Brushless Couple Shaft Power Head Kit with 13” String Trimmer and Blower Attachments (XUX02SM1X3) is a welcome solution for a range of trimming and cutting applications. It’s powered by an 18V LXT® 4.0Ah Battery for maximum performance and run time without the hassles of gas and without leaving the 18V battery platform.
The Power Head features a lever-style lock system for quick tool-less installation and replacement of attachments. It comes with a 13” string trimmer attachment and is compatible with a variety of other attachments for trimming, edging, cultivating, and brush cutting (sold separately).
The Makita-built brushless motor delivers up to 7,000 RPM with the 13” String Trimmer Attachment. The 13” String Trimmer Attachments includes a rapid loading bump-and-feed trimmer head that loads line in seconds with 3 easy steps. The blower attachment features in-line fan design for better tool balance and improved ergonomics. Added features include a variable speed trigger.
No gas, emissions, oil mixing or pull starts
Makita-built brushless motor delivers up to 7,000 RPM with 13″ String Trimmer Attachment and up to 438 CFM and 111 MPH with Blower Attachment
Lever style lock system allows for quick tool-less installation and replacement of attachments
High/Low speed button for power and run time management
Variable speed trigger for controlled cutting speed
13″ String Trimmer Attachment includes rapid loading bump and feed trimmer head that loads line in seconds with 3 easy steps: align, feed and twist
Blower Attachment features an axial fan design that provides high blowing force power needed for quick clean-ups
Makita 18V LXT Couple Shaft Power Head Kit with 13″ String Trimmer & Blower Attachments Lithium Ion Brushless Cordless
Features Extreme Protection Technology (XPT™) which is engineered to provide increased dust and water resistance in harsh job site conditions