





Product Overview
The EALITA Compact Loader Hydraulic Auger Attachment takes the effort and guesswork out of drilling precise, clean holes for any ground-penetrating task. Engineered for Avant 300 series compact loaders, this hydraulic auger attachment delivers consistent, controlled drilling power through a sealed planetary gear reduction system — eliminating the slippage, wear, and maintenance headaches associated with chain-drive or belt-drive alternatives. The result is a heavy-duty, all-gear drivetrain that keeps working shift after shift with minimal service requirements and significantly lower long-term operating costs.
Designed for contractors, landscapers, farmers, and utility crews, this compact loader auger excels across a wide range of drilling applications including fence post installation, tree and shrub planting, soil sampling, sign post setting, and utility line access holes. The hydraulic motor delivers smooth, high-torque output that powers through clay, loam, compacted soil, and light gravel with equal efficiency, making it the go-to earth drill attachment for professionals who can't afford downtime on the job.
The sealed planetary gear drive is the core of what makes this auger attachment stand out from the competition. By fully enclosing the gear system, EALITA eliminates contamination from dirt, moisture, and debris — the leading causes of premature drivetrain failure in open-gear auger designs. Whether you're running a single stem or extending for deeper holes, this compact loader auger attachment gives you the reliability, precision, and versatility to get the job done right the first time.
Details
Features:
·Auger
·Hydraulic motor + sealed planetary gear drive
·Heavy-duty all-gear planetary design
Specifications:
|
Type |
Stem Qty. |
Dimension(LWH)/mm |
Drill pipe Length/mm |
Auger Dia./mm |
Auger Thickness/mm |
Operating Pressure/MPa |
Hydraulic Flow/LPM |
Weight/kg |
|
CW-AG23-(D150L915T4)-Avant300 |
1 |
1327×590×1197 |
915 |
150 |
4 |
16 |
75 |
130 |
Technical Drawing:

Scene graph:
