Rock Bucket
A compact loader only earns its keep when the tool in front of it suits the terrain. This page is written around that match, using the operating photograph as the reference.
Tine spacing sets the cut point: narrow gaps hold smaller stone, wide gaps pass more soil. The pass is shallow and slow; the operator shakes the load once with the tilt circuit so that fine soil drops through before the machine travels.
A bent tine is straightened or cut out rather than left to snag substance on every pass. The pass is shallow and slow; the person at the controls shakes the load once with the tilt circuit so that fine soil drops through before the machine travels.
No adjustment, clearing or greasing is attempted with the loop pressurised, and hoses are relieved before a coupler is disconnected. Compatibility is established on paper before the tool is ever connected.
For shell the data sheet states gusseted side plates; the same entry is read again at handover.
Tine spacing sets the cut point: narrow gaps hold smaller stone, wide gaps pass more soil. A rock bucket is built with spaced tines instead of a solid floor, so soil and fine product fall back while stone, rubble and roots stay in the shell.
Everything that follows describes what a crew member will see, hear and check during a normal active day with this tool. Standard-flow systems in this class are generally listed around 17 to 24 gpm, high-flow systems around 30 to 42 gpm.
The leading edge is a bolted or welded cutting bar, the side plates are gusseted at the quick-attach interface, and the tines are usually made from attrition-resistant interface rather than mild steel. A bent tine is straightened or cut out rather than left to snag material on every pass.
The engine is stopped, pressure is released, the tool is parked level and the locking wedges are visibly seated before the operator leaves the cab. The images on this page show the attachment as it is built and used, not a styled render.
hydraulic circuit: none required, passive tool. That line travels with the inspection record.
The pass is shallow and slow; the crew member shakes the load once with the tilt line so that fine soil drops through before the machine travels. Tine spacing sets the cut point: narrow gaps hold smaller stone, wide gaps pass more soil.
The engine is stopped, pressure is released, the tool is parked level and the locking wedges are visibly seated before the operator leaves the cab. Attachment mass also matters: a common industry rule keeps the tool plus its load within roughly half of the loader's tipping load, because mass carried far ahead of the arms reduces balance long before the hydraulic limit is reached.
Tine spacing sets the cut point: narrow gaps hold smaller stone, wide gaps pass more soil. A bent tine is straightened or cut out rather than left to snag product on every pass.
This page is written around that match, using the working photograph as the reference. Working width, overall height and the distance from the quick-attach plate to the in-service edge all affect what the machine can see, where it can turn and how much load it can carry with the arms raised.
The factory gives mounting as universal quick-attach plate and repeats the figure on the delivery note.
The leading edge is a bolted or welded cutting bar, the side plates are gusseted at the quick-attach interface, and the tines are usually made from wear-resistant mount rather than mild steel. The leading edge is a bolted or welded cutting bar, the side plates are gusseted at the quick-attach interface, and the tines are usually made from attrition-resistant bracket rather than mild steel.
Pins and bushes are greased on an each day cycle in dusty conditions, cutting edges are reversed before the parent interface is exposed, and hose runs are looked through where they flex across a pivot. A compact loader only earns its keep when the tool in front of it suits the terrain.
The pass is shallow and slow; the crew member shakes the load once with the tilt supply so that fine soil drops through before the piece of equipment travels. The pass is shallow and slow; the operator shakes the load once with the tilt circuit so that fine soil drops through before the unit travels.
Attachment mass also matters: a common industry rule keeps the tool plus its load within roughly half of the loader's tipping load, because mass carried far ahead of the arms reduces balance long before the hydraulic limit is reached. Bolted edges, clamped teeth and greaseable bushes are specified for that reason, and the parts list is supplied with the piece of equipment so that a local workshop can identify each item without a photograph.
floor appears in the build record as spaced tines, open skeleton, which a buyer can verify on arrival.
The pass is shallow and slow; the driver shakes the load once with the tilt output so that fine soil drops through before the piece of equipment travels. Quarry benches, demolition pads, field stone picking and landscape preparation all use this bucket.
Different sites punish attachments in different ways. The spatial arrangement that matters most is the reach from the mounting mount to the point where the product is contacted.
Inspect the tine roots for cracking after any impact with a large boulder, and replace the cutting bar before it wears back into the tine ends. Quarry benches, demolition pads, field stone picking and landscape preparation all use this bucket.
Different sites punish attachments in different ways. Compatibility is established on paper before the tool is ever connected.
The factory build sheet records tine spacing as selected by material size.
A rock bucket is built with spaced tines instead of a solid floor, so soil and fine substance fall back while stone, rubble and roots stay in the shell. Tine spacing sets the cut point: narrow gaps hold smaller stone, wide gaps pass more soil.
Buyers who already run a loader rarely need a definition of the tool. The frames on this page show the assembly as it is built and used, not a styled render.
Each row in the table records one decision about the tool, from its structure through to its connection points. Range figures describe the compact loader class in general, so the data mount on the actual machine remains the controlling reference. The Rock Bucket is the subject of every line in the table.
| Data field | Measured detail |
|---|---|
| Floor | Spaced tines, open skeleton |
| Tine spacing | Selected by material size |
| Leading edge | Replaceable cutting bar |
| Shell | Gusseted side plates |
| Hydraulic circuit | None required, passive tool |
| Mounting | Universal quick-attach plate |
Inspectors compare the shipped unit with the leading edge figure of replaceable cutting bar.
No. It is a passive tool driven only by the loader lift and tilt circuits. A rock bucket is built with spaced tines instead of a solid floor, so soil and fine material fall back while stone, rubble and roots stay in the shell.
The gap is set by the smallest stone that must be retained on the site. Inspect the tine roots for cracking after any impact with a large boulder, and replace the cutting bar before it wears back into the tine ends.
Light loosening yes; hard digging belongs to a toothed general-purpose bucket. Tine spacing sets the cut point: narrow gaps hold smaller stone, wide gaps pass more soil.
Tine root welds after a heavy impact, then the cutting bar. A bent tine is straightened or cut out rather than left to snag material on every pass.
The description stays deliberately close to the physical assembly: a plate, a pivot, a hose run and an edge. Those are the parts a driver will inspect on arrival.
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Tell the factory which carrier you run, its auxiliary output and the ground you work on. The reply confirms the coupler geometry, circuit requirement and build photographs, and technical questions go straight to the workshop.
