What must it pass through?
Measure the narrowest gate, path, doorway or side access—not only the open work area.
BUYER GUIDE · COMPACT EXCAVATORS
Choose the machine class from the job constraints first: access width, required digging depth, working space, transport, ground conditions and attachment demand. Bigger is not automatically better, and the smallest machine is not always the lowest-cost choice.
START WITH THE CONSTRAINTS
Measure the narrowest gate, path, doorway or side access—not only the open work area.
Use actual trench depth, spoil position and working reach, then retain a sensible operating margin.
Allow room for the upper structure, counterweight, boom, attachment, people and nearby property.
Confirm the complete transport combination, attachments, trailer, tow vehicle and applicable road requirements.
Bucket, auger, breaker, grab and other tools can change the required hydraulic capacity and stability.
Balance access against cycle time, lift, digging force, repositioning and the number of working days.
CORUM MODEL REFERENCE
These current public specifications provide a useful class comparison. All four models are Order Only. Final configuration, package, availability, freight and price are confirmed in a written CORUM quotation.
Tight-access landscaping, residential excavation and small civil work.
A balanced step up for landscaping, plumbing, residential construction and general contracting.
More digging depth and hydraulic capacity for trenching, preparation and compact civil work.
Larger excavation, site preparation and civil applications requiring more reach and capacity.
01 · ACCESS
Measure the narrowest point on the complete route from unloading position to work area. Include gates, side paths, retaining walls, eaves, overhead services, soft ground and turning points.
02 · WORK ENVELOPE
Maximum digging depth is not the same as comfortable production depth. Record the required trench bottom, machine standing level, spoil position, pipe or object size and any need to reach over an obstruction.
A machine can technically reach a depth yet still be inefficient because of soil, bucket size, spoil handling, lifting, access or transport constraints.
03 · TRANSPORT
The relevant transport weight is the complete travelling combination, not only the excavator’s published operating weight. Buckets, hitch, grab, breaker, fuel, trailer and other equipment all contribute.
04 · STABILITY
Soft, sloping, uneven or disturbed ground can change traction, stability and production. The narrowest machine is not automatically the safest or most productive once it reaches the work area.
05 · ATTACHMENTS
The intended attachment can determine the machine class. A bucket-only landscaping job has different requirements from continuous auger, breaker, grab or hydraulic-thumb work.
06 · COMMERCIAL PATH
The right machine path depends on utilisation, timing, capital, transport, support needs and how certain the future workload is.
Useful where the required specification is clear, utilisation is ongoing and the owner values a defined new-machine configuration and applicable support.
View new equipmentUseful where condition, hours, evidence, availability and price can be assessed for a specific machine.
View used equipmentUseful for a defined project or where machine demand is temporary, subject to location, availability, eligibility and hire terms.
Explore equipment hireFinance remains subject to lender approval and written terms. Sourcing can help when the required machine is not current Australian stock.
Source a machineQUICK DECISION TEST
NEXT STEP
Send CORUM the access width, digging depth, application, attachment needs, delivery location and timing. CORUM can compare the current range or discuss sourcing and hire pathways without assuming one tonne class fits every job.