Deere 35G specs point to a compact excavator with about 17.4 kW (23.3 hp) of rated net power, an operating weight near 3,520 kg (7,760 lb), and a published maximum digging depth of roughly 3.1 m (10 ft 2 in). Those figures are useful for screening, but they don’t establish whether a particular machine will suit your job. Reach at the required digging depth, lift capacity at working radius, transport weight, site access and attachment hydraulics all need checking against the exact machine and its configuration before you buy or rent.
The following are commonly published reference figures for the Deere 35G. Treat them as a starting point, not a guarantee for every year or machine: attachments, configuration and specification revisions can affect dimensions and operating weight. Ask for the serial-number-matched specifications and manuals for the machine you’re considering.
| Specification | Common reference figure | Why it matters | What to confirm |
|---|---|---|---|
| Rated net power | About 17.4 kW (23.3 hp) | Indicates the engine’s rated output, but not the full performance of the hydraulic system. | Confirm the rating and machine condition; check hydraulic requirements separately for powered attachments. |
| Operating weight | About 3,520 kg (7,760 lb) | Helps with transport planning and gives context for the machine’s size. | Ask what configuration the figure represents and calculate the loaded transport weight with attachments. |
| Maximum digging depth | About 3.1 m (10 ft 2 in) | Useful for an initial check on trenching and excavation work. | Compare the required depth with the machine’s working geometry, bucket and arm configuration. |
| Maximum reach at ground level | About 5.2 m (17 ft 1 in) | Shows the general working envelope, not reach at every depth or lifting height. | Check the digging chart against the actual trench, slope or loading position. |
| Overall width | About 1.75 m (5 ft 9 in) | Provides a first check for gates, paths and other narrow access points. | Measure the specific machine, including any parts that extend beyond the tracks. |
Published maximums describe particular positions and test conditions. They don’t mean the machine can dig to maximum depth while reaching as far as possible, or lift a heavy load at any point within its working envelope. Use the applicable Deere charts and the machine’s configuration to answer those job-specific questions.
Start with the actual excavation, not the maximum-depth figure. For a trench, establish its required depth, width and distance from the machine’s safest practical position. For a foundation or landscaping cut, consider whether the 35G can work through the full area without repeated repositioning or placing the tracks on unsuitable ground.
Maximum digging depth is only one part of the geometry. Reach changes as the boom and arm move, and the available reach at the bottom of a trench is not the same as the maximum reach measured near ground level. If you need to work below a road edge, beside a wall or across a barrier, compare the required position with the digging chart rather than relying on a headline number.
Also measure the space needed to position and turn the excavator. Track width alone doesn’t describe the clearance needed around the machine; the boom, bucket and rear of the machine need room as well. Mark tight gates and work areas on site, then compare those measurements with the machine and its attachments.
Operating weight is not lifting capacity. It tells you roughly how heavy the excavator is in a stated configuration; it doesn’t tell you what load the machine can safely handle at a particular reach or height. A load that appears manageable close to the tracks may be beyond the permitted capacity when extended over the side.
Before hiring or buying the 35G for lifting, obtain the correct lift-capacity chart for that machine. Check the load’s weight, the lifting point, the radius from the machine’s centre of rotation, the required height and whether the lift is over the front or side. Account for the bucket, coupler, lifting gear and any other equipment that forms part of the suspended load.
Use the chart and the machine’s operating instructions, not a guess based on engine power or counterweight. If the job requires repeated handling of heavy materials, compare the 35G’s chart with the full lift plan and consider whether a machine with greater capacity is the more productive choice.
The published operating weight is a useful starting point for haulage planning, but it may not represent the complete load you’ll transport. A bucket, hydraulic thumb, coupler or other attachment adds weight, and the trailer contributes to the total combination weight. Ask the seller or rental company for the machine’s transport weight in the configuration you’ll receive.
Measure the machine’s transport width and height too. A nominal width near 1.75 m can help identify likely access issues, but measure the individual excavator before committing to a route or trailer. Consider loading space, overhead clearance, tie-down access and where the trailer can be positioned at the jobsite. For a move in New Zealand, confirm the combination’s permitted weights, towing setup and load restraint requirements against the rules that apply to your transport arrangement.
For a rental, ask who is arranging delivery and collection, what attachments will travel with the machine, and whether the quoted transport arrangement suits your site access. For a purchase, include haulage requirements in the ownership decision, especially if the excavator will move between jobs regularly.
A bucket or hydraulic attachment must suit both the physical connection and the machine’s hydraulic system. Matching the attachment to the Deere 35G model name alone is not enough. Even attachments intended for compact excavators can differ in pin dimensions, coupler design, weight and hydraulic requirements.
For a rental, have the supplier confirm the exact attachment and connection included in the booking. For a purchase, get the hydraulic and mechanical compatibility confirmed in writing before buying an attachment or modifying the machine.
The Deere 35G may suit excavation and landscaping work where a compact excavator’s access and transport profile are useful, provided its reach, lift chart and attachment setup meet the task. Its size can be a disadvantage when the work requires greater reach, frequent heavy lifting, a larger bucket or more production than the site and schedule allow.
Think through a typical work cycle: travel to the job, position the machine, dig or handle material, move spoil and reposition. If the 35G needs constant movement to reach the work, or can’t handle the planned load at the required radius, a larger machine may save time despite its additional transport and access demands. Conversely, choosing a larger excavator for a confined site can create its own access and operating difficulties.
Renting is useful when the work is short-term, unusual or still being assessed. You can confirm the machine’s practical fit before committing to ownership, but only if the rental includes the right bucket, hydraulic setup and transport arrangement. Buying may make sense when the machine fits recurring work and your operating, maintenance, storage and transport plans. Compare the whole ownership cost with rental for the amount and type of work you expect, rather than relying on purchase price alone.
Use this checklist to turn the Deere 35G specs into a machine-specific decision. Ask for documentation before committing, then compare the stated details with the excavator on offer.
A seller’s specification sheet can help you compare machines, but it doesn’t replace inspecting the unit or checking its maintenance history. If the stated configuration, serial-number information and physical machine don’t match, resolve the discrepancy before making a decision.
A commonly published operating-weight reference is about 3,520 kg (7,760 lb). The actual figure depends on the machine’s configuration and what is included, so use the serial-number-specific documentation and confirm the transport weight with the attachments fitted.
A commonly listed maximum is roughly 3.1 m (10 ft 2 in). The usable depth for a particular trench depends on the machine’s setup and position, so compare the required work with the correct digging chart rather than treating the maximum as available in every situation.
That depends on the load’s weight, radius, height, lifting direction and machine configuration. Check the lift-capacity chart for the exact excavator and include the weight of the attachment and lifting gear; operating weight alone cannot answer the question.
Not necessarily. Confirm the mechanical connection and the attachment’s hydraulic flow, pressure, return and control requirements against the specific 35G. Have the supplier verify compatibility before purchase or rental.
No. Its published dimensions and digging figures can help with initial screening, but a job may require more reach, lifting capacity or production than the machine can provide. Compare the work requirements with the relevant charts and site measurements before choosing it.
Use the published Deere 35G specs to narrow your options, then verify the exact machine, lift and digging charts, transport configuration and attachment fit. If those details meet the demands of your site and workload, the machine is a more informed choice for either a rental or a purchase.
