Weigh the mass against your ground
27.5 tonnes is an advantage on firm terrain and a liability on soft or compaction-sensitive sites. Where further rotations follow, confirm what ground pressure the estate will accept before specifying.
Where this machine sits
The 1075C is a 20-tonne-payload forwarder that weighs roughly 27.5 tonnes — notably heavier than others in the same payload class. That is a design choice rather than an inefficiency: mass in a forwarder buys stability under load, durability and traction, and it costs ground pressure and transport.
It is supported in Australia through Onetrak, which is a material part of the ownership case at this capital level. Parts availability and technician access convert directly into production days in a two-machine crew, and the distribution arrangement belongs in the comparison alongside the specification.
Specifications
Indicative published manufacturer and distributor information. Confirm every figure, lift chart and hydraulic requirement with the manufacturer or authorised dealer before purchase.
What the published figures actually constrain
A specification table tells you what the machine is. This is what each of those numbers means for the work you would put it to.
Built heavy for durability under load
Where this machine earns its cost
Wrong machine when
- Soft or wet soils where 27.5 t of machine weight before payload becomes a compliance problem
- Thinning work
Verify these for this specific model
Beyond the standard buying criteria for the class, these are the questions this machine in particular raises.
What drives the cost of owning this machine
The additional mass has a real operating cost in fuel and transport, and a real return in durability and stability under load. Which side wins depends on terrain: on firm ground with long hauls the machine's robustness earns; on soft or sensitive ground the ground-pressure penalty is the dominant factor.
Support arrangements affect the cost of ownership as much as any specification in a two-machine crew. Extraction downtime stops the harvester too once the coupe fills, so response time has a multiplier attached to it.
As with any forwarder, haul distance sets throughput. Model tonnes per shift at your actual extraction distances rather than at a nominal figure before comparing machines.
Ownership considerations in Australian conditions
Confirm the emissions configuration and what it requires
Power is quoted as depending on emissions configuration. Establish which is being supplied, and what fuel quality, fluids and servicing that configuration requires in your operating area.
Put the support arrangement in writing
Ask what is held in Australian stock, where, and what response is guaranteed. In an interdependent crew this is worth quantifying as expected downtime hours against your hourly production value.
Common questions about this machine
Alternatives to compare against
Other forwarders covered in this guide.
Fleet packages that use this class
High-production pine clearfell
The highest-volume softwood configuration, and the one with the greatest exposure to bottleneck mismatch. Either a full-tree chain or a cut-to-length pair, depending on terrain, mill requirements and contamination tolerance.
Pine thinning
Thinning rewards manoeuvrability and restraint. The corridors are narrow, the residual crop has real future value, and the largest machine on the market is usually the wrong answer.
Eucalyptus plantation
Australian hardwood plantation work places very different demands on a head from radiata pine. Feed force, debarking and durability dominate the specification.