Need a harvest contractor around Deniliquin or the southern Riverina?
If you need contract harvesting around Deniliquin, Finley, Jerilderie, Berrigan, Tocumwal, Mathoura, Moulamein, Barham or elsewhere through the southern Riverina and Murray region, give Dillon at Broadacre Contracting a call on 0439 300 380.
Broadacre helps growers connect directly with harvesting contractors and discuss the actual job: hectares, crops, timing, fronts, chaser bins, trucks, grain storage and where the grain needs to go.
O’Connor Farming is based around Deniliquin NSW and runs a fleet of Class 7 Case IH headers with 40ft fronts.
If Luke and the O’Connor crew cannot suit your timing or job, Broadacre can help get the requirement in front of other suitable contractors.
But stick around first, because Talking Gear Tuesday EP26 asks a bloody good question:
when everybody is chasing bigger headers, when does the smaller machine actually make more sense?
Talking Gear Tuesday — Episode 26
For Talking Gear Tuesday EP26, Dillon Harrison and the Broadacre Contracting film crew are back at Deniliquin NSW with Luke O’Connor from O’Connor Farming.
Luke O’Connor: Farming and Contracting at Deniliquin NSW
We introduced Luke properly in Episode 23.
Born around Deni.
Raised on the family farm.
Went away to university and studied agriculture.
Then came back home and put what he had learnt back into the family operation.
Every time I catch up with Luke, I get the same impression.
Organised.
Straight shooter.
Passionate about what he is doing.
Good handshake too.
That last one probably will not help his Google ranking, but it matters to me.
EP23 showed us how O’Connor Farming puts the crop in.
EP26 shows us how they get it back off.
Why O’Connor Farming Runs Class 7 Case IH Headers
Luke’s explanation is pretty simple.
The family has been running Class 7 Case IH headers for years.
They understand them.
The machines work.
And most importantly:
they suit the job.
“Everything’s getting bigger these days, all the gear is getting bigger and bigger. And the further north you go, the bigger the gear is. But down here in southern New South Wales, the Class 7s are working quite well. They suit us in our smaller paddocks.”
— Luke O’Connor
That is the bit I like.
Luke is not arguing that Class 7 is somehow universally better.
He is saying:
Class 7 works for us.
There is a big difference.
And in agriculture, I reckon that distinction matters.
A bloke harvesting massive square paddocks in northern NSW might make a completely different machinery decision.
That does not make Luke wrong.
It means the job is different.
What Is a Class 7 Combine Harvester?
For anyone who does not spend their spare time looking at combine specifications, Class 7 refers to a combine size and capacity category.
The exact machines Luke owns were not identified by individual model in our Episode 26 conversation, so I am not going to invent them.
But it is worth putting Class 7 into modern context.
Case IH still sells a Class 7 Axial-Flow combine in Australia today.
Current Case IH Axial-Flow 7260 context
Class Class 7
Engine 402 hp rated
Maximum output 468 hp
Grain tank 11,100L
Unload rate 141 L/s
Brand Case IH Axial-Flow
So when we say Luke runs the “smaller” machines, keep some perspective.
A modern Class 7 combine is still a serious harvesting machine.
It is just sitting below the Class 8, Class 9 and now even larger next-generation machines getting so much attention.
Smaller Paddocks and 40ft Fronts: Why Access Matters Around Deniliquin
According to Luke, paddock size is probably the biggest reason the Class 7 machines continue to make sense.
O’Connor Farming runs 40ft fronts across the harvesting fleet.
That gives them decent working width while still being manageable around the farms they work.
Luke said that if they get into a property where a gate, laneway or turning area is awkward, they remember it.
Then they can make changes before the next season.
Move a gate.
Adjust a fence.
Open up the turning area.
Make next harvest easier.
What O’Connor’s harvest setup is balancing
40ft working width
Paddock accessibility
Turning room
Smaller fields
Header capacity
Grain logistics
Dillon and Broadacre Contracting’s interpretation
This is one of those things that seems obvious once somebody says it.
But it is easy to forget when everybody is talking about:
more horsepower.
Bigger grain tanks.
60ft fronts.
Class 10.
Class 11.
More tonnes per hour.
What happens if the thing does not comfortably fit through the gateway?
What happens if you spend half your day turning around?
What happens if the header is capable of harvesting grain faster than the trucks can move it?
Machine capacity only helps while the rest of the harvest system can keep up.
Grain Logistics Can Limit Harvest Before the Header Does
This is probably the most important part of Luke’s whole explanation.
According to Luke, most of the grain his clients harvest has to leave the farm and head to an external storage or receival site.
Some growers have mother bins.
Very few of the clients he is talking about have large grain-bagging systems.
So hectares per day are not determined only by what the Case IH headers can thresh.
You also need to:
get grain out of the header;
get it into the chaser bin;
get it into a truck or field bin;
get the truck off-farm;
get it to the storage or receival site;
unload;
and get the truck back again.
If that supply chain can only move a certain number of tonnes per day, putting a dramatically larger header at the front does not automatically mean the whole operation harvests more grain.
The slowest part of the harvest system can become the real capacity limit.
Luke reckons the Class 7s fit the balance his operation currently needs.
Enough header.
Enough front.
Enough capacity.
Without building the entire harvest program around feeding a machine whose potential cannot always be used.
O’Connor Farming Starts Pre-Season Header Maintenance Straight After Harvest
I also asked Luke how they prepare the machines for the following harvest.
The answer:
pre-season starts when the previous harvest finishes.
When the headers come back to the shed, anything noticed during harvest gets addressed first.
Then around March, the O’Connor crew starts going through the machines again.
Belts.
Bearings.
Anything showing wear.
Anything they think is reaching the end of its useful life.
Private mechanics then come through and perform another inspection.
That gives Luke a list of additional work that can be attacked over winter.
O’Connor Farming’s maintenance approach
Harvest finishes
Known faults repaired
March inspection
Belts and bearings
Independent mechanic check
Winter repair window
I really like this approach.
Because finding the problem in March gives you options.
Finding the same problem at 4pm in December with a storm on the radar gives you fewer options.
Dillon’s Harvest Side Mission: Grenfell Was Completely Different to Carinda and Walgett
Luke’s comments about paddock size and grain logistics took me straight back to the 2024 harvest.
I was working on wages for a family around Grenfell NSW.
We had a Case IH 8250 running alongside a John Deere 9770.
It was my first harvest in that area.
And the whole structure of harvest felt completely different to what I was used to around places like Carinda or Walgett.
Paddock shapes were different.
Paddock sizes were different.
Cartage distances were different.
Receival-site hours mattered differently.
Site capacity mattered differently.
The roads mattered.
The farms were laid out differently.
Same job: harvest grain.
Completely different system required to do it efficiently.
That is why I like Luke’s answer.
He is not choosing machinery from an internet comparison table.
He is choosing it around how harvest actually functions in his region.
The Parts Yarn: Another Reason Early Header Maintenance Matters
I was talking with a grower recently about machinery parts.
And I still hear plenty of stories about certain machine-specific parts taking longer than anybody would like.
Simple bearings and common housings?
Often easy enough.
Hydraulic rams.
Actuators.
Machine-specific harnesses.
Electronic modules.
Some of that gear can be a very different conversation depending on the machine, dealer and stock situation.
I originally wrote this as:
“parts have been a nightmare ever since COVID and stock never recovered.”
That is too broad for me to prove across the whole industry.
What I can say is I still hear the complaints.
And it makes Luke’s maintenance approach look even smarter.
If you identify the problem six months before harvest, a three-week parts wait is annoying.
If you identify it during harvest, it can become a disaster.
For anyone running headers around Swan Hill, Kerang, Balranald or the wider Riverina, I would genuinely be interested to hear what parts availability looks like in your world.
Dillon’s Bigger Question: Is Deniliquin’s Harvest Logistics Model Changing?
This was the rabbit hole Luke accidentally sent me down.
He explained that most of his clients’ grain is still leaving the farm and going to external storage or receival facilities.
So I started wondering:
has the region’s long history with rice influenced how storage and harvest logistics developed around Deni?
To be very clear:
I do not have data proving that it has.
This is me asking the question.
But there is enough context to make the question interesting.
SunRice’s Deniliquin receival information currently lists maximum receival moisture of up to 23% for several commercial rice varieties.
That crop historically relies heavily on specialised receival, storage and processing infrastructure.
So it makes sense to ask whether generations of regional grain logistics developed differently to areas where cereal growers traditionally stored more of their grain at home.
But again:
that is a theory worth investigating, not something I am declaring as fact.
What we do know is that on-farm grain storage across Australia has been growing strongly.
GRDC has reported that on-farm storage capacity doubled over a ten-year period, with growers able to store about 41% of their production capacity on average.
Why?
Harvest logistics.
Marketing flexibility.
Greater harvesting capacity.
Feed and seed storage.
Changes to off-farm storage networks.
And more control over when grain leaves the farm.
There is also current change happening in the Deniliquin rice industry.
In August 2026, SunRice confirmed significant job reductions across its Riverina operations, including 68 jobs at Deniliquin, amid reduced local rice production.
Does that eventually change how farms around the district invest in grain storage?
Want Your Harvesting Business Featured on Talking Gear Tuesday?
This episode is a perfect example of why we created Talking Gear Tuesday.
Luke is not running the latest biggest combine just so we have something flashy to film.
He is running the gear his business believes fits its clients and its region.
That is the story.
Why this machine?
Why this front?
Why this setup?
Why does it work here?
What would you change?
What have you learnt?
That is what I want to hear.
If you are a harvesting contractor, sowing contractor, spraying contractor, spreading contractor, hay contractor, manufacturer, dealer or grower doing something worth talking about, give me a bell.
Talking Gear Tuesday EP26 features Luke O’Connor from O’Connor Farming at Deniliquin NSW. Luke explains why the business continues to run four Class 7 Case IH headers with 40ft fronts, how smaller paddocks and off-farm grain logistics influence machinery choice, and how the team prepares its combines before harvest.
Why does O’Connor Farming use Class 7 headers instead of larger combines?
Luke says Class 7 machines suit the smaller paddocks and grain-handling system around the work O’Connor Farming does in southern NSW. Many client crops are delivered off-farm, so total harvest capacity can be limited by trucks and storage logistics as well as the combine itself.
What is a Class 7 combine harvester?
Class 7 describes a combine size and capacity category. Case IH still markets a current Class 7 Axial-Flow 7260 in Australia, with a 402hp rated engine and 11,100L grain tank. O’Connor Farming’s individual header models were not identified during the Episode 26 discussion, so the current 7260 is used only as modern Class 7 context.
Are Class 7 combines too small for modern grain harvesting?
Not necessarily. The correct combine size depends on yield, paddock size, working width, access, grain logistics, available labour and the rest of the harvest system. O’Connor Farming considers Class 7 machines a good fit for its work around Deniliquin, while larger operations or different regions may require very different machinery.
What size fronts does O’Connor Farming run?
Luke says O’Connor Farming runs 40ft fronts on its Class 7 Case IH headers. He finds the width gives the business useful capacity while remaining workable around the smaller paddocks and access conditions encountered across its harvest program.
How can grain cartage limit harvest capacity?
A combine can only keep harvesting while grain can be moved away from it. If chaser bins, trucks, roads, receival sites or storage cannot handle the tonnes being harvested, the combine may have to slow or stop. Luke says this is one reason the O’Connor Farming header capacity fits its clients’ current grain-logistics system.
Why does O’Connor Farming start header maintenance months before harvest?
The team begins addressing known problems immediately after harvest, then undertakes another inspection around March before private mechanics perform their own pre-season checks. Finding worn belts, bearings or machine-specific components early gives the business more time to source parts and complete repairs before harvest pressure arrives.
Does on-farm grain storage make harvest more efficient?
It can. On-farm storage can reduce dependence on immediate off-farm delivery and can give growers greater flexibility around trucks, receival-site hours and marketing. GRDC reports that Australian growers have substantially increased on-farm storage capacity, although the economics and correct storage system vary between businesses.
What should I tell a harvest contractor before asking for a quote?
Provide your location, hectares, crop types, likely harvest dates, expected yields, paddock access, grain-storage arrangements, chaser-bin capacity, truck availability and where the grain needs to be delivered. Those details help the contractor determine whether their machinery and schedule suit the job.
How do I find a harvest contractor near Deniliquin NSW?
Growers can speak with O’Connor Farming directly or call Dillon at Broadacre Contracting on 0439 300 380. You can also post a tender through Broadacre with your location, crop, hectares, timing and grain-logistics requirements so relevant contractors can review the opportunity.
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