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Published by Jason White on 21st Oct 2026

Direct Drill, Min-Till or Plough? Why Flexible Cultivation Is Becoming More Important

Few subjects in arable farming generate stronger opinions than cultivation.

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Direct Drill, Min-Till or Plough?

Few subjects in arable farming generate stronger opinions than cultivation.
Ploughing, min-till, strip-till, and direct drilling all have advocates, and successful farms operate each system.
The problem arises when we look for one system that works everywhere, every year.
British farming rarely works that way.
Different soils, rotations, rainfall, previous crops, and seasonal conditions mean the right establishment method for one field, or one year, may be completely wrong for another.
That's why flexibility is becoming increasingly valuable.

Direct drilling: reducing disturbance and passes

Direct drilling has understandably attracted considerable interest.
By establishing a crop with minimal soil movement, you can reduce cultivation passes, fuel use, and establishment costs while preserving soil structure and moisture.
On suitable ground in suitable conditions, it can work extremely well.
But successful direct drilling involves much more than buying a direct drill.
Soil structure, drainage, residue management, rotation, weed control and timing all matter. If compaction or drainage problems exist underneath, stopping cultivation alone won't make them disappear.
Wet conditions can also quickly change what is possible.
Direct drilling therefore works best as part of a system, rather than simply replacing a cultivator.

Min-till: a broad middle ground

Minimum tillage covers a huge range of approaches.
At one end might be a shallow pass with a short disc cultivator to encourage volunteers and incorporate residue. At the other end, it could be a deeper tine cultivator that restructures the soil ahead of drilling.
Machines such as the Väderstad TopDown combine discs, tines, and consolidation to perform several operations in a single pass. In contrast, short-disc cultivators such as the Väderstad Carrier or Horsch Joker offer fast shallow cultivation.
The attraction is the ability to match cultivation intensity to the job.
If only the top few centimetres need moving, there's little benefit in unnecessarily cultivating much deeper.
But when compaction needs addressing, deeper-working equipment is still available.
That can reduce passes without removing flexibility.

And sometimes the plough is still the right tool.

Predictions of the plough's disappearance have been around for years.
It is still here.
There are good reasons for that.
Ploughing can bury trash, help manage certain weed problems, reset damaged ground and provide an alternative establishment option when another system has struggled.
You don't necessarily need to use it across the whole farm every year.
For some businesses, its value is precisely that it doesn't need to be used every year.
Access to a plough when conditions dictate can be an extremely useful fallback.
We see this particularly with machinery hire. A farm may not want to own a plough 365 days a year, but after a difficult harvest or when certain fields need resetting, access to one for a few weeks can be very valuable.

The weather doesn't read the farming system manual.

This is perhaps the biggest argument for flexibility.
A cultivation strategy can look perfect on paper until the weather changes.
A dry autumn may favour one approach. A wet harvest followed by a short drilling window may require something completely different.
Residue levels change. Soil conditions change. Cropping changes.
During our Farming: The Long View discussion, we came back to exactly this point: AMTEC has seen cultivation machinery continually evolve because farmers themselves have had to adapt.
We've sold ploughs, tine cultivators, presses, short discs and drills through multiple generations of cultivation systems.
None has completely replaced all the others.

Match the machine to the job, not the ideology

The useful question isn't:
“What is the best cultivation system?”
It's:
“What does this field need?”
If the answer is 30mm of shallow cultivation, using a machine at 250mm burns fuel and moves soil unnecessarily.
If there is serious compaction at depth, scratching the surface won't solve it.
If conditions allow you to drill directly into a good seedbed, another cultivation pass may achieve very little.
That is where a flexible machinery strategy becomes important.

You don't necessarily need to own every option.

Flexibility doesn't mean filling the machinery shed.
A farm might own the machines responsible for most of its establishment work and then hire, contract, or purchase used equipment when conditions require something different.
That becomes particularly relevant as machinery gets larger and more expensive.
The key is having access to the right machine when agronomy and conditions demand it.
After all, cultivation isn't about proving that one system is right.
It's about establishing the next crop as effectively and economically as possible.
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