Stop Wasting Fuel on Multiple Passes

Stop Wasting Fuel on Multiple Passes

Ground needs to be prepped, fuel needs to be used, but inefficiency just burns holes in everyone’s pockets. Investing in efficient equipment is what keeps you profitable long term – not just in a fuel crisis.

How much is your current setup costing you?

Seedbed preparation involves multiple tasks – cutting residue, mixing it into the soil, and levelling the surface. How many tools are you using to get the job done? How many passes does it take? And what are the results like?

  • Every pass takes more time
  • Every pass consumes more fuel

These costs quickly add up, especially if the machines you’re using aren’t achieving consistent results.

Why triple your fuel bill?

Why triple your fuel bill using systems that require multiple stages, multiple machines, and multiple passes?

The 4AG TurboDisc consolidates everything into one machine. It allows you to get the job done in one pass, with consistent results.

And it’s not just the machine delivering consistency. Feedback from farmers and contractors is the same – it’s one of the most efficient implements they run.

Built with NZ DNA

Like everything at 4AG, the TurboDisc has been developed to work with the realities of New Zealand farming. It handles heavy residue and works across varying conditions without complication.

The 560mm blades process large volumes of stubble, while the short operating length from the transport wheel design allows the machine to follow contour and stay responsive at the headland.

Levelling boards or a cutting roller can be fitted to refine the finish, and an airseeder can be added to turn it into a true one-pass re-grassing system.

Incorporate, create tilth, sow, and consolidate in a single pass at 12–15 km/h.

The result?

Fewer passes. Less fuel. A consistent finish.

A simpler system that gets the job done without going back over it.

Fuel is part of the job. Wasting it doesn’t need to be.

4AG TurboDiscs – seedbed preparation done right.
Learn more here.