Deep ripping improves water filtration within the soil and breaks through sodic layers down to the clay beneath, effectively transforming soil types and paving the way for healthier crops.
The AP102 Agrowplow was designed specifically to rip down to 750mm with the HD rigid shank featuring a breakout at the blade of over 15 tonne.
The Yorke Peninsula Field Days recently bore witness to the AP102 Deep Ripper, a game-changer in the world of deep ripping. With it’s ability to rip to 750mm depths and with an ultra-strong heavy-duty 300 x 300 x 16mm RHS toolbar, it's no wonder that South Australian farmers have quickly taken to this remarkable implement.
Scott Bascombe of Bascombe Auto Ag, who consulted alongside Agrowplow engineers in the plough's development, shared his insights into why the AP102 Deep Ripper is making waves in the region.
“It is able to rip into the tightest conditions to extreme depths without limitation of break out or ridding up on hard pans," Scott said.
This is a particular issue for South Australian soils, where sodicity is a constant headache for farmers. The AP102 takes this challenge head-on, with it's ability to break through the sodic layer down to the clay beneath, effectively transforming the soil type and paving the way for healthier more productive crops.
"We used to try and break through the sodic layer with Agrowplow AP72's equipped with the 600mm #9 Shank," explains Scott. "But this combination would either constantly break out, or ride up on the hard layer."
These limitations created frustration amongst local SA farmers as it hindered ripping progress, costing time and money. The AP102 was designed to handle all these tasks without compromise. It's a testament to its strength, breakout capacity, and the depth it can achieve.
One of the standout features of the AP102 Deep Ripper is its ability to penetrate even the toughest soil conditions to extreme depths. Unlike its predecessors, it doesn't suffer from the issues of breakout or riding up on hard pans. This means that South Australian farmers can confidently tackle the most challenging terrains, breaking through sodic layers down to the clay beneath. This breakthrough not only improves soil types but also enhances water filtration in the soil, allowing moisture to penetrate deeper.
South Australia's agricultural landscape can be challenging, with diverse soil types and varying conditions. Scott Bascombe's involvement in the award winning AP102’s development ensures that the plough meets the specific needs of the region.
Sodic soils, known for their high sodium content hinder root growth and water infiltration, limiting the potential of the land. Deep ripping breaks through the sodic layer down to the clay beneath, effectively transforming soil types and paving the way for healthier crops.
Water is the lifeblood of any farm, and its distribution within the soil is critical. Deep ripping improves water filtration within the soil. By creating pathways for moisture to penetrate deeper into the earth, it ensures crops have access to water where and when they need it most.
Row, spacings & working width configurations
RHS Frame: 300 x 300 x 16 mm
Linkage: Trailing with hydraulic level lift
Required Drawbar Power: 400 to 500+ hp
Machine Options: Rear tow hitch, trailing Flexi-Roller
Farmers appreciate the AP102 for its ability to conquer the toughest terrains and improve soil quality without the limitations of previous equipment. It's not just a plough; it's a tool that unlocks the potential of the land, by increasing productivity and improving soil health.
Contact us to speak to our team about the right machine and configuration for you.
Single disc openers are ideal for heavy soils and high residue conditions, ensuring precise seed placement and minimal disease risk. Double disc openers excel in light soils and allow for faster planting, making them suitable for well-prepared ground. Learn more about their unique benefits and applications in this article.
When it comes to choosing between a tyne or disc opener for your seed drill, each option comes with its own set of advantages and considerations. In this article we compare the pros and cons and discover which options are best suited to certain conditions.
