The efficient deep ripper with smaller working widths.
The AP92 builds on the success of the leading/trailing shank design to reach deep subsurface compaction in a more compact form factor. Perfect for mixed or specialised farms.
The leading/trailing tyne design consists of a single row of shallow leading tynes working in-line and ahead at depths of up to 450 mm. This then reduces the draft force required by the following tynes, set to penetrate up to 600mm.
The leading tyne configuration has been proven to increase towing ability and save fuel and time costs by up to 18%.
The Agrowplow AP92 is available in three configurations with 7 rows (11 shanks), 9 rows (14 shanks), or 11 rows (17 shanks). All models all based on Agrowplow's renowned #9 Shank Assembly.
The #9 shank features a straight shank with a narrow profile that allows it to shatter compacted soil up to 600mm deep and reduce drawbar requirements.
Full-length shinguards and Agrowplow's #9 blade offer unrivalled protection for your shanks, improving the overall lifespan of the wear parts.
A hydraulic level lift is included as standard, allowing full depth and angle control all from the tractor, allowing operators to quickly and easily adjust to changing soil conditions.
The AP92's 200 x 200 x 9 mm RHS frame has the strength and durability needed to handle tough ripping .
Improve production outcomes with a range of shank options, including:
Add a rear tow hitch with or without hydraulic lines to host additional trailing implements, such as the Flexi-Roller to shatter soil clods and break up crusting.
Some shank options are mutually exclusive or may be used only under specific circumstances or with particular configurations. Shank options may increase draft requirements. Consult your dealer before considering these options.
All effort has been made to ensure the information presented is correct however, features and specifications may change without notice. Weights, dimensions and specifications are an estimate for standard configurations only and may change slightly during the manufacturing process.
