The Applequist TerrainFlex® Pivoting Walking Beam is designed to improve ground contact, seed depth consistency, and overall drill performance in uneven terrain. By replacing the factory rigid frame design with a flexible pivoting system, TerrainFlex® allows wing frames to follow changing field contours while reducing stress on critical machine components.
Consistent Seed Depth: Helps maintain uniform opener depth and down pressure for more reliable seed placement.
Improved Terrain Flexibility: Allows wing frames to adapt to uneven ground conditions.
Reduced Component Stress: Minimizes strain on frame components and caster wheels during operation.
Maintenance-Free Design: Features a durable pivot point that requires no routine maintenance.
Field-Tested Reliability: Tested by Kansas farm families in real-world farming conditions.
Available Drill Widths: 30', 36', 40', and 42'
Design: Pivoting Walking Beam
Maintenance: Maintenance-Free Pivot Point
Compatible with select configurations. Verify fitment before ordering.
The Applequist TerrainFlex® Pivoting Walking Beam is designed to improve ground contact, seed depth consistency, and overall drill performance in uneven terrain. By replacing the factory rigid frame design with a flexible pivoting system, TerrainFlex® allows wing frames to follow changing field contours while reducing stress on critical machine components.
Consistent Seed Depth: Helps maintain uniform opener depth and down pressure for more reliable seed placement.
Improved Terrain Flexibility: Allows wing frames to adapt to uneven ground conditions.
Reduced Component Stress: Minimizes strain on frame components and caster wheels during operation.
Maintenance-Free Design: Features a durable pivot point that requires no routine maintenance.
Field-Tested Reliability: Tested by Kansas farm families in real-world farming conditions.
Available Drill Widths: 30', 36', 40', and 42'
Design: Pivoting Walking Beam
Maintenance: Maintenance-Free Pivot Point
Compatible with select configurations. Verify fitment before ordering.