DHS80 Tandem Offset Disc | Woods Equipment Australia
product-template-default,single,single-product,postid-978,woocommerce,woocommerce-page,woocommerce-no-js,ajax_fade,page_not_loaded,,qode-title-hidden,qode_grid_1300,footer_responsive_adv,qode-content-sidebar-responsive,transparent_content,columns-4,qode-product-single-tabs-on-bottom,qode-theme-ver-3.0.5,qode-theme-designed differently,qode_advanced_footer_responsive_1000,wpb-js-composer js-comp-ver-5.5.1,vc_responsive

DHS80 Tandem Offset Disc

Whether breaking ground or tilling existing plots, Woods tandem offset discs are a rugged must-have tool for all industries. There is nothing like the smell of fresh-turned dirt, especially when you’re doing what you love… working the land.

  • All models feature independent disc gangs that easily angle from 0 to 21 degrees to match your soil type and tilling job
  • Individual disc gangs adjust easily with one pin
  • Rugged, high strength steel frame and gangs mean years of worry-free performance
  • Heavy down force makes each blade dig deeper, work harder in one pass
  • Tapered frame design balances individual disc gangs for easy adjustments


Tractor Engine Horsepower (hp)35 - 55hp
Tractor HitchCat 1
Working Width2m (80")
Weight (depending on blade type)270kg
Disc Blade Typenotched; or combination smooth and notched
Average Weight Distribution / Blade15kg
Disc Diameter46cm (18")
Disc Quantity18
Disc Spacing23cm (9") front, 19cm (7.5") rear
Gang Axle Size25mm (1") square
Frame Construction76mm x 76mm (3" x 3") tube and channel
Quick-Hitch Compatible

Woods DHS80 Tandem Offset Disc

Whether you’re breaking new productive ground for farm, or tilling existing land, Woods has the right – the best – disc harrow for your land. You will get years of productive, reliable, dirt-turning work. Built with high-strength U.S. steel, these rugged disc harrows carry Woods’ reputation for durability and reliability. Plus, these new discs are easy to use due to innovative design features like individually adjustable disc gangs that reposition with a single pin.