ADV S6404 Sorghum Sudangrass combines the forage quality benefits of BMR-6 with the standability advantages of a brachytic-dwarf plant type. Designed to produce exceptional tonnage while remaining shorter and sturdier than conventional sorghum sudangrass hybrids, ADV S6404 is an excellent option for hay production and forage systems in windy environments.
ADV S6404 Sorghum Sudangrass features the brachytic-dwarf trait, which shortens internode length while maintaining strong forage production. The result is a shorter plant with a higher leaf-to-stem ratio, excellent standability, and impressive forage yield potential.
Unlike many tall forage hybrids that can be difficult to manage in windy conditions, ADV S6404 maintains a stout plant structure while still producing excellent tonnage.
ADV S6404 combines BMR-6 forage quality with brachytic-dwarf genetics to create a hybrid that offers excellent feed value and superior standability.
Despite its shorter stature, ADV S6404 is a high-yielding multi-cut sorghum sudangrass capable of filling both hay bales and silage bunkers.
The brachytic-dwarf trait produces stout stalks and excellent standability, making ADV S6404 an outstanding option in areas where lodging can be a concern.
ADV S6404 was specifically developed as an elite multi-cut hybrid that excels in dry hay production while maintaining strong forage quality.
Excellent recovery after harvest supports multiple cuttings throughout the growing season.
ADV S6404 Sorghum Sudangrass performs exceptionally well for:
High-quality dry hay with improved digestibility.
Excellent tonnage and feed value.
Designed for repeated harvest systems.
Provides strong nutritional value and palatability.
ADV S6404 is ideal if you:
ADV S6404 combines BMR-6 forage quality with brachytic-dwarf genetics that improve standability and leaf-to-stem ratio.
Yes. It was specifically developed as an elite multi-cut hybrid that produces excellent dry hay.
The brachytic-dwarf trait creates stout stalks and excellent standability, reducing lodging concerns.
No. Brachytic-dwarf hybrids maintain high yield potential while improving standability through shorter internodes.
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