Surreal
Corn
DOW AgroSciencesUser rating
0 votesAbout product
A high-performance dent corn hybrid optimized for consistent grain yield and high-quality silage in extended growing seasons.
Description
Consistency in Intensive Farming: The Surreal Advantage
The «Surreal» maize hybrid by DOW AgroSciences represents a pinnacle of agricultural breeding, combining the pedigree of Corteva Agriscience with the rigorous quality standards of US-based research. Designed for growers who prioritize high-performance outcomes, this simple hybrid is a versatile performer, equally capable of producing high-yield grain or nutrient-dense silage.
Technical Specifications
- Hybrid Type: Simple dent corn. This structure ensures superior starch content and optimal digestibility, making it an excellent choice for livestock feed operations.
- Maturity Profile: With a 120–140 day maturity cycle and an FAO rating of 90–1240, this hybrid thrives in regions with longer growing seasons, fully capitalizing on the heat units available during late development.
- Planting Density: The recommended density is 50,000–55,000 plants per hectare. Adhering to this range is crucial, as the hybrid relies on its ability to develop a robust canopy and large, uniform ears rather than relying on high-density populations.
Why Surreal Stands Out
The strength of the Surreal hybrid lies in its resilience and adaptability. Unlike many hybrids that falter under minor environmental stress, Surreal offers a buffer of stability that helps farmers plan their yields with greater confidence. Its dent grain structure provides the density required for efficient threshing and harvesting, reducing waste and improving overall field output.
This hybrid is optimal for producers operating in zones where the season allows for full physiological maturity. While it requires specific density management, the rewards are consistently high levels of grain fill and biomass production. For operations aiming to balance harvest flexibility between feed and grain, Surreal provides a proven, reliable genetic foundation that simplifies field management and enhances the bottom line.
Specifications hover over for a hint about the specification
|
FAO
FAO
Corn hybrids are classified by maturity groups and by the FAO number. All corn hybrids are distributed according to the FAO scale. Under Central European conditions, a difference of 10 FAO units between hybrids results in a 1-2 day difference in their maturity. The higher the FAO... |
90–1240 |
|---|---|
| Ripening | 120-140 days |
| Hybrid Type | |
|
Kernel Type
Kernel Type
Dent corn (Zea mays indentata) — Large, elongated, flat kernels. The endosperm is horny on the sides of the kernel, mealy in the center and at the top. A depression forms at the top of the kernel upon ripening. Dent corn is the most widely cultivated group among others. Plants ty... |
|
|
Use Direction
Use Direction
Dual-purpose hybrids: for silage and grain in all growing regions. These are "stay-green" type hybrids, meaning the plants remain green for a longer period. However, this does not affect the sugar, cellulose, and hemicellulose content, nor the degree of lignification of the plant... |
|
|
Recommended Density
Recommended Density
Optimal productivity is achieved at a planting density of 4000-5500 plants/ha. Possible planting scheme: 300-500x40-80 cm. |
50-55 thousand pcs/ha |
| Catalog | Catalog → Corn |
| Manufacturer | DOW AgroSciences |
| Originator | DOW AgroSciences |
| Originator | Corteva Agriscience Germany |
| Originator | Corteva Agriscience Germany ,DE |
| Originator | Firma Dow Agrosciences |
| Country | USA |
Store offers
Prices are updated on loadAggregator catalog: prices are collected automatically from store websites, normalized by AI and converted at the current exchange rate. Before ordering, confirm the price and availability on the store's website. This block is not indexed by search engines — the data is loaded after the page opens.
See also
Often considered together with this variety
Recently viewed
Similar items in this catalog section























Comments · 0