Pegasus
HSR Maize Seed
Pegasus is bred for yield, disease tolerance and adaptability. HSR’s 115CRM medium to tall leafy plant. With large bright yellow kernels, this hybrid is a true ‘dual purpose’ that finds a fit with both silage and grain growers in Australia but will have a silage focus for the New Zealand market. Pegasus is characterised by a large cob, the dent x flint grain this hybrid is of medium density, perfect for feed grain or high-quality silage.
Planting Population
90,000 TO 100,000seeds/ha
(GRAIN 75-100K)
Plant types:
115CRM silage or grain.
Yield potential:
Excellent yields with a strong disease package.
Plant height:
Medium to tall leafy plant with large bright yellow kernels.
Type of grain:
Dent x Flint. Large cobs of medium density grains. Perfect for feed grain or high quality silage.
General comments:
Above average stress tolerance enables this variety to hold on when the growing gets tough.
Want to find out more?
Download the HSR Pegasus spec sheet here
Trait Scores + Characteristics
CRM | 115 |
Plant height | Med/Tall |
Grain density | Dent |
Stress emergence | 9 |
Stalk strength | 9 |
Stay green | 8 |
Husk cover | 8 |
Leaf blight | 9 |
Cot rot | 8 |
Rust | 8 |
Organise a time to chat with our HSR team
P. 0508 768 723
PO Box 370,
Te Awamutu 3840
E. [email protected]
Disclaimer
All animal feed products should be fed as part of a healthy balanced diet matched to the specific requirements of the herd. Nutrinza makes no representations or warranties of any kind, express or implied, as to the suitability of any of the products supplied to the specific requirements of your animals. Please note that recommended feeding rates are given as a guideline only and will vary based on the total diet and actual feed intake of your animals. It is recommended that you consult your vet, nutritionist or farm consultant before making any dietary changes. Nutritional information is based on accredited feed nutrition sources and sample test results. Specifications on an individual feed test will show some variation.