Advantages of the HALDRUP F-55
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Specialized machine for precise forage harvesting: The HALDRUP F-55 forage harvester was specifically developed for plant breeding and field trials and enables precise harvesting of grasses, clover, herbs, and biomass.
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Integrated weighing and sampling system: Yield data is recorded directly during harvesting and samples are taken, enabling efficient evaluation in experimental settings.
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High data quality thanks to NIRS technology: Optional integrated sensors enable the analysis of components such as protein or fiber directly in the field.
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Powerful engine for demanding conditions: The 75-hp Deutz engine with all-wheel drive ensures reliable performance even under difficult harvesting conditions.
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Modular system for individual requirements: The F-55 can be flexibly expanded and adapted to specific requirements in research, breeding, and production.
Efficient Harvesting Process with a Sophisticated System
The work process includes cutting, conveying, weighing, and ejecting the crop. All steps are optimally coordinated to ensure a smooth workflow during harvest.
Comfortable XXL cab for long shifts
The spacious cab accommodates two people, is air-conditioned, and ergonomically designed. This ensures a comfortable working environment even during long harvest days.
Hydraulically controlled cutting unit
The cutting unit, featuring dual blades, a reel, and conveyor technology, is hydraulically operated and can be flexibly adjusted to optimally harvest a variety of crops.
Digital Data Collection and Software Integration
Harvest data such as yield, moisture content, and geodata are recorded directly and stored in software. This facilitates further processing and analysis in the office.
High maneuverability and simple transport solution
The machine has a compact design and is easy to transport, for example on a trailer. At the same time, it offers high maneuverability in the field.
FAQ – Practical Questions
What is a forage harvester used for in experimental research?
A forage harvester is used to harvest plants such as grass, clover, or biomass in order to precisely analyze yields and nutrient content under experimental conditions.
What data can be collected with the F-55?
During harvesting, yield data, moisture content, and additional quality parameters can be recorded. This data forms the basis for scientific evaluations.
Why is sampling directly during harvest important?
Direct sampling ensures that the analyzed samples correspond exactly to the harvested plot. This reduces measurement errors and increases the reliability of the test results.
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