HALDRUP C-65 PLOT COMBINE HARVESTER

The HALDRUP C-65 features a threshing and cleaning system specifically designed for use in field trials. The enclosed threshing drum ensures uniform threshing of various crops.

The subsequent grain-straw separation is performed by a surface shaker with multiple drop stages. In combination with the cleaning system, this results in stable grain separation and consistent sample quality even under varying harvest conditions.

The system is suitable for numerous trial crops such as cereals, rapeseed, corn, soybeans, and other crops in breeding and yield trials.

The cab of the HALDRUP C-65 was specially developed to meet the demands of field research. It offers ample space for the driver and sampler and ensures comfortable working conditions throughout long harvest days.

The seat arrangement can be configured flexibly depending on the application requirements. This allows for sampling both in the direction of travel and against it.

Good all-around visibility, ergonomically arranged controls, and air conditioning support precise work and enhance operator comfort during field trials.

The HALDRUP C-65 enables sample collection directly during field harvesting. Samples can be taken either at the side of the machine or directly in the cab.

The entire plot can be used as a sample, or only defined subsets. The remaining crop is automatically conveyed into the grain tank.

This flexible sampling system streamlines workflow in experimental operations and, if necessary, also allows for efficient one-person operation.

The HALDRUP C-65 can be equipped with various data acquisition systems. These include weighing systems, moisture measurement, and optional NIRS analyzers.

The collected data is stored directly during harvesting and can subsequently be exported and processed further. This efficiently supports the entire process from plot harvesting to trial evaluation.

All current HALDRUP C-65 machines are equipped with the AMC system as standard.
AMC stands for Assisted Machine Control and assists the operator in operating the machine.

Important machine functions can be monitored and controlled via the central control interface. These include, among others, driving functions, cutterbar control, threshing settings, and other machine parameters.

The system improves ease of use, simplifies work during trial operations, and enables reproducible settings for different crops.