HALDRUP CTS-95
TWIN-PLOT PLOT COMBINE HARVESTER

Twin-Plot plot combine harvester for maximum efficiency and contamination-free dual-plot harvesting in large-scale field trials

The HALDRUP CTS-95 Twin-Plot plot combine harvester was developed for large-scale field trials and extensive breeding programs where a high number of plots must be processed within short harvest windows. The machine enables the simultaneous harvesting of two plots in a single pass, thereby significantly increasing trial throughput.
The CTS-95 operates with two completely separate harvesting, threshing, and cleaning systems. Each side of the machine functions structurally as an independent plot combine harvester. This allows two plots to be processed in parallel without the material streams coming into contact.
This consistent structural separation prevents any mixing between the two harvested plots, ensuring high sample purity for plant breeding, yield trials, and agronomic field trials.

Play Video

GRAIN TANKCORN HARVESTER SAMPLING & BAGGING CABIN AIR CONVEYOR SYSTEM ENGINE TRANSPORT THRESHING MACHINE & CLEANING SYSTEM DRIVE SYSTEMINCLINED CONVEYOR SHAFT

CTS-95

Advantages of the CTS-95

  • Simultaneous harvesting of two plots in a single pass

  • Two completely separate threshing and cleaning systems

  • Mix-free dual-plot harvesting thanks to structurally separated material flows

  • High throughput in large-scale field trials

  • Short cycle times between consecutive plots

  • Twin-Shaker system for efficient grain-straw separation

  • Transport width of 2.55 m for flexible logistics between trial sites

  • Comfortable cab with air conditioning

  • HALDRUP AMC assistance system for reproducible machine settings

The HALDRUP CTS-95 is designed as a Twin-Plot plot combine harvester and processes two plots in parallel. Both harvesting channels feature fully separate threshing, conveying, and cleaning systems.
The machine operates with a Twin-Shaker system, in which each side has its own concave shaker system. This allows for independent grain-straw separation.
Since both material streams are structurally separated, the crop from the two plots remains completely separate from one another. Mixing between the plots is therefore structurally impossible.

The HALDRUP CTS-95 was specifically designed for trial facilities with a very high number of plots. Dual-plot harvesting significantly accelerates the trial harvest.
Processing two plots simultaneously reduces downtime and enables high area throughput within short harvest windows.
The plot combine is suitable for numerous crops in field trials, including:
• Cereals
• Corn
• Soybeans
• Canola
• Other crops in plant breeding and agronomic field trials

The cab of the HALDRUP CTS-95 offers a spacious and ergonomic working environment for the driver and sampler. The clear layout of the controls facilitates intuitive operation of the machine during plot harvesting.
Good all-around visibility facilitates precise maneuvering of the machine in test plots and contributes to a stable workflow.
The cab is equipped with air conditioning, ensuring comfortable working conditions during the test harvest even at high outside temperatures.

The HALDRUP CTS-95 can be equipped with various systems for experimental data collection. These include weighing systems for yield determination and moisture measurement systems for analyzing the harvested crop.
Optionally, NIRS analyzers can also be integrated to record additional quality parameters directly during plot harvesting.
The recorded data can be exported and integrated into trial evaluation systems.

The HALDRUP CTS-95 is equipped with the AMC system (Assisted Machine Control). This assistance system enables central control of key machine functions via an intuitive user interface.
Machine parameters can be saved for different crops and applied consistently. This simplifies operation and ensures consistent machine settings across different trials.

FAQ – Practical Questions

A twin-plot plot combine harvester allows for the simultaneous harvesting of two plots in a single pass. This can significantly increase trial throughput, especially in large field trials with many plots.

On the HALDRUP CTS-95, both harvesting channels operate with completely separate threshing, conveying, and cleaning systems. Thanks to this design separation, the crop from both plots remains completely separate from one another.

The CTS-95 can be equipped with various measurement systems, for example for yield measurement, moisture measurement, or NIRS analysis. The data is collected during harvesting and subsequently exported for trial evaluation.

More innovative HALDRUP products

HALDRUP C-50 Parzellenmähdrescher für Pflanzenzüchtung und Feldversuche

HALDRUP C-50
Small-scale combine harvester

HALDRUP C-70
Small-scale combine harvester
For more demanding threshing conditions and higher separation efficiency

HALDRUP C-85
Small-scale combine harvester
Higher performance for larger experimental facilities

HALDRUP C-90
Small-scale combine harvester
Maximum performance for professional trial harvesting

Accessories and options for plot combine harvesters

Harvesting Attachments

ANALYSETECHNIK

Analytical Technology
Moisture Measurement and NIRS Systems

gps

GPS Pulse Generator

HALDRUP_HARVEST_MANAGER

Harvest Manager
Harvest Management Software

Wir benutzen Cookies um die Nutzerfreundlichkeit der Webseite zu verbessen. Durch Deinen Besuch stimmst Du dem zu.
Weitere Informationen