Fendt Ideal 9T Combine review

Introduction

In this comprehensive review, we took the Fendt Ideal 9T combine out for a demonstration, exploring its impressive features and specifications. Accompanied by Scott from Harvest Support, we noted that this model is part of the 2024 product lineup, equipped with a 40-foot Garing flex header, making it a formidable Class 9 machine in the agricultural sector.

Key Features

The Fendt Ideal 9T is engineered as a full rotary machine, featuring twin rotors and the longest rotor available on the market. This design significantly enhances straw quality, a crucial factor for modern farming practices. With four combines running during the demonstration, including two Fendt models and two Massey Fergusons, it provided an excellent opportunity to compare and observe their performance.

Design and Usability

One notable aspect of the Ideal 9T is its joystick steering system, a departure from the traditional steering wheel found in most vehicles. Although it may take a day or two to adjust, operators soon find it enhances visibility and comfort. The cab is designed with convenience in mind, ensuring that controls are logically laid out and accessible.

Header Technology

The flex header, split into three sections, uses electric and hydraulic systems instead of traditional spring tension. This innovative mechanism responds to ground movements, allowing the knife to maintain close contact with the soil and thereby manage stubble height effectively. This capability is essential for optimal residual management.

Grain Handling

With a grain tank capacity of 7,100 liters, the Fendt Ideal 9T excels in grain handling. The adjustable electric spout enables precise grain discharge, providing operators with the flexibility to unload quickly and efficiently. Moreover, the control system allows for adjustments in flow without compromising unloading speed.

Technology and Displays

The combine is equipped with advanced technology, including an auto guide system, various performance metrics, and customizable display options. The operator can monitor parameters like grain loss and performance metrics directly from the touchscreen interface. This flexibility allows for personalized settings, catering to individual preferences and operational needs.

Performance

During our demonstration, we achieved an average output of approximately 47 tons per hour, with optimizations possible based on field conditions. Realistically, this machine can push production to around 75-80 tons per hour under favorable conditions. However, factors such as crop type, field layout, and weather conditions significantly influence these metrics.

Conclusion

The Fendt Ideal 9T is a top contender in the combine marketplace, blending innovative design, advanced technology, and user-friendly operation to meet the diverse needs of today's farmers. With its exceptional performance and thoughtful engineering, it's clear that this machine is built to deliver results.

Keywords

Fendt Ideal 9T, combine, 2024 product lineup, Garing flex header, Class 9 machine, joystick steering, straw quality, grain handling, smart technology, performance metrics, customizable settings, operational needs.

FAQ

Q: What type of header does the Fendt Ideal 9T use?
A: The Fendt Ideal 9T is equipped with a 40-foot Garing flex header, designed to minimize stubble height and improve straw quality.

Q: How does the steering system work in the Ideal 9T?
A: The steering system utilizes a joystick rather than a traditional steering wheel, enhancing visibility and comfort for the operator.

Q: What is the grain tank capacity of the Ideal 9T?
A: The combined grain tank capacity is 7,100 liters, allowing for efficient grain handling and discharge.

Q: How does the combine adjust to ground movements?
A: The flex header features electric and hydraulic adjustments that enable it to respond dynamically to variations in the ground, maintaining optimal cutting height.

Q: What average output can be expected from the Fendt Ideal 9T in the field?
A: The Ideal 9T can achieve an average output of about 47 tons per hour, with realistic outputs reaching up to 75-80 tons per hour under favorable conditions.