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Tractor of the Year

Considers open field tractors with no limits
  1. Engine: evaluating the performance, power, and efficiency of the tractor’s engine.
  2. Transmission: assessing the quality and functionality of the tractor’s transmission system.
  3. Electronics: considering the various electronic components and systems used for tractor management, such as GPS, sensors, and control units.
  4. Hydraulics: examining the hydraulic system’s reliability, strength, and versatility for different agricultural tasks.
  5. Cab comfort: taking into account the comfort features inside the tractor’s cabin, including seating, noise reduction, and climate control.
  6. Innovative Technical Features: focusing on unique and groundbreaking technical advancements in the tractor, such as advanced automation, autonomous operation, or cutting-edge components.
  7. Options considering the availability and usefulness of optional features and accessories that enhance the tractor’s capabilities.
  8. Design: evaluating the aesthetic appeal, ergonomics, and practicality of the tractor’s overall design.
  9. Connectivity/Precision Agriculture: assessing the tractor’s ability to connect with other devices or systems, allowing for precision agriculture techniques, data analysis, and remote monitoring.
  10. Standard Equipment: considering the inclusion and quality of standard electronic components and systems necessary for tractor management, ensuring a comprehensive and reliable package.

Best Utility

Multi-Purpose and Utility Tractors (above 70 Hp, maximum 4 cylinders, maximum operating weight 10,500 kg, and max 150 Hp)
  1. Engine: evaluating the performance, power, and efficiency of the tractor’s engine.
  2. Transmission: assessing the quality and functionality of the tractor’s transmission system
  3. Hydraulics: examining the hydraulic system’s reliability, strength, and versatility for different agricultural tasks.
  4. Comfort: ergonomic design and comfortable seating for the operator’s convenience during long working hours.
  5. Innovative technical Features: Integration of advanced technologies like GPS guidance, precision farming, and telematics for enhanced productivity and efficiency.
  6. Options: availability of various options such as front loaders, backhoes, and specialized attachments to cater to different farming needs.
  7. Design: evaluating the aesthetic appeal, ergonomics, and practicality of the tractor’s overall design
  8. Versatility: ability to handle multiple tasks and adapt to different farming operations, including plowing, tilling, seeding, and hauling.

Best of Specialized

Orchard, vineyard, hill and mountains tractors.
  1. Engine: evaluating the performance, power, and efficiency of the tractor’s engine.
  2. Transmission: assessing the quality and functionality of the tractor’s transmission system such as the number of gears, responsiveness, smoothness of gear shifts, and the overall transmission technology.
  3. Comfort: the comfort parameter reflects the level of comfort and convenience provided by a tractor. It includes factors like seating comfort, interior space, noise insulation, ride quality, and features such as climate control, seat adjustability, and entertainment systems.
  4. Agility: this parameter gauges the agility and handling characteristics of a tractor. It takes into consideration aspects such as responsiveness, steering precision, suspension tuning, and overall maneuverability.
  5. Equipment: analyzing the available features and technology within the vehicle.
  6. Hydraulics and Linkage: assessing the effectiveness and reliability of hydraulics and linkage systems.
  7. Design: evaluating the aesthetic appeal, ergonomics, and practicality of the tractor’s overall design.

Sustainable TOTY

1. New and future technologies, such as the Internet of Things (IoT) and Big Data analysis, will enable farmers to gather and analyze vast amounts of data, leading to more informed decision-making and increased efficiency in theireveryday job.
2. Advancements in tractor technologies, including the use of electric, hybrid, and gas engines, will contribute to making future tractors more comfortable,safer, and more connected. These technologies will enhance the overall user experience for farmers and improve their productivity.
3. Intelligent systems, driven by AI and IoT, will enable real-time monitoring and control of agricultural processes, allowing farmers to optimize resourceutilization and reduce waste. This will result in improved sustainability and soilprotection.
4. Connectivity and data-driven solutions will enable farmers to access valuableinformation regarding weather patterns, market trends, and crop management techniques. This knowledge will empower them to make better-informeddecisions, thereby increasing the effectiveness and reliability of their farming practices.
5. The concept of sustainability in agriculture extends beyond purelyenvironmental considerations. The Sustainable TOTY award recognizesinnovative solutions that prioritize sustainability in a holistic sense,encompassing aspects such as efficiency, effectiveness, safety, and connectivity, in addition to reduced pollution and soil protection.