Agricultural Robotics, Advantages, and Disadvantages

Objectives:

• Understand the role of robotics in modern agriculture.
• Explore the various types of agricultural robots and their applications.
• Identify the advantages of using robotics in agriculture.
• Discuss the challenges and disadvantages of agricultural robotics.

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Introduction to Agricultural Robotics

• Overview of agricultural robotics: definition and significance.
• History and evolution of robotics in agriculture.
• Types of agricultural robots (e.g., harvesters, planters, drones, weeding robots).

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Applications of Agricultural Robotics

• Precision farming: how robots assist in planting, monitoring, and harvesting.
• Use of robots in soil management and crop protection.
• Case studies of successful agricultural robotics applications.

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Advantages of Agricultural Robotics

• Increased efficiency and productivity in farming.
• Reduction in labor costs and human error.
• Enhanced precision in tasks like planting, spraying, and harvesting.
• Environmental benefits: reducing pesticide use and minimizing soil damage.

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Disadvantages and Challenges of Agricultural Robotics

• High initial costs of robotic systems and technology.
• Maintenance and repair challenges.
• Dependence on technology and potential job losses in traditional farming roles.
• Limitations in adapting to diverse agricultural environments and crop types.

  DATE:

1ST BATCH:  16th–19th Mar, 2026 

2ND BATCH: 7th–10th Jul, 2026 

3RD BATCH: 3rd–6th Nov, 2026