This document discusses the future of robotic agriculture. It begins with an introduction to robots and their ability to perform complex tasks automatically. It then outlines various types of agricultural robots, including those that can harvest crops, apply pesticides precisely via computer vision, and more. The document discusses the need for robotic agriculture to help with labor-intensive tasks. It explores applications like harvesting and utilities. Benefits include reduced pesticide use and focusing farmers on yields. Challenges involve jobs loss and high costs initially. The conclusion is that robotic opportunities in agriculture are vast and the technology can help overcome problems.

1. FUTURE FARMING
WITH
ROBOTICS AGRICULTURE
BY SURJEET SINGH RANA

2. CONTENT
 INTRODUCTION
 FUTURE FARMING WITH ROBOTICS
AGRICULTURE
 HOW ROBOT WORKS
 TYPES OF ROBOT
 NEED ROBOTIC AGRICULTURE
 ROBOT USED IN AGRICULTURE
 ROBOT FARMING IN AGRICULTURE
 FUTURE SCOPE
 APPLICATIONS
 ADVANTAGES
 DISADVANTAGES
 CONCLUSION
 REFERENCE

3.  INTRODUCTION
A machine that works automatically and can do some tasks that a
human can do.
A robot is a mechanical , artificial agent And is
usually electromechanical system.
It is a divice that, because of software programming makes
complicated task easy to perform.
In making of this, we can required some things for programming it
such as use of iot , machine learning and artificial intelligence.

4. FUTURE FARMING WITH
ROBOTICS AGRICULTURE

5.  HOW ROBOTS WORK
 The robot patrols
farmland and uses
computer vision to
detect weeds. When
the robot encounters
a weed, it can spray
herbicides directly
onto the invasive
plant.
 The company
estimates that its
precision spraying
technology can reduce
the amount of
herbicide used on
farms by about 80%.

6.  TYPES OF ROBOTS
 Crop-Harvesting Robot.
 Harvest Automation.
 Weeding Robots.
 Naio Technologies.
 Nexus Robotics.
 Robotic Greenhouses & Robot Farming.

7.  NEED ROBOTIC
AGRICULTURE
Robots can be used for other
horticultural tasks such as pruning,
weeding, spraying and monitoring.
Robots like these have many benefits
for the agricultural industry, including
a higher quality of fresh produce,
lower production costs, and a
decreased need for manual labor.

8.  ROBOT USED IN
AGRICULTURE
Agricultural robots automate slow,
repetitive and dull tasks for farmers,
allowing them to focus more on
improving overall production yields.
Some of the most common robots in
agriculture are used for:-Harvesting and
picking.

9. ROBOT FARMING IN AGRICULTURE

10. FUTURE SCOPE
 TO PREVENT, CONTROL AND CONTAIN DISEASES, VECTORS AND
PESTS IN ORDER TO ENHANCE AGRICULTURAL PRODUCTION AND
PRODUCTIVITY.
 TO PROMOTE THE DEVELOPMENT OF SUSTAINABLE DOMESTIC
AND FOREIGN MARKETS FOR AGRICULTURAL COMMODITIES IN
ORDER TO ENHANCE ACCESS AND GENERATION OF INCOME.

11.  APPLICATIONS
Agricultural robots automate
slow, repetitive and dull tasks for
farmers, allowing them to focus
more on improving overall
production yields. Some of the
most common robots in
agriculture are used for:
Harvesting and picking
Autonomous mowing, pruning,
seeding, spraying and thinning
Sorting and packing Utility platforms

12.  ADVANTAGES
 The robots can reduce up to 80% of farm’s use of pesticide.
 The robots may perform more or different tasks in the future.
 The robots can create the jobs for the people who have to
make the robots and who have to fix the robots.
 The robots have many fields of application in the agriculture
such as the Merlin Robot Milker, Rosphere, Harvest
Automation, Orange Harvester, lettuce bot, and the weeder,
Another field of application is the horticulture, One
horticultural application is the development of RV 100 by
Harvest Automation Inc.

13.  DISADVANTAGES
They Lead Humans to Lose Their Jobs.
They Need Constant Power.
They're Restricted to their Programming.
The Perform Relatively Few Tasks.
They Have No Emotions.
They Impacts Human Interaction.
They Require Expertise to Set Them Up.
They're Expensive to Install and Run.

14.  CONCLUSION
 In agriculture, the opportunities
for robot enhanced productivity
are immense and the robots are
appearing on farms in various
guises and in increasing
numbers. The other problems
associated with
autonomous farm equipment
can probably be overcome with
technology.

15. REFERENCE
• https://youtu.be/jvbIvtwEDTY
• https://youtu.be/Xr4aBFUzLmw
• https://images.app.goo.gl/KX4Zy31c8D6DAwU
v5

16. THANK YOU