whatsapp

whatsApp

Have any Questions? Enquiry here!
☎ +91-9972364704 LOGIN BLOG
× Home Careers Contact

Multipurpose Agribot

A robot is a mechanical, artificial agent and is usually an electromechanical system. It is a device that, because of software programming, makes complicated tasks easy to perform.

Price : 12000

Connect us with WhatsApp Whatsapp

Course Duration
Approx 8

Course Price
₹ 12000

Course Level
Advanced

Course Content

 Recently computing and robotics technologies have seen major improvements in technologies commonly employed in agricultural robotics: perception, manipulation, and autonomous vehicles. Perception is achieved through a variety of sensors and that can be applied to a small focused workspace or to the monitoring of vast agriculctural field through sensors that are distributed. Main motive of Automation Technology is to reducing the effort of labour, a phenomenon common in the developed world.

The reasons are the need for improved the process of farmer working. Robotics and artificial intelligence offers in agriculture field to processes related to seeding, harvesting, to improve productivity and efficiency. The uses of robotics are spreading every day to accomplished further various agricultural fields, as the opportunity of replacing human operators provides effective solutions with return on investment. agricultural robots have been developed and implemented a number of agricultural products in many countries. This Agricultural robot can performs basic functions like harvesting, planting and spray the pesticides. The applications of agricultural robot widely used in the investment and research . autonomous farming is the operation, guidance, and control of autonomous machines to fullfill the agricultural tasks.

It motivates agricultural robotics. The main goal of agricultural robotics is more than just the application of robotics technologies to agriculture. The multipurpose agricultural robots are designed to perform the basic functions of agricultural field. by using this robot agricultural operations perform autonomously such as ploughing, seed sowing, mud closing and water spraying. The main aim of the proposed system are to check the soil depending on moisture level in the soil, to ploughing the seeds with teeth’s like structure at the end to turn the top layer of soil down, to close the seeds and level the ground automatically and to provide irrigation system by spraying water with a pump in the field. 

Advantage:

1. Easy to use.

2. Reduces human efforts.

3. Performs all primary functions in agriculture.

4. Cost efficient.

5. Increase yield of crops.

Disadvantage:

1. At present robot is not designed for harvesting and weed control features.

2. Seed container and water container needs to be refilled frequently.

Applications:

1. Ploughing.

2. Sowing seeds.

3. Watering.

4. Soil levelling.

5. Soil Moisture Analysis.

6. Field Analysis.

Conclusion:

This systems are more flexible than traditional systems.This systems helps to reduce human efforts. Thus, it has made possible to automate the most significant working routines. Multipurpose autonomous agricultural robot has successfully implemented and tested for various functions like ploughing, seeding, levelling and water spraying. It was developed by integrating agricultural robot with C programming for aurduino and uses block coding for MIT app inventor. 

Watch free demo