Wireless Smart Agriculture Robot using Arduino ( Agribot )

Description

DESCRIPTION

• Today’s farmers spend a lot of money on machinery that increases crop yield while requiring less labour. Although there are numerous machines for ploughing, harvesting, spraying pesticides, etc., these machines must be manually operated to carry out the necessary operations, and additionally, different machines are used for each function. When compared to the investment, the yield and profit returns by using these equipment are very low. The expanding demands of the global population is another problem.
• According to the World Health Organization, there will be a staggering demand for food crop growth when the planet’s population reaches 9 billion in 35 years. By building machines that can perform multiple tasks and automating those tasks to increase yield on a large scale, automation is the best way to address all the aforementioned shortcomings.

BLOCK DIAGRAM

COMPONENTS

• ARDUINO (MICRO CONTROLLER)
• WHEELS (X4)
• CHASSIS (USING MDF BOARD)
• L CLAMP (FOR MOTOR AND WHEEL SUPPORT)
• 12V DC MOTOR (X 2)
• L293D MOTOR DRIVER MODULE
• WATER MOTOR PUMP
• WATER CONTAINER
• SEED DISPENSOR UNIT
• SERVO MOTOR (X3)
• JUMPER WIRES
• BLUETOOTH MODULE HC-05
• BATTERY/POWER SUPPLY
• IC 7805
• 1K Ohm RESISTANCE
• CAPACITORS 1000UF, 100UF
• DIODE 1N4007N
• ZERO PCB
• LED’s
• BERG STICKs (MALE HEADERS)
• SWITCHES

SOFTWARE

• ARDUINO IDE
• EMBEDDED C
• ANDROID APP

Keywords :

Precision farming robots, agricultural automation technology, smart farming robots, robotic solutions for agriculture, autonomous farm machinery, AI-driven agribots, agricultural robotics innovation, farm automation devices, sustainable farming automation, field robot technology, crop monitoring robots, precision agriculture solutions, autonomous cultivation machines, agricultural drone technology, smart irrigation robots, robotic weed control, agtech advancements in farming, farm management robotics, precision planting robots, IoT in agriculture robotics.