Smart Phone Operated Multipurpose Agricultural Robotic Vehicle design assists multiple works on the farming field. Agriculture plays a major role where man power is largely require to cultivate a particular type of crop. The aim of this multipurpose agricultural robotic vehicle is to provide support for leveling, sowing seeds, plough, irrigation and harvesting. Designing a vehicle reduces manual effort but, however number of workers where essential to operate the vehicle with some effort.

To mitigate all these difficulties, a robotic vehicle is developed to support agricultural environment.

These vehicles are equip to be operate remotely using smart mobiles which is one of the familiar device used in recent days. Smart Phone operated Multipurpose Agricultural Robotic Vehicle is designed using Dual Tone Multiple Frequency technology with GSM technology. This robotic vehicle can be operated either by using battery assisted power supply or solar panel power supply. The significant advantages of this robotic vehicle are labor cost minimization and work in limited time period.

Other Major Components involved in Multipurpose Agricultural-Robotic-Vehicle

• Microcontroller (Arduino / PIC / 8051)
• Moisture Sensor
• Temperature Sensor
• IR Sensor
• Bluetooth / Wi–Fi
• Motor Drive
• DC Motor
• Pumping Motor

Many more ideas are available on robotics in the field of embedded systems, we have given a bunch of topics for you,

• An autonomous climbing robot design also using microcontroller
• Using MEMS sensor also for the development of haptic forefinger
• An automatic irrigation system support also by monitoring soil moisture
• A novel robot design also to detect metal which is used in military infrastructure
• ZigBee technology used in the design of pipeline inspection system that rescue child also from the borehole
• Involvement of RFID tags and sensors also for developing a robot navigation system
• Using MEMS sensors for the development of forefinger robotic aid
• Designing a humanoid robot control also using PC
• Novel humanoid dual arm support robot design using sensors
• An innovative snake robot control to move forward and also backward
• Using relative positioning sensor also for localization of multi robots
• Designing and implementing an Underwater mobile robot that performs data transmission also using wireless ZigBee technology
• Toxic environmental monitoring robot also using wireless sensor network
• A novel human rescuing robots also used in earthquake affect urban areas
• Development of a AGRIBOT also to support agricultural environment in safety
• Designing a haptic robotic arm also with the assistance of flex sensors
• An unmanned war tanker fighter that is control also using PC
• Classroom robots that are efficient also in cleaning white boards
• Military environment supported robot operates also in complex missions
• Development of quad helicopter
• A land rover robot operated also by the mobile phone

Lets have look for Modern titles

• An intelligent robot designed also using DTMF to follow signals
• A novel robot design for detection and also handling of objects automatically
• An advanced ultrasonic sensor based obstacle detecting and also avoiding robot
• Development of walk and talk robot also using microcontroller
• A surveillance supported rope also based climbing robot
• Radio frequency technology also for designing a fire fighting robot
• A new waste segregation robot also that operates automatically
• Underground pipeline inspection robot also to predict leakages without loss of human life
• Fire detecting robot and also waning message to announce through speakers
• Gas leakages at industries are immediately identify via the development of sensing robots