Introduction to Eco-Friendly Farming
The traditional method of spraying orchards and vineyards using tractors is not an eco-friendly process. It involves the use of herbicides and pesticides, which can harm the environment. To address this issue, a New Zealand agritech company, Robotics Plus, has developed an electric, autonomous robot called Prospr.
Features of the Prospr Robot
The Prospr robot is an all-wheel-drive robotic vehicle that was unveiled at the FIRA agricultural robotics show in California. It features a refillable spray tank, multiple spray fans, a diesel generator, a battery pack, and four knobby-tired wheels, each independently driven by its own electric motor. The robot can operate on battery power alone for relatively short spray jobs, and the generator kicks in for longer jobs, allowing it to work all day long without recharging or refueling.
Environmental Benefits
The use of the Prospr robot can significantly reduce the environmental impact of farming. It is claimed to use up to 72% less fuel than a traditional diesel tractor performing the same task. Additionally, the robot has a regenerative braking system that helps extend its battery range. This makes it a more eco-friendly option for farmers.
Navigation and Safety Features
The Prospr robot is guided by GPS and uses a combination of LiDAR sensors and cameras to detect and identify obstacles in its path. It can slow down or stop as necessary, and it also has a pressure-sensitive front bumper that triggers the bot to stop if it encounters significant resistance. There is also an on-vehicle emergency stop button for added safety.
Steering Mechanism and Customization
The robot has a patented steering mechanism that allows it to swivel on its rear axle, reducing its turning radius and enabling it to go straight down the next row. Users can also swap in different numbers and types of spray fans as needed and program the robot to apply different amounts of herbicide or pesticide in different areas of the orchard or vineyard.
Monitoring and Control
Users can monitor the progress of multiple Prospr robots via a control panel on their laptop or tablet and even take manual remote control if necessary. This allows for greater flexibility and control over the farming process.
Conclusion
The Prospr robot is a significant innovation in eco-friendly farming. Its ability to reduce fuel consumption and minimize the use of chemicals makes it a more sustainable option for farmers. With its advanced navigation and safety features, as well as its customization options, the Prospr robot is an exciting development in the field of agricultural technology. As the world becomes increasingly focused on environmental sustainability, the Prospr robot is an important step towards a more eco-friendly future for farming.
