Capstone Team 31 Blog

  Progress Blog #2      Beyza Kural, Syed Hussain, Nawaf Abulhaija Major Constraints Technical Goals Size 2x2 Feet Weight Sufficient Motor/Light-Weight Design Coverage 20 Pound Capacity Sensor Range 500 Feet Power Source 30 Minutes of Continuous Use Different Terrains Rigid Structure and Fully Remote Remote Operation Wide Angle Camera Soil Depth Perforate 1/2 Inch Maximum Seed Size Seeds Up to 1/4 th Inch in Length Soil Moisture Optimized for 30-70% Soil Moisture Wheel Type Spiked Wheels Budget $600 The device faces several key constraints in the design that we must consider. First, its size must be compact enough to navigate through obstacles like trees and be stored easily. To achieve this, the target dimensions aim to keep the device's length and width under 2 feet. Weight is another critical constraint, as the motor should handle the maximum load while keeping the design lightweight for efficiency. The device must also minimize seed refills, aiming to hold at least 20 pounds o

Compact Remote-Controlled Car with Plow and Sow Capabilities Beyza Kural, Syed Hussain, Nawaf Abulhaija Currently, the best way to plant seeds efficiently is to use a sow machine which can be either manual or automatic. Manual systems require someone to physically push the plow machine which does not plant seeds ( Figure 1 ), while the automatic systems are typically attached to tractors and used for much bigger applications ( Figure 2 ). These traditional plowing techniques leave soil vulnerable to erosion and promote agricultural runoff ( Huggins ). In more recent years, this task has also been completed by attaching a seed dispenser to drones; however, the seeds are just dropped onto the surface of the ground rather than actually planted and are often blown away by the wind or eaten by animals ( Pedrini ).  Figure 1: Small Diesel Plow Machine Figure 2: Industrial Plow and Sow Machine Our solution will allow the user to remotely operate a vehicle that will both plow and sow the gro