Testing Procedures

In determining a solution that is useable for our project we must first look at the testing procedures. The first step in becoming a workable solution is being able to pass each and every part of the testing procedures.

Unlike the aquatic challenges, the terrestrial challenge involves the dangers of the environment. The terrestrial challenge is created to harmlessly and successfully maneuver through dune grass to complete our given task. By having another factor (safety of the dune grass) this challenge becomes even more difficult to complete. Another real-world problem that would occur in using this VEX Robot will be the obstruction of wildlife. The whole point in creating this VEX Robot is to be able to complete a useful task that has no harmful side affects. Unlike a human, a VEX Robot is capable of slowly and harmlessly operating within the dune grass environment.

The aquatic challenge is very different from the terrestrial challenge. Although it has no aspect of harming the environment, the VEX Robot is very susceptible to being damaged. As we know, this robot is powered by electricity. Furthermore, we know that electricity and water do not go well together. To obtain a viable solution that is capable of completing the tasks in the tank, the VEX Robot has to be properly sealed and waterproof. This is the by far, the most important testing procedure for our project. Without electricity, no challenges will even be attempted. Another very important testing procedure is knowing whether or not the VEX Robot will float. To create a floating VEX Robot, further tests will be done to determine the amount of Styrofoam that is needed to obtain a sufficient amount of buoyancy. Once floatation and waterproofing the VEX Robot are taken care of, we can begin testing propulsion and maneuverability within the tank.

            Both of these challenges will require many tests and many ways to take on the tests. These challenges will require vigorous thinking because they are not only something we don’t know too much about but also they are very different from each other. Working together, communicating and researching will allow our group to successfully overcome the various tasks we are faced with.

   -Testing the VEX Robot (Terrestrial)

· Is the VEX Robot capable of maneuvering on sand?

· Is the VEX Robot harmless to the environment?

· Is the VEX Robot able to carry multiple items at once?

· Can the VEX Robot be operated via transmitter?

· Is the VEX Robot able to complete the given task?

· Will the operations of the VEX Robot interfere with each other?

· Will the battery be able to last and endure the time and tasks given?

· Can the VEX Robot withstand the environment?

   -Testing the VEX Robot (Aquatic)

· Can the VEX Robot be operated via transmitter?

· Can the VEX Robot withstand the environment?

· Are all the wires, servos and motors properly sealed and safe from water?

· Does the VEX Robot float properly?

· Will the battery be able to last and endure the time and tasks given?

· Is the propulsion of the VEX Robot sufficient for completing the tasks given?

· Can the VEX Robot operate in a 10’ by 10’ tank?