Showing posts with label Specifications. Show all posts
Showing posts with label Specifications. Show all posts

Thursday, September 20, 2007

More Specifications

Cost:

  • Some cost limitations may arise, none have been observed as of September 20th, 2007

Aesthetics:

  • Must look professional, by the standards of the team building it
  • May have a team emblemWill be painted, to distinguish from other ROVs at competition

Function:

  • To operate smoothly in a freshwater environment of up to 4 meters and place well in competition
  • Must be able to maneuver up, down, forwards, backwards, and rotate
  • Must be able to pick up objects and carry them to the desired location

Ergonomics:

  • The human will interact with the finished product by remotely controlling the craft from land
  • The ROV will be operated though a controller or control box
  • The human must be able to place it in the water with only members of the team
  • The human must be able to remove the craft from the water

Quality:

  • Built well enough so that it does well in competition
  • The craft will be built to hold up until it is disassembled

User:

  • Will be used by two teammates and myself
  • Someone with skill in controlling an object remotely
  • Possibly someone who often plays video games
  • Must have know how to use the controls to operate precisely
  • Not much human training should be needed to operate this system

Environment:

  • The ROV will be used at a maximum depth of approximately 4 meters
  • The ROV will be tested in a large fresh water pool
  • The product will not be harmful to the environment in any way

Wednesday, September 19, 2007

Specifications

General:

  • Must operate on DC current
  • Must operate with less than 13 Volts and 25 Amps
  • Must be carried, launched, and recovered by only the team members
  • Must be operable at a depth of 4 meters
  • Will need working mechanical arm
  • Must be Remotely operated

Frame:

  • Must be submersible in freshwater
  • Must be durable
  • Must be able to hold all system components; such as the propulsion, cameras, etc.

Electrical Housing:

  • Must be completely waterproof
  • All electronics must come from control box through “umbilical cord” to housing
  • All systems must run off of electric that comes through the housing

Controls:

  • Must be simple to teach to use
  • Must be run with switches or joysticks for simplicity