Which Sensor Setup Wins the Race: 80ft Wide Field or 20ft Wide Spaceship?

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Discussion Overview

The discussion revolves around the optimal sensor setup for a racing scenario involving a 20ft wide spaceship and an 80ft wide sensor. Participants explore the feasibility of using electromagnetic fields and various sensor technologies to determine the winner of the race.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant proposes creating an electromagnetic field for the spaceship to pass through sensors, questioning whether the spaceship should fit between the sensors or if the sensors should detect the electromagnetic field.
  • Another participant suggests using photosensors, which are commonly employed in drag racing, as a potentially simpler and proven technology for sensing the spaceship's position at the finish line.
  • A different participant inquires if the question pertains to drone races and requests additional requirements to provide more tailored assistance.
  • One participant briefly mentions the use of a magnetometer, implying it as a possible sensor option without further elaboration.

Areas of Agreement / Disagreement

Participants express differing views on the best sensor technology to use, with no consensus reached on the optimal approach or setup for the race scenario.

Contextual Notes

The discussion lacks clarity on the specific requirements and parameters of the race, including the role of electromagnetic fields and the exact nature of the sensors being considered.

colinbeaton1
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Which is better and how to do it?

Make a spaceship an electromganetic field and go through a sensor so at the end of the race it must pass between the sensors to win, and what sensor would you need for very close width. Saying the spaceship is 20ft wide and both sides must be between the 80ft wide sensor.

Or would you make an 80ft wide electromagnetic field and have the 20ft wide spaceship get sensed?
 
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colinbeaton1 said:
Which is better and how to do it?

Make a spaceship an electromganetic field and go through a sensor so at the end of the race it must pass between the sensors to win, and what sensor would you need for very close width. Saying the spaceship is 20ft wide and both sides must be between the 80ft wide sensor.

Or would you make an 80ft wide electromagnetic field and have the 20ft wide spaceship get sensed?
I'm not sure I understand the context or the question, but why not just use the proven technology of photosensors? That's used in drag races at the finish line, I believe...
 
colinbeaton1 said:
Which is better and how to do it?

Make a spaceship an electromganetic field and go through a sensor so at the end of the race it must pass between the sensors to win, and what sensor would you need for very close width. Saying the spaceship is 20ft wide and both sides must be between the 80ft wide sensor.

Or would you make an 80ft wide electromagnetic field and have the 20ft wide spaceship get sensed?

Is your question related to drone races? If so please give us your complete list of requirements and we'll try to help.
 
magnetometer ?
 
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