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Feasibility of Boxing Headgear With Pressure Sensors for Automated Scoring System

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  • #1 21669203
    Gerald De Los Santos
    Anonymous  
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  • #2 21669204
    Malcolm Whinfield
    Anonymous  
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  • #3 21669205
    Gerald De Los Santos
    Anonymous  
  • #4 21669206
    Frank Bushnell
    Anonymous  
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  • #5 21669207
    Steve Lawson
    Anonymous  
  • #6 21669208
    stephen Van Buskirk
    Anonymous  
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  • #7 21669209
    Steve Lawson
    Anonymous  
  • #8 21669210
    Steve Lawson
    Anonymous  
  • #9 21669211
    Bob Loy
    Anonymous  
  • #10 21669212
    Malcolm Whinfield
    Anonymous  
  • #11 21669213
    Steve Lawson
    Anonymous  
  • #12 21669214
    Mark Harrington
    Anonymous  
  • #13 21669215
    Mark Harrington
    Anonymous  

Topic summary

✨ The discussion explores the feasibility of integrating pressure or motion sensors into boxing headgear and gloves to automate scoring by detecting valid punches to the head. Flex sensors are suggested for their flat profile and ability to measure pressure at specific contact points without causing injury, potentially arranged in a cross pattern to differentiate central hits from peripheral ones. Accelerometers are also proposed as an alternative, either embedded in gloves or headgear, to capture impact dynamics and impulse data, though calibration is necessary to filter out non-impact movements. Combining sensors in both gloves and headgear could improve accuracy by correlating data. Considerations include sensor placement to avoid injury, data processing for impact validation, and the educational value of prototyping and research. No specific brands or models were mentioned.
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FAQ

TL;DR: A practical build uses one headgear accelerometer; “You should only need one in the headgear.” Start simple: 1 punch = 1 point. [Elektroda, Bob Loy, post #21669211] Why it matters: Students and makers ask how to turn boxing impacts into reliable, automated points without unsafe hardware or complex math.

Quick Facts

Is an automated boxing headgear scoring project feasible for a student?

Yes. The thread outlines workable paths with flex sensors, force sensors, or accelerometers, plus practical mounting advice and trade‑offs. [Elektroda, Malcolm Whinfield, post #21669212]

Which sensor should I start with for impact detection?

Use a 3‑axis accelerometer and analyze the swing plus the impact impulse. It captures dynamics clearly for scoring logic. [Elektroda, Steve Lawson, post #21669207]

Can I score with only a helmet sensor?

Yes. One helmet accelerometer can work if you calibrate thresholds so normal head movements don’t score. [Elektroda, Bob Loy, post #21669211]

Should I put sensors in both gloves and the helmet?

Dual sensing helps confirm contacts. Correlate glove and helmet impulses to identify who hit what and reduce ambiguity. [Elektroda, Steve Lawson, post #21669213]

What is a flex sensor and how would I mount it?

A flex sensor changes resistance when bent. Arrange four in a cross to detect central versus off‑center impacts by differential bend. [Elektroda, Malcolm Whinfield, post #21669212]

What is an accelerometer?

An accelerometer measures acceleration along one or more axes; 3‑axis devices track motion and impacts for analysis. “Accelerometer” [Accelerometer]

Can I prototype this with a smartphone?

Yes. Phones include accelerometers, so a basic app can log impacts. Protect the device if you mount it in headgear. [Elektroda, Bob Loy, post #21669211]

How do I get started quickly? (3‑step how‑to)

  1. Buy a 3‑axis accelerometer breakout and a microcontroller.
  2. Mount safely in headgear padding; secure wiring.
  3. Log impacts, then tune thresholds on gym drills. “Get one and experiment!” [Elektroda, Steve Lawson, post #21669209]

Any ethical or cultural considerations for combat‑sport tech?

Yes. Participants frame boxing as self‑mastery and mutual respect; design to enhance safety and fairness. [Elektroda, Steve Lawson, post #21669210]

How do I filter out normal head motion during a bout?

Calibrate thresholds and use short impulse windows, since normal movements differ from sharp impact signatures. [Elektroda, Bob Loy, post #21669211]

What microcontroller platform fits quick experiments (e.g., Arduino Nano)?

Arduino Nano is a small, USB‑programmable microcontroller board suited to sensor logging and prototyping wearable projects. “Arduino Nano” [Arduino Nano — Documentation]
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