OlyMEGA
The assembly guide credits OlyMEGA, Olympia's makerspace, and volunteers for bringing the spider badge to ToorCamp.
SourceToorCamp 2022 · United States · 2022
OlyMEGA light-sensing LED spider badge
ToorCamp 2022's badge is documented by an official badge-talk session and assembly PDF as an OlyMEGA-built soldering badge: four LEDs forming spider eyes, a photocell, potentiometer, MOSFET, slide switch, resistors, and a battery holder whose circuit lights the eyes in darkness.
People
The assembly guide credits OlyMEGA, Olympia's makerspace, and volunteers for bringing the spider badge to ToorCamp.
SourceOfficial ToorCamp schedule profile and talk page identify Rich Gonzales as the presenter for the 2022 Badge Talk.
SourceOfficial publisher of the badge talk schedule entry and linked assembly resource.
SourceIt fills a ToorCamp gap between the 2018 jar-of-fireflies kit and the 2024 Shadybucks wristband trail, preserving a concrete camp badge where art design, project management, attendee assembly, light sensing, and simple analog behavior were part of the badge experience.
The assembly PDF lists four 470 ohm resistors, one photocell, four LEDs, a slide switch, MOSFET, potentiometer, and battery holder with batteries. It instructs builders to orient LED negative legs toward the ToorCamp logo, fold LED legs flat because the battery pack covers the pads, test function before gluing and soldering the holder, and adjust the potentiometer to change the darkness trigger level.
No firmware or microcontroller source is claimed for this badge. The public sources describe an analog/light-sensing circuit rather than a programmable app platform; optional modifications include adding a buzzer or other output to BZ1 and using the badge with a laser as a tripwire alarm.
The official talk abstract says Rich Gonzales planned to discuss the project management, design process, budgeting, realistic timelines, and art-design path from concept to finished art. The quick guide credits OlyMEGA, Olympia's makerspace, and its volunteers for bringing the badge to camp.
Lifecycle
Builders could adjust the potentiometer to control how dark it needed to be before the badge lights turned on.
SourceThe assembly guide steps through resistor, photocell, LED, switch, MOSFET, potentiometer, and battery-holder installation with orientation and test reminders.
SourceThe quick guide documents a photocell, potentiometer, MOSFET, resistors, battery holder, and four LEDs used to light the spider eyes based on darkness level.
SourceThe guide suggests attaching a buzzer or anything else to BZ1 and notes the badge can become a tripwire alarm when pointed at with a laser.
SourceOperational history
The record keeps hardware claims tied to the assembly PDF rather than inventing design files or firmware surfaces.
The record remains image-free until a rights-cleared original photo or official upstream raster is available.
The United States record remains source-backed and image-free rather than copying source-page media, documentation screenshots, event photos, social media, placeholders, or generated approximations.
The badge is modeled as a soldering and analog electronics badge rather than a programmable badgelife platform.