Tagger

Open-Lasertag-System

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https://commons.wikimedia.org/w/index.php?curid=1668938

Warning: This project uses lasers. Be sure to always do your own testing by meassuring voltage and current and by looking in datasheets. I am not responsible for any injuries you encounter from using this project. Also make sure to wear proper eye-protection.

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What is Open-Lasertag-System?

Open-Lasertag-System is our approach to a build Lasertag that can be played anywhere without the need of setting up repeaters or servers, whilst beeing pretty easy to build and extend to fit your needs. It works decentral using a WIFI mesh,so the range and fun extends the more players you have!

Currently the project consists of five parts:

1. The Taggers are fully functional with features such as different firemodes and score synchronization
2. The vests are functional and connect wirelessly with the corresponding tagger
3. Targets : For those who don't want to shoot at each other can just shoot at these. The plan also ist to intergrate the further into the system for modes like capture the Flag
4. Logger: Counts wich target have been hit by whom
5. There's a Laser grenade planned

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What is this repository?

This is the repository for the taggers of the system. here you'll find all the neccessary files on how to build a tagger your self.

The instructions on building can be found in the Hardware folder

You can also buy prepackaged set on ebay: https://www.ebay.de/itm/226291836696 (only available in Germany)

What you'll need:

• A 3D-printer capable of printing 20cmx20cm

• Soldering iron

• An ESP 8266 wemos d1 mini

• A piece of LED strip 6 LEDs ws2812b

• OLED 1,3" sh1106 or ssd1306

• At least slightly transparent filament

• PCB or perf matrix board

• Cable

• Pin headers

• Crimp equipment and or breadboard cables

• 16 or 32 Ω 40mm speaker

• 2x electrolytic capacitor min 5V 25uF

• 2x ceramic capacitor min 5V about 0,1uF

• 3x BC547 or other npn transistor with simlar pinout

• 2x Red laserpointer head

• Tsop 4838

• LACO LCU985072A Laserdiode, 50 mW, 980 nm, Ø 5,6 mm

• 2x Button

• Switch

• 2x Resistor 10kΩ

• Resistor 1kΩ

• Resistor 160Ω

• Resistor 12Ω

• Resistor 39Ω

• Resistor 0Ω (Replace with higher resistance when your speaker has below 16Ω)

• Resistor 100kΩ (only PCB V3)

• Resistor 200kΩ (only PCB V3)

• FRX04060F resetable fuse (only PCB V3.1)

• Battery clip

• Battery holder 4 AA batteries

• 6x Screw M4 x40mm

• 3mm diameter piece of metal rod or pipe

• Rubber band

• cover lens (optional)

• Time

  Who are we?

  We are two German students. Since we are twins, we build and programm a lot of projects together. We create all of our projects in our free time. Feel free to mail any questions to cyberfox3801@proton.me . We want to motivate people to discover what is possible using 3D printing and microcontrollers.
  The most productive worker of our small group is our cat Susi.

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