Heltec LoRa32 V3 Meshtastic Case with Encoder/Buzzer/Vibro/GPS/Environment sensor/Belt clip/M5Stack CardKB Keyboard-ready

Printing Recommendations: Use adaptive layer heights (up to 0.2mm max) for optimal surface quality and faster print times. Tree supports recommended for clean and easy support removal. Components: Heltec LoRa32 V3 NEO-6M GPS Module NEO6MV2 SMA Female to IPX UFL/IPX Extension Cable GY-BME280 (3.3v) 3.7V 974058 3000mAh Lipo Polymer Lithium Battery EC11 rotary encoder Mini Vibration Motor DC 3V Active buzzer 3V HY-4P (for M5Stack CardKB Keyboard) Antenna (in my case 433MHz soft antenna) Wiring: 📷 Image redacted — claim this model to add your own media Encoder AHeltec 5Encoder GHeltec GNDEncoder BHeltec 6Encoder Sw1Heltec 7Encoder Sw2Heltec GNDBuzzer +Heltec 45Buzzer -Heltec GNDVibro +Heltec 40Vibro -Heltec GNDGPS VCCHeltec 3V3GPS RXHeltec 48GPS TXHeltec 47GPS GNDHeltec GNDBME280 VCCHeltec 3V3BME280 GNDHeltec GNDBME280 SCLHeltec 42BME280 SDAHeltec 41HY-4P BlackHeltec GNDHY-4P RedHeltec 3V3HY-4P YellowHeltec 41HY-4P WhiteHeltec 42 It is possible to use a 2N2222 NPN Transistor to enable/disable the GPS module.In that case, the GPS connection needs to be modified as follows: GPS VCCHeltec 3V3GPS RXHeltec 48GPS TXHeltec 47GPS GND2N2222 C2N2222 BHeltec 462N2222 EHeltec GND Assembly Hardware: 3 x M3x5mm screws for securing modules inside the case. 2 x 2x8mm self-tapping screws . 1 x M3x15mm screw for the belt clip. 1 x M3x8mm screw and 1 x M3x15mm screw for assembling the enclosure. 6 x M3x6mm heat-set inserts for reinforced threaded mounting points.