
ESP32 GPS Tracker Board is a compact development kit featuring WiFi, Bluetooth, GPS tracking, and a full-color screen—ideal for portable IoT, timing systems, and DIY geolocation projects. Comes with firmware v1.4.6 and an 800mAh rechargeable battery for mobile deployment.
Key Features of ESP32 GPS Board:
- ESP32 chipset with WiFi + Bluetooth support
- 2.8-inch color screen with intuitive display
- Built-in GPS positioning (external 20dBi active antenna included)
- 800mAh rechargeable battery (1–2h charging time)
- 2.4GHz WiFi & Bluetooth for data connectivity
- Card slot, burning interface, and 4-LED battery indicator
- Size: 9cm × 5.8cm × 1.5cm (antenna ~13.5cm)
- External 2.4G 8dBi + GPS 20dBi antennas included
Developer-Ready Use:
This ESP32 board runs Predator firmware v1.4.6 and is perfect for timing systems, GPS loggers, wireless automation, or DIY geolocation projects. Comes pre-assembled in a 3D shell case for immediate use.
What’s in the Box:
- 📦 1 × ESP32 GPS Device (pre-installed in shell)
- 📡 2 × Antennas (1 × GPS 20dBi + 1 × 2.4GHz WiFi 8dBi)
- 🔌 1 × USB Cable
⚠️ Legal Disclaimer:
This device is for educational and development use only. Always comply with local wireless regulations. Unauthorized GPS spoofing, interference, or wireless hacking is illegal and not supported.
🧠 Microcontroller: ESP32 chipset with Wi-Fi + Bluetooth
📺 Display: 2.8-inch color screen
🔋 Battery: 800mAh rechargeable (1–2h charging time)
⚙️ Port: USB-C charging and data interface
💾 Storage: microSD card slot for data logging
📡 Connectivity: Wi-Fi 2.4GHz, Bluetooth, GPS positioning
📏 Dimensions: 9cm × 5.8cm × 1.5cm (antenna approx. 13.5cm)
📡 Antennas: GPS 20dBi active, 2.4GHz 8dBi external
T6Shark Plus
Both theCC1101chip and the antenna are designed to operate at frequencies in the 300-348 MHz, 387-464 MHz, and 779-928 MHz bands.
Ethical Hacking & Security Research
Wireless Security Analysis
Perform legal network scanning and penetration testing with ESP32's Wi-Fi/Bluetooth capabilities
Customizable Scripts
Develop security tools using Arduino IDE, MicroPython, or UIFlow for ethical hacking purposes
Portable Penetration Kit
Compact design for on-site security audits and vulnerability assessments
Sensor Integration
Use built-in sensors for environmental monitoring during security operations