Drone Solutions, Reimagined
Innovative Educational Drone
Take learning to new heights with PMINI drones—designed to make STEM and STEAM education fun and interactive.
Hands-On Learning
PMINI drones empower students with hands-on learning opportunities. From understanding aerodynamics to coding real-world applications, our drones inspire curiosity and creativity in STEM fields like physics, robotics, and programming. Perfect for classrooms, workshops, and personal exploration.
Advanced Hardware
Designed with durability and performance in mind, PMINI drones feature state-of-the-art hardware, including an HD camera for real-time video, advanced sensors for stability and navigation, and programmable RGB LEDs. Built for flexibility, the hardware supports both beginners and experienced users.
Easy Programming
Whether through Python SDK for advanced coding or block-based programming for an intuitive, code-free experience, PMINI drones make it easy for students to program missions, explore automation, and understand fundamental coding principles. The platform seamlessly integrates with simulators for safe practice.
Limitless Possibilities
PMINI isn’t just a drone—it’s a gateway to endless possibilities. With ports for additional sensors and external ESC support, educators and developers can customize and scale the drone for specialized projects and experiments, offering a platform that evolves with your learning needs.
Explore programmable educational drones equipped with cutting-edge ESP32 technology for enhanced learning experiences
Empowering students with advanced drone technology, bridging theory and practical skills in education. Innovative Sensors, Infinite Possibilities
Real-time Analysis with Educational Drones
Drone provides a quick means to gather information
Empowering Education through Drones
Students at the University of Worrester used UAVs to map rivers and create photogrammetry models advancing environmental research.
We Capture Learning Experiences through Photos and Videos
With thermal sensors, drones can quickly discover the location
Fly into the future
A rapid growth in educational drone applications
Power and Flight:
- Battery: 2S 1200 mAh
- Flight Time: Up to 13 minutes
- Charging Time: 30 minutes
- Weight: Just 120 grams
- Control & Connectivity:
Manual Control: Choose between WiFi or an external RC receiver
SDK Support: Develop custom applications with Python or Blockly
Mobile App: Easily control and monitor your drone via Android
Imaging & Design:
Digital Camera: HD resolution with a 110° field of view for stunning aerial shots
Robust Build: Featuring 3D printed parts and a protective guard for added durability
- Battery: 2S 1200 mAh
- Flight Time: Up to 13 minutes
- Charging Time: 30 minutes
- Weight: Just 120 grams
- Control & Connectivity:
Manual Control: Choose between WiFi or an external RC receiver
SDK Support: Develop custom applications with Python or Blockly
Mobile App: Easily control and monitor your drone via Android
Imaging & Design:
Digital Camera: HD resolution with a 110° field of view for stunning aerial shots
Robust Build: Featuring 3D printed parts and a protective guard for added durability
Advanced Sensor Integration:
The drone is equipped with four flexible digital outputs—thanks to an integrated GPIO matrix system—enabling seamless connection of external sensors through multiple interfaces such as I²C, UART, PWM, and standard GPIO. This versatile design allows you to expand the drone's functionality to suit various applications and experimental setups.
Propulsion:
- Propellers: 70 mm
- Motors: High-performance 1020 motors for agile and responsive flight
Onboard Sensor Suite
- Inertial Measurement: BMI088 for precise motion and orientation data
- Optical Sensing: PMW3901 for superior optical flow tracking
- Altitude Sensing: BMP581 barometric sensor for accurate altitude measurement
- Range Sensing: VL53L1 for reliable distance measurement
Magnetometry: MMC5983MA to enhance navigational accuracy
Power Monitoring: Integrated current and voltage sensors ensure efficient power management
External Sensor Expansion & Connectivity
The drone provides two dedicated JST-GH 1.25 connectors for external sensor integration—one 4-pin and one 6-pin. These connectors each include power and ground lines, as well as flexible signal lines (I²C, SPI, UART, and up to 6 configurable GPIO matrix pins), enabling you to easily interface with a wide array of external sensors or peripherals. Here are some example add-ons you can connect:
The drone is equipped with four flexible digital outputs—thanks to an integrated GPIO matrix system—enabling seamless connection of external sensors through multiple interfaces such as I²C, UART, PWM, and standard GPIO. This versatile design allows you to expand the drone's functionality to suit various applications and experimental setups.
Propulsion:
- Propellers: 70 mm
- Motors: High-performance 1020 motors for agile and responsive flight
Onboard Sensor Suite
- Inertial Measurement: BMI088 for precise motion and orientation data
- Optical Sensing: PMW3901 for superior optical flow tracking
- Altitude Sensing: BMP581 barometric sensor for accurate altitude measurement
- Range Sensing: VL53L1 for reliable distance measurement
Magnetometry: MMC5983MA to enhance navigational accuracy
Power Monitoring: Integrated current and voltage sensors ensure efficient power management
External Sensor Expansion & Connectivity
The drone provides two dedicated JST-GH 1.25 connectors for external sensor integration—one 4-pin and one 6-pin. These connectors each include power and ground lines, as well as flexible signal lines (I²C, SPI, UART, and up to 6 configurable GPIO matrix pins), enabling you to easily interface with a wide array of external sensors or peripherals. Here are some example add-ons you can connect:
Gas Analyzers (MQ Series)
- MQ135 for air quality measurements
- MQ6 for LPG detection
- MQ2 for flammable gas detection
Color Sensor
- TCS34725 for detecting ambient light and color data
Beeper
- A simple piezo beeper or buzzer for audible alerts and notifications
Temperature & Humidity Sensor
- DHT11 for basic temperature and humidity readings
Infrared Range Sensors
Compatible with various IR range sensors (e.g., Sharp VL53L5, VL53L1, etc.) for distance measurement and obstacle detection
External GPS module connection: for example matek
M10Q-5883
- MQ135 for air quality measurements
- MQ6 for LPG detection
- MQ2 for flammable gas detection
Color Sensor
- TCS34725 for detecting ambient light and color data
Beeper
- A simple piezo beeper or buzzer for audible alerts and notifications
Temperature & Humidity Sensor
- DHT11 for basic temperature and humidity readings
Infrared Range Sensors
Compatible with various IR range sensors (e.g., Sharp VL53L5, VL53L1, etc.) for distance measurement and obstacle detection
External GPS module connection: for example matek
M10Q-5883
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info@uavprog.com
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