Build. Code. Fly.
Premium programmable drones powered by ESP32-S3. Perfect for makers, developers, and educators.
Our Products
Choose the perfect drone for your needs
FLYQ Air
ESP32-S3 powered programmable drone with Wi-Fi control
- ESP32-S3 Dual-Core
- Wi-Fi Control
- Open Source
- 24-pin GPIO
- Python/Arduino SDK
FLYQ Vision
ESP32-S3 camera drone with HD video streaming
- ESP32-S3 Dual-Core
- HD 720p Camera
- Gesture Control
- Wi-Fi Streaming
- Python/Arduino SDK
Why FLYQ?
Powerful Hardware
ESP32-S3 dual-core processor with Wi-Fi and Bluetooth connectivity
Easy Programming
Program with ESP-IDF, Arduino, or Python - your choice
Learning Resources
Comprehensive curriculum and documentation for all skill levels
Product Gallery
FLYQ Air from every angle
Hero View
FLYQ Air Drone
Complete Assembly
Fully assembled drone
Circuit Board
ESP32-S2 PCB
Components Kit
All parts included
Trusted By Industry Leaders
Partnering with leading technology and education institutions
Passion 3D World
Official Authorized Dealer
Espressif Systems
ESP32-S3 Technology Partner
Educational Institutions
Universities & Colleges Worldwide
Open Source Community
Crazyflie Compatible Ecosystem
What Our Students Say
Real experiences from our community
Rahul Sharma
Engineering Student
"Amazing course! I went from zero knowledge to building my own autonomous drone in 8 weeks. The hands-on sessions were incredibly valuable."
Priya Patel
Robotics Enthusiast
"The ESP32-S3 platform is powerful and the curriculum is well-structured. I love how they teach both hardware and software aspects."
Dr. Amit Kumar
Professor, IIT
"Excellent platform for teaching robotics and embedded systems. We've integrated FLYQ Air into our curriculum. Students love it!"
Sneha Desai
Software Developer
"The Python SDK makes it so easy to program autonomous missions. I built a gesture-controlled drone as my final project!"
Arjun Reddy
Maker & DIY Enthusiast
"Great value for money! The kit quality is excellent and the documentation is comprehensive. I've learned so much!"
Meera Singh
Research Scholar
"Perfect for research projects! The open-source firmware and expandability make it ideal for experimenting with new algorithms."
Frequently Asked Questions
Everything you need to know about FLYQ Air
What programming languages are supported?
FLYQ Air supports multiple programming options: ESP-IDF (C/C++), Arduino IDE, Python SDK (cflib), and visual programming through Crazyflie Client.
Do I need prior drone experience?
No prior experience required! Our 8-week curriculum starts from basics and gradually progresses to advanced topics.
What's included in the kit?
The kit includes: PCB frame with integrated ESP32-S3, 4x motors with propellers, battery, USB-C cable, propeller guards, and all necessary mounting hardware.
How long does the battery last?
Flight time is approximately 5-7 minutes with the included 650mAh battery. Charging takes 1-2 hours.
Can I add sensors and expand functionality?
Yes! FLYQ Air features a 24-pin expansion connector supporting I²C, SPI, UART, and GPIO. Compatible sensors include VL53L1X ToF, MS5611 barometer, and PMW3901 optical flow.
Is FLYQ Air open source?
Yes! Both hardware designs and firmware are 100% open source. Access schematics, PCB files, and code on GitHub.
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Join thousands of makers and developers building amazing projects with FLYQ drones
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Everything you need to know about FLYQ drones
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What Our Community Says
Join hundreds of makers and developers building with FLYQ
"The curriculum is outstanding! Went from zero drone knowledge to building autonomous navigation systems in 8 weeks."
"Perfect for my robotics workshop! The ESP32-S3 platform is powerful and the documentation is comprehensive."
"Open-source hardware and software is a game-changer. I've customized everything for my research project!"