LiteWing -Circuit Digest ESP32 Based Programmable Drone Development Board with Battery

WiFi-controlled drone powered by ESP32-S3 microcontroller Open-source and compatible with Crazyflie cfclient & Python SDK Lightweight PCB frame design for durability and affordability Supports extra sensors like ToF, barometer & optical flow for advanced flight USB Type-C interface for easy programming and firmware updates Ideal for makers, students, and developers exploring drone technology

Specifications

Microcontroller:	ESP32-S3 (Dual-core Xtensa LX7, 240 MHz, 512 KB SRAM)
Motor Type:	720 Coreless DC Motors
Battery	3.7V 1S LiPo Battery 20C or higher
Circuit Type	TP4056 Li-ion Charging IC (1A Max)(chariging circuit)
Voltage Regulator	SPX3819, 500mA, Low Noise LDO
Communication	WiFi 2.4GHz
Communication Protocol	CRTP over UDP
Interface:	USB Type-C (CH340 USB to UART bridge)(Programming Interface)
Motor Control	MOSFET-based PWM Speed Control
Propeller	65
Expansion Port	24Pin GPIO Breakouts for Additional Sensors, SMD Solder pads for Popular sensors on the PCB bottom
LED Indicator	Power Indicator, Charging Indicator, Full Charge Indicator, System Status Indicator, Link Status Indicator, Error Indicator
Audio	Connector for optional Passive buzzer for audio indications
Max Capacity:	~25g with 55mm propeller(payload)
Length (mm):	100
Width (mm):	100
Weight (g):	(without battery), 45
Shipping Weight	0.126 kg
Shipping Dimensions	18 × 14 × 6 cm