LiteWing ESP32 Programmable Drone Development Board
LiteWing ESP32 Programmable Drone Development Board - Image 2
SKU: DRFC-0582
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LiteWing ESP32 Programmable Drone Development Board

₹3,709.00 (Inclusive of all taxes)
Out of Stock

The LiteWing is an ESP32-S3 powered programmable drone development board, offering a versatile platform for makers and educators. Experience Wi-Fi controlled flight, open-source Crazyflie compatibility, and expandability for custom flight applications.

Features

  • WiFi-controlled drone powered by ESP32-S3 microcontroller, enabling smartphone or PC operation.
  • Open-source platform compatible with Crazyflie cfclient and Python SDK for flexible development.
  • Lightweight PCB frame design with 720 coreless motors for agile, durable, and affordable flight.
  • Supports additional sensors like ToF, barometer, and optical flow for advanced flight capabilities.
  • Features USB Type-C interface for convenient programming and rapid firmware updates.

Out of stock

Description

The LiteWing is an innovative ESP32-S3–powered programmable drone designed for makers, developers, and educators. This platform combines the robust capabilities of open hardware with integrated Wi-Fi connectivity, allowing users to experiment, code, and control flight directly from a smartphone or PC. Its lightweight PCB frame and efficient 720 coreless motors ensure agility and affordability, while the onboard MPU6050 provides stable flight characteristics.

With native support for Crazyflie cfclient and the Python SDK, LiteWing fosters creativity, enabling easy implementation of features like height hold, position hold, or gesture control. Whether you are delving into drone technology fundamentals or building custom flight applications, the LiteWing offers a ready-to-fly, fully open-source platform, paving the way for limitless innovation and advanced UAV development.

Key Features

  • Integrated ESP32-S3 dual-core microcontroller with Wi-Fi and Bluetooth for versatile connectivity.
  • Utilizes open-source Crazyflie-based firmware, providing a robust foundation with Python SDK support for advanced customization.
  • Supports Wi-Fi smartphone control, eliminating the need for an external radio transmitter.
  • Expandable GPIO pins facilitate integration of additional sensors, modules, and custom peripherals.
  • Features a lightweight PCB frame incorporating an onboard TP4056 Li-ion charger and multi-color LED indicators for status feedback.
  • Equipped with a USB Type-C interface (CH340 USB to UART bridge) for straightforward programming and firmware flashing.

Applications

  • Educational tool for learning drone technology and flight principles.
  • Platform for makers and developers to prototype custom UAV applications and algorithms.
  • Foundation for experimenting with advanced sensors like ToF, barometer, and optical flow.
  • Entry-level programmable mini-drone for indoor flight and basic FPV (with external FPV gear).
  • Development of custom control systems, gesture control, and autonomous flight routines.

Technical Specifications

MicrocontrollerESP32-S3 (Dual-core Xtensa LX7, 240 MHz, 512 KB SRAM)
Motor Type720 Coreless DC Motors
Batteries Required3.7V 1S LiPo Battery 20C or higher
Charging ICTP4056 Li-ion Charging IC (1A Max)
Voltage RegulatorSPX3819, 500mA, Low Noise LDO
CommunicationWiFi 2.4GHz
Communication ProtocolCRTP over UDP
InterfaceUSB Type-C (CH340 USB to UART bridge)
Motor ControlMOSFET-based PWM Speed Control
Propeller Diameter65mm
Expansion Port24-Pin GPIO Breakouts, SMD Solder pads for popular sensors
LED IndicatorsPower, Charging, Full Charge, System Status, Link Status, Error
Audio PortConnector for optional Passive Buzzer
Max Payload Capacity~25g (with 55mm propeller)

Frequently Asked Questions

What flight controller firmware does the LiteWing use, and how is it programmed?

The LiteWing utilizes an open-source Crazyflie-based firmware, leveraging the ESP32-S3 microcontroller. Programming and firmware updates are performed via its USB Type-C interface, typically using standard ESP-IDF tools or the provided Python SDK for custom application development, enabling flexible customization for various flight behaviors.

Can the LiteWing be expanded with additional sensors or modules?

Yes, the LiteWing features a 24-Pin GPIO breakout port and SMD solder pads on the PCB bottom specifically for integrating extra sensors and modules. This allows for significant expansion capabilities, such as adding Time-of-Flight sensors, barometers, optical flow modules, or other custom peripherals to enhance its flight intelligence and functionalities.

What kind of battery does the LiteWing require, and how is it charged?

The LiteWing requires a 3.7V 1S LiPo battery with a discharge rate of 20C or higher. It includes an onboard TP4056 Li-ion Charging IC, capable of charging at up to 1A. This integrated charging circuit allows convenient recharging via the drone’s USB Type-C port, simplifying power management for developers and users.

What communication method does the LiteWing use for control?

The LiteWing employs 2.4GHz Wi-Fi for communication, utilizing the CRTP over UDP protocol. This setup allows for control via a smartphone or PC, eliminating the need for a separate radio transmitter. The open-source Crazyflie cfclient and Python SDK support facilitates seamless interaction and custom control application development.

What are the recommended propellers and motor type for the LiteWing?

The LiteWing is designed with efficient 720 coreless DC motors, providing an agile and responsive flight experience. While it comes with 65mm propellers, the maximum payload capacity is specified for 55mm propellers. It's crucial to use propellers that match the motor's specifications for optimal performance and efficiency during flight.

Package Includes

  • 1 x LiteWing ESP32 Based Programmable Drone Development Board with Battery

Additional Information

Dimensions 10 × 10 cm

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