LiteBee Wing V2 Programming Drone – STEM Educational & Coding Drone

RM1,400.00

Product Short Description

LiteBee Wing V2 is a programmable educational drone designed for STEM and STEAM learning. Students can learn drone operation, coding, flight control and problem-solving through graphical programming and Python.

With its modular building-block design, built-in camera and multiple control methods, LiteBee Wing V2 is suitable for schools, universities, STEM workshops, robotics clubs and drone programming activities.

2 in stock (can be backordered)

SKU: LBTW-V2 Categories: , Brand:

Description

LiteBee Wing V2 is a programmable educational drone designed for STEM and STEAM learning. Students can learn drone operation, coding, flight control and problem-solving through graphical programming and Python.

With its modular building-block design, built-in camera and multiple control methods, LiteBee Wing V2 is suitable for schools, universities, STEM workshops, robotics clubs and drone programming activities.

Key Features

  • Programmable STEM educational drone
  • Supports Scratch / graphical programming
  • Supports Python programming
  • 8MP front camera
  • FPV real-time camera view
  • Up to 11 minutes flight time
  • Up to 100m remote control distance
  • Altitude hold for easier flying
  • One-key take-off and landing
  • Modular building-block construction
  • Propeller guard for safer indoor learning
  • Supports mobile APP control
  • Supports remote controller operation
  • Supports computer programming
  • Expandable with additional programming modules
  • Suitable for coding, drone and STEM education

Technical Specifications

Product Type: Educational Programming Drone

Size: Approx. 210 × 180 × 50 mm

Wheelbase: 148 mm

Weight: Approx. 126–130 g

Motor: 1020 Brushed Motor

Motor Speed: Approx. 32,000 RPM @ 7.4V

Propeller: Approx. 75–76 mm Dual-Blade

Battery: 2S 7.4V 600mAh

Flight Time: Up to 11 minutes

Charging Time: Approx. 40 minutes

Remote Control Distance: Up to 100 metres

Horizontal Speed: Approx. 1.7 m/s

Wind Resistance: Approx. 3 m/s

Camera: 8 Megapixel

Camera FOV: Approx. 88°

Image Format: JPEG

Video Format: MP4

Programming: Graphical / Scratch & Python

Control Methods:

  • Remote Controller
  • Smartphone / Tablet APP
  • Computer Programming

Recommended Payload: Below 10 g

Main Functions

Smart Flight Control

Designed to make basic drone operation easier for students and beginners.

Functions include:

  • One-key take-off
  • One-key landing
  • Altitude hold
  • Directional flight control
  • Rotation
  • Programmable flight movement

Programming

Students can create programs to control the drone’s flight behaviour.

Programming activities can include:

  • Take-off and landing sequence
  • Forward / backward movement
  • Left / right movement
  • Rotation
  • Flight timing
  • Flight path programming
  • LED programming
  • Automated drone missions

FPV Camera

The built-in front camera allows students to view the drone’s perspective through the LiteBee application.

Supports:

  • Real-time FPV viewing
  • Photo capture
  • Video recording

Modular & Expandable Design

LiteBee Wing V2 uses a modular building-block structure that allows students to assemble, modify and expand the drone.

Compatible expansion activities may include:

  • RGB LED
  • Buzzer
  • Electromagnet delivery
  • Obstacle avoidance
  • Other compatible LiteBee extension modules

Extension modules may be sold separately depending on package configuration.

Educational Applications

Suitable for:

  • STEM / STEAM Education
  • Drone Programming
  • Coding Classes
  • Robotics Clubs
  • School STEM Labs
  • University Activities
  • TVET Programmes
  • Drone Workshops
  • Programming Competitions
  • Innovation Projects
  • Drone Mission Challenges

Learning Outcomes

Students can develop:

  • Basic drone technology knowledge
  • Flight control skills
  • Programming fundamentals
  • Computational thinking
  • Algorithm development
  • Logical thinking
  • Problem-solving skills
  • Engineering design skills
  • Hands-on technical skills
  • STEM project development

Recommended Age / User Level

Recommended Age: 8 years and above

User Level:
Beginner to Intermediate

Suitable for:
Primary School, Secondary School, College, University, STEM Centre and Training Institution.

Adult supervision is recommended for younger students.

Software

LiteBee APP

LiteBee Go Programming Software

Programming Support:

  • Graphical / Scratch-based programming
  • Python

The LiteBee APP can also be used as a controller, FPV display, programming interface and camera interface.

Package Includes

Suggested listing — confirm according to your actual package before publishing:

  • 1 × LiteBee Wing V2 Drone
  • 1 × Remote Controller
  • 1 × 7.4V 600mAh Battery
  • 1 × Battery Charger
  • Propeller Set
  • Propeller Guards
  • Building / Assembly Components
  • USB Cable
  • Basic Accessories
  • User Guide

Optional Add-On

Depending on available stock:

  • Extra Battery
  • Spare Propeller
  • Fast Charger
  • RGB LED Module
  • Buzzer Module
  • Electromagnet Delivery Module
  • Obstacle Avoidance Module
  • Replacement Motor
  • Additional Building Components

Product Highlights

BUILD • CODE • FLY

Learn drone technology through hands-on STEM activities.

LiteBee Wing V2 combines drone flying, programming and engineering activities into one educational platform. Students can start with basic flight control and progress towards autonomous programmed missions and creative drone projects.

Suggested Website Tags

LiteBee Wing V2, LiteBee Drone, Programming Drone, Educational Drone, STEM Drone, STEAM Drone, Coding Drone, Python Drone, Scratch Programming, Drone Education, Robotics Education, STEM Education Malaysia, Drone Programming Malaysia, Educational Robotics, STEM Kit

Suggested Meta Title

LiteBee Wing V2 Programming Drone | STEM Educational Drone

Suggested Meta Description

Learn coding and drone technology with LiteBee Wing V2. A programmable STEM educational drone supporting graphical programming, Python, FPV camera and modular expansion for schools, universities and STEM programmes.

Additional information

Dimensions 25 × 25 × 15 cm

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