LiteBee Wing Drone
Code · Build · Compete

The LiteBee Wing drone that turns curious kids into confident young engineers via programming.
It is a brick-based programmable drone designed for elementary & primary school students, combining hands-on assembly, graphical coding, and hands-on STEM learning.

LiteBee Wing Drone
Code With Blocks, Watch It Fly

LiteBee Wing is the next-step STEAM drone for students aged 8–10 in elementary and primary schools.

It combines block-based programming, modular assembly, and real flight to turn ideas into airborne projects.

Minimum Order Quantity: 50 Units / Wholesale Available

litebee drone in the classroom

Highlights of LiteBee Wing Drone

LiteBee Wing enables programming, flight, and creativity in one modular platform.

litebee wing drone swarm formation flight

Program & Swarm

Drag-and-drop coding is easy for multi-drone formations, flight simulations, and sync performances achievement.

modular design litebee wing drone

Modular Expansion

Can be connected to buzzers, LEDs, magnets, and obstacle-avoidance modules for music-light interaction and new missions.

litebee wing programmable drone with camera

Live FPV & 8MP Camera

Wi-Fi real-time video transmission, 8MP camera and app control captures every moment in daily learning process.

diy building litebee wing programmable drone

DIY Build Freedom

Interlocking blocks with adjustable-axis design let students build, rebuild, and invent custom frames.

litebee wing coding drone

Dual Safety Protection

Over-discharge protection, low-voltage alarm, and a guard ring guarantee safety in actual learning.

curriculum-ready litebee wing drone for schools

Full Curriculum

Rich digital and printed resources help teachers and educators teach students with confidence.

LiteBee Wing Certifications

Every LiteBee product meets international safety and quality standards — independently tested and backed by full documentation for school procurement.

CE
RoHS
FCC (US)
UN38.3
litebee wing drone Exploded View

Engineering That Grows With the Student

Wing looks approachable, but its airframe is a genuine engineering platform. A high-efficiency 1020 motor, 8MP camera with live FPV, and an adjustable-axis modular frame let learners start with guided builds and grow into open-ended invention.

Weight
128g
Wheelbase
148mm
Motor
1020 / 32K rpm
Battery
2S 7.4V 600mAh
Propeller
76mm
Camera
8MP
Flight Time
~11 min
Range
100m
Image
JPG
Video
MP4

LiteBee Wing Drone for STEAM EDU

LiteBee Wing isn’t just a product — it’s a complete STEAM learning solution.

School Curriculum

Structured programming and flight curriculum aligned with intermediate STEAM objectives for ages 8–10.

Competition Training

Ready-to-use routines and coaching resources for formation, logistics, and maze events.

After-School Clubs

Project-based sessions that turn clubs into innovation labs with real deliverables.

Maker Projects

Open-ended builds for makerspaces where students combine sensors, code, and custom frames.

LiteBee Wing +Expansion KIts

3 add-on modules — that turn LiteBee Wing into a versatile machine for code-driven missions in any classroom.

Gripping & Transport Extension Kit

Ages: 10‑15  (Middle School & Early High School)

Developed for the LiteBee Wing programmable drone, this module runs on the LiteBee Go programming platform. It supports programmed gripper operations to grab, transport and drop objects. Position markers assist LiteBee Wing for accurate positioning.

Model

Y35‑V2

Positioning Aid

Position Markers

Programming LED

W2812 (RGB)

Color Detection

Black, Red, Green, Blue

Servo Type

180° Digital Servo

Operating Voltage

4.8‑6.0V

Torque

0.3 kg·cm

Speed

0.09 sec/60°

Max Gripper Opening Angle

180°

Max Diameter of Grabable Object

80 mm

Max Gripping Payload

8 g

Electromagnet delivery Extension Kit

Ages: 10‑15 (Middle School & Early High School)

The Magnetic Lifting Expansion Kit pairs with LiteBee Wing and modular kits on the LiteBee Go programming platform. Program it to lift and release ferrous‑material objects. Position markers help LiteBee‑Wing achieve precise positioning. This kit boosts engagement in hands‑on STEM learning and builds students’ comprehensive practical skills.

Model

Y26‑V4

Position Tags

W2812(RGB)

Dimensions

40*40*08 mm

Max Magnetic Pull Load

500 g

Operating Voltage/Current

5V / @80 mA

Effective Payload

0‑8 g

Obstacle Avoidance Extension Kit

Ages: 10‑15 (Middle School & Early High School)

Used with LiteBee Wing on the LiteBee Go programming platform, this module detects obstacles in five directions: forward, backward, left, right and downward. Program it for autonomous obstacle‑avoiding flight to reach assigned destinations.

Model

Y18‑AI

Dimensions

40*40*09 mm

Operating Voltage

5V

Operating Current

90 mA

Detection Range

3‑200 cm

Continue Your Journey

STAGE Ⅰ
Age: 6-8 (Elementary / Primary School)
Builds curiosity through hands-on learning.
STAGE Ⅲ
Age: 15+ (Secondary School / High School)
Applies engineering skills to real-world challenges.
STAGE Ⅳ
Age: 15+ (Secondary School / High School)
Inspires expression through formation light show.

How LiteBee Partners With You for STEAM Success

We partner with you every step of the way, delivering tailored solutions that drive growth, efficiency, and lasting success.

Contact Form Demo