


BLIX Aviator DIY Drone Kit for Kids | Plug & Play STEM Kit with Block-Based Coding & Easy Assembly
The BLIX Aviator DIY Drone Kit is a plug-and-play STEM learning tool for kids. It features easy assembly, block-based coding, and hands-on flying experiments, helping children learn coding, electronics, and aerodynamics through play.
The BLIX Aviator DIY Drone Kit is a fun and educational STEM kit designed for kids to build their own fully functional drone. With plug-and-play components and block-based coding, children can easily assemble the drone and learn coding, electronics, and aerodynamics.
The kit encourages hands-on learning, helping students develop problem-solving skills and creativity while understanding the fundamentals of flight and programming. With its user-friendly coding interface, kids can program the drone for custom movements and interactive flight patterns.
Key Features:
✈️ DIY Drone Building: Assemble and fly your own drone with easy-to-connect components.
Plug & Play: No complex wiring required – simple and safe for kids.
Block-Based Coding: Program custom movements and control the drone with ease.
Hands-On STEM Learning: Enhances creativity, problem-solving, and technical skills.
Rechargeable Battery: Fly the drone multiple times with convenient USB charging.
✅ Durable Design: Lightweight yet sturdy frame for safe and stable flights.
Specifications:
✅ Brand: BLIX
✅ Product Name: Aviator DIY Drone Kit
✅ Age Range:8 years and above
✅ Coding Platform:Block-based coding interface
✅ Power Source:Rechargeable Li-Po battery
✅ Battery Life:10-15 minutes of flight time
✅ Charging Time:30-40 minutes
✅ Connectivity:Bluetooth or Wi-Fi controlled
✅ Control Range:Up to 30 meters
✅ Flight Modes:Manual, Auto-hover, Custom-coded movements
✅ Kit Contents:
1x Drone frame
4x Propellers
4x Motors
1x Rechargeable battery
1x USB charging cable
Plug-and-play connectors
Instruction manual
✅ Dimensions:20 x 20 x 5 cm
✅ Weight:300 grams
Perfect For:
STEM Education: Ideal for learning coding, aerodynamics, and electronics.
School Projects: Great for science fairs and classroom experiments.
Skill Development: Boosts problem-solving, creativity, and technical skills.
Gifting: A perfect gift for kids interested in drones and programming.