Product Overview
SPECIFICATIONS
Style: Toy drones
control type: Remote Control,Hand Control
drone type: Beginner Drones,Beginner Drones
function: App Control,APP Control
image transmission distance: 100M
material: Plastic
maximum flight time: ≥40min
model number: TT
operator skill level: Beginner,Beginner
place of origin: Guangdong, China
private mold: NO
Robomaster TT Tello Edu Drone with Python Coding AI Programming for STEM Learning Educational Toy Gift for Kids Teens
Product physical pictures:
Specs
Drone
Take-off weight
87 g (including the propeller blades, propeller blade protector, and batteries)
Dimensions: 98×92.5×41 mm
Propeller blade:3''
Built-in functions
Infrared height determination, barometer, LED indicator, downward vision sensor, Wi-Fi, and HD 750P image transmission
Interface
Micro USB charging port
Flight performance
Maximum flight distance:100 m
Maximum flight speed:8 m/s
Maximum flight time:8 min[1]
Maximum flight height:30 m
Battery
Removable battery
1.1 Ah/3.8 V
Camera
Image 5 MP
FoV82.6°
Video:HD720P30
Format
JPG (for images) and MP4 (for videos)
Electronic image stabilization
Supported
Extension accessory
Open source controller
Weight
12.5 g (including the open source controller and ranging dot-matrix screen)
Dimensions:49.5×32×15.2 mm
Operating mode
and Station modes
Wi-Fi frequency band
2.4 GHz and 5.8 GHz
Bluetooth:2.4 GHz
In the Box:
| Category | Details |
|---|---|
| Target Audience | - Kids (8–12 years): Introductory STEM/coding - Teens (13+): Advanced AI/robotics - Students (middle/high school): Classroom projects - Educators: STEM curriculum integration - Parents: Homeschooling |
| Educational Focus | - Core Subjects: STEM (Science, Technology, Engineering, Math) - Skills: Python programming, AI basics, robotics control, problem-solving - Learning Modes: Visual coding (block-based) + text-based Python |
| Technical Features | - Programming: Python SDK support, Tello Edu app - AI Capabilities: Vision sensor (obstacle avoidance, object tracking) - Hardware: Modular design, flight sensors, programmable LEDs - Connectivity: WiFi |
| Applications | - Classroom activities (coding lessons, robotics workshops) - Home-based STEM projects - After-school clubs and robotics competitions - Parent-child collaborative learning - Holiday/birthday gifts |
| Key Benefits | - Age-appropriate progression: Beginner-friendly for kids, advanced for teens - Cross-curricular integration: Combines coding, physics, and AI - Safe and durable: Designed for educational use - Accessible pricing |
| Marketing Angles | - "Best STEM Gift for Kids & Teens" - "Learn Python While Flying" - "AI-Powered Educational Robotics" - "Classroom-Ready Coding Drone" - "Holiday STEM Toy 2024" |
