Drone Workshop : The Pioneer Mini was created based on the STEM educational framework, enabling students to simultaneously develop programming, physics and mathematics skills. The Drone has the capability to autonomously navigate indoor spaces using programmed code, facilitating the organization of lessons and robotics competitions.
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virtual immersive technology is the next step in the natural evolution of computer-based instruction and can deliver experiences that are not otherwise possible with traditional books or videos. Virtual reality is changing how students learn, collaborate, and create by providing experiences that teach through exploration. ability
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Immerse your students in a world of language acquisition and communication skills with our advanced Language Labs. Our interactive and immersive environment provides a vibrant learning atmosphere where students can excel in their linguistic journey. Step into a world of language acquisition and communication skills with our advanced Language Labs. Our immersive environment creates a dynamic learning atmosphere where students can thrive on their linguistic journey. Equipped with cutting-edge technology and meticulously developed curriculum, our Language Labs offer an array of captivating activities that cater to various learning styles. From interactive language exercises to virtual simulations and authentic conversations with native speakers, our labs provide students with real-world language experiences.
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Using virtual reality as an effective means of visualization and immersion in the study of the school astronomy course. To give students the opportunity to deeply experience the atmosphere of space.
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N-Labs Robotics Lab, where students embark on an exciting journey into the world of Robotics. Our hands-on approach to education enables students to learn Robotics concepts interactively and engagingly. By designing, building, and programming robots, students enhance their critical thinking, problem-solving, and analytical abilities. Our approach to education at N-Labs offers an immersive and interactive learning experie- nce. Students not only acquire Robotics knowledge but also develop valuable practical skills through hands-on participation. By designing, building, and programming robots, students gain critical thinking, problem-solving, and analytical abilities
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AI Lab is aimed at introducing school students to the exciting world of Artificial Intelligence (AI) through engaging and experiential learning. Our comprehensive curriculum, designed for students in grades 9-12, covers the fundamentals of AI and emphasizes critical thinking and problem-solving skills through AI-based projects. We believe in nurturing young minds through the wonders of Artificial Intelligence (AI) in a fun and interactive manner. Our engaging curriculum is tailored for our learners, aiming to introduce AI concepts using a hands-on approach to learning. By incorporating play-based activities, Students will explore the fundamentals of AI, laying a strong foundation for future academic and real-world success. Our mission is to spark curiosity, cultivate creativity, and inspire the next generation of innovative thinkers in the constantly evolving world of AI.
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N-Labs Toddler Lab provides a safe, stimulating, and fun learning environment designed for young children. Our lab is equipped with the latest technology and equipment, allowing children to explore and learn through play-based activities.
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Drone Workshop :
The Pioneer Mini was created based on the STEM
educational framework, enabling students to
simultaneously develop programming, physics and
mathematics skills.
The Drone has the capability to autonomously
navigate indoor spaces using programmed code,
facilitating the organization of lessons and robotics
competitions.
PIONEER MINI HELPS
To learn the fundamentals of drone piloting.
To find out the drone’s construction and
working principles.
To understand the physics of flight through
real examples.
To learn how to programm electronic device.
To get a new and exciting hobby.
FEATURES
Compact.
Easy to assemble and fly.
STEM – methods of education.
APPLICATIONS
Supports infrared and optical local
navigational systems.
Indoor navigation.
Range finder and barometer.
WiFi.
Video transmitting to smartphone and PC.
Replaceable rotors (stock).
FPV-flights.
Android-OS and IOS.
Flight - Time Up to 10 mins
Flight
Velocity
0 – 20 km/h
Flight - Height Up to 10 m
Weight with rotors and battery) 120g
Battery Capacity 1100 mAh
Acceptable temperatures From 0°С to 40°С
Size (without rotors) 175x140x38
Motors Brushless 1300kva
