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Technology Learning.
Gamified.
Simplified.
Space-grade Wheels:
Designed for rough terrain
Tread design for
grip, flexibility
and shock
absorption
grip, flexibility
and shock
absorption
Made from Aluminium
Lightweight
durable
and ideal for rough terrain
durable
and ideal for rough terrain
Did you know? That temperature of Mars can vary from 37degC to -131 degC! And metals can change shape with such sudden changes. But Aluminium can handle this much better than other metals, which keeps the shape of the wheel intact even in such conditions
We’ll explore different materials and understand what’s best!
Cameras on a Mars Rover:
NavCams
Used to guide
movements
movements
Mast Cam
Gets detailed
images to
analyze
images to
analyze
Super Cam
Shoot laser
beams to analyze
rocks
beams to analyze
rocks
Haz Cam
Prevents
crashes and
accidents
crashes and
accidents
AI Capability: The cameras use image processing to help the rover make smart decisions. Cameras capture thousands of images and AI helps understand what is in front of it without any human interference. This helps avoid obstacles, identify objects for direction and spot interesting rock samples.
We’ll go much deeper into the world of AI!
Robotic Arm:
Precision Drill
Used to drill
exact holes on
soil
exact holes on
soil
Sensors
Identifies micro-
organisms in soil
organisms in soil
Tube System
Collects and
stores soil to
bring back to
earth!
stores soil to
bring back to
earth!
The robotic arm on Perseverance carefully drills into rocks, collects samples, and stores them in sealed tubes. It moves with great precision to analyze Mars’ surface, searching for signs of ancient life. Its job is crucial for helping scientists understand Mars’ history and prepare for future human exploration!
We’ll explore a lot about multiple uses of Robotic Arms!
Data Driven Power System:
Radioactive Battery
Plutonium is used
to generate heat
& electricity
to generate heat
& electricity
Intelligent Battery
Energy managed
efficiently by
predicting usage in
advance
efficiently by
predicting usage in
advance
Using Data Science, the rover predicts when the rover requires the most and least energy. This allows it to intelligently plan its power requirement basis terrain difficulty, movement required, and knowing which part will need more energy during what time.
We’ll explore different uses of Data!
SCROLL
Artificial Intelligence (AI)
Machine Learning(ML)
Robotics
Product Design
Programming
Space Tech
Data Science
EQUIPPING YOU TO BUILD THE FUTURE
The way you were meant to learn how to
Experience REAL Tech outside of books and lectures
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Solve REAL problems and learn to build solutions
Develop REAL skills for the future, making you stand out
Class
5th
6th
7th
8th
9th
10th
11th
12th
Scout
Beginner
Beginner
Pioneer
Intermediate
Intermediate
Cosmic Commander
Expert Builder
Expert Builder
GAMIFYING
Immersive ecosystems where learning isn’t thrown in your face. Rather, it’s integrated with an experience.
2 PRINCIPLES
WE STAND BY
“If you can’t explain it simply, you don’t understand it well enough” - Albert Einstein
SIMPLIFYING
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Latest Tech brought to you with common sense and only what’s necessary.No History. No Jargon. No Faff.
Your Tech
Learning
Playground,
on Mars!
Play as a space explorer, building advanced technologies in a 3D Martian environment!
Build Mars Rovers, Drones, Space Stations and cutting edge tech at your base station
Test your tech out in the environment through Mars Missions
Achieve objectives while implementing AI, ML, Design Thinking, Robotics and all the skills you’ll learn
What exactly do I get?
A 3-D environment where you get to build phenomenal products and technologies!
A step by step building process, where you understand fundamental principles of what you’re doing
Missions and stories to play where you implement your tech in action!
An unparalleled learning experience on latest tech and future skills!
Artificial Intelligence.
Design Thinking.
Machine Learning.
Robotics.
Programming.
Space Technology.
Data Science.
Advanced Manufacturing.
Problem Solving.
Coding.
Electronics.
Algorithms.
Sensors.
Logic.
Critical Thinking.
Materials.
Mechanics.
Artificial Intelligence.
Design Thinking.
Machine Learning.
Robotics.
Programming.
Space Technology.
Data Science.
Advanced Manufacturing.
Problem Solving.
Coding.
Electronics.
Algorithms.
Sensors.
Logic.
Critical Thinking.
Materials.
Mechanics.
Artificial Intelligence.
Design Thinking.
Machine Learning.
Robotics.
Programming.
Space Technology.
Data Science.
Advanced Manufacturing.
Problem Solving.
Coding.
Electronics.
Algorithms.
Sensors.
Logic.
Critical Thinking.
Materials.
Mechanics.
Simplified.
Recognition and Challenges:
Compete in the National Space Festival! The biggest event in India for budding innovators to showcase and shine at a national technology stage!
Community:
Get into a community of like minded users, a platform where you go to collaborate, seek any support, ask the smallest of questions and make meaningful conversations for mutual growth!
Skills Dashboard:
You’ll be learning a variety of tech skills through this experience. Mechanical Design, Electronic Circuits, AI, Data Science and so much more. Get a snapshot of your strengths and performance areas to understand yourself better for the future.
Physical Builds:
Get your hands dirty and learn by bringing your phenomenal products to life!
Build an entire space explorer collection through Rovers, Drones, Space Stations, Transporters and innumerable attachments. Build, Collaborate, Compete and elevate your skills with everything you build
Launching 1st May 2025
First 100 Sign-Ups get FREE
exclusive missions:
exclusive missions:
AI Auto Explore
Detect objects and navigate using AI
Design Sense
Use Design Thinking to craft tech systems
No spam promise.
Be
Curious
Innovative
Explorative
The Future
Let’s talk!
Have a thought? Awesome that’s all you need :)
Students | Parents | Innovators | Investors