Lunar Lights
Create a torch-and-ball model to explore Moon phases.
- Explore lunar phases and light reflection.
- Discover why the Moon's shape changes nightly.
- Spark curiosity through interactive learning.
Grades 6–8
Astro Rangers
Bringing space science to classrooms
AstroRangers is a hands-on space science program created for students in Grades 6 to 8. Students build, test, and solve engineering challenges through hands-on space missions, just like real scientists.
Book a Free Demo15 hands-on kits · 3 levels
Program levels
How students progress
- 1
Apprentice Ranger
Makes space discovery exciting through playful, hands-on learning.
5 kits
- 2
Nova Ranger
Takes students beyond discovery — learning, practising and innovating like next-gen astronauts.
5 kits
- 3
Prime Ranger
Designing and launching hands-on CubeSat models, diving deep into real space tech.
5 kits
- Space discovery for middle schoolers, built on activities like the lunar box, eclipse exploration, and star mapping.
- Space engineering through design challenges, model building, and real-world inspired missions.
- Satellite science through hands-on CubeSat design, orbit challenges, and real-world space technology missions.
The kits
15 things your students will build
Every kit ships with the materials, the guided session, and the learning outcomes it maps to.
Showing 15 of 15 kits.
Solar & Lunar Eclipses
Create a model to demonstrate solar and lunar eclipses and explore their shadow effects.
- Understand how solar and lunar eclipses occur.
- Study shadow effects and phases during eclipses.
See Around Corners
Build a periscope to learn about reflection and light paths.
- Understand reflection and light paths.
- Learn how mirrors change vision.
- Explore hidden views with simple optics.
Mission Rescue
Make a parachute to explore drag, air resistance, and descent speed.
- Explore air resistance and drag.
- Understand controlled descent.
- Test designs for safe landings.
Star Mapper
Create a cube projector to map constellations and study the night sky.
- Explore how constellations take shape.
- Discover the basics of celestial navigation.
- Enhance observation and spatial awareness.
Mission: Lift-Off!
Launch a rocket to learn about design, stability, and propulsion.
- Discover the basics of rocket design.
- Learn about stability and propulsion.
- Experience the excitement of launch.
Mission Attack
Build a model to simulate orbital targeting and explore precision in space missions.
- Understand thrust, flight, and descent.
- Learn how parachutes ensure a safe landing.
- Explore precision in targeted missions.
Catch the Comet
Build a comet model to understand its structure, tail, and orbit.
- Understand a comet's icy structure.
- Discover why it forms a glowing tail.
- Explore orbits around the Sun.
Cosmic Craters
Create crater models to study meteor impacts and surface features.
- Observe how impacts form craters.
- Study size, speed, and surface effects.
- Learn about planetary geology.
DIY Spectroscope
Build a spectroscope to observe light spectra and hidden colors.
- Learn how light splits into colors.
- Explore the hidden spectra of objects.
- Understand stars through their light.
Orbit Rescue
Simulate an orbit rescue to learn about gravity, motion, and precision.
- Simulate motion and gravity in space.
- Learn precision in orbital maneuvers.
- Explore the challenges of space rescue.
Air Wings
Construct a glider to explore lift, thrust, and aerodynamic balance.
- Understand lift and balance in flight.
- Learn stability without engines.
- Explore aerodynamics through testing.
Re-Entry Challenge
Build an MDF space capsule with a parachute drop to explore re-entry, impact, and protection.
- Study safe re-entry with design models.
- Explore impact force and parachute safety.
- Test protection for fragile payloads.
Astronomer's Telescope
Build a telescope to observe distant objects and magnification.
- Understand magnification and lenses.
- Learn how telescopes gather light.
- Observe distant celestial objects.
DIY CubeSat
Assemble a CubeSat model to learn about satellite design and missions.
- Discover how satellites are designed.
- Learn about miniaturized space tech.
- Explore real-world space missions.
What students take away
- Engineering and design thinking.
- Real-world science in action.
- Hands-on use of space tools and concepts.
- Confidence through missions and teamwork.
Across the Astroverse curriculum
- Understand core space and physics concepts.
- Build 10+ functional STEM models.
- Record experiments in age-appropriate formats.
- Present ideas with confidence.
- Connect ancient and modern Indian space history.
For schools
Why schools run this program
- Real STEM skills, not just theory.
- Fully guided, with minimal teacher load.
- Affordable and scalable for all school types.
- Space plus storytelling makes learning unforgettable.
- Builds confidence, curiosity, and innovation.
Let's Build the Future Together
Every great innovation begins with curiosity. Every future leader begins with an opportunity. Together, let's inspire the next generation of innovators, creators, and changemakers.
“Let's inspire the next Kalpana Chawla or APJ Abdul Kalam. It starts here.”
Supported by passionate engineers, educators, and dreamers ❤
Book a free demo
Tell us about your school and we'll arrange a curriculum walkthrough.