Your students stop reading about flight.
They start building it.
Drone programs and a full Astronomy & Aerospace Innovation Lab — delivered as one complete setup. Equipment, curriculum, assessments, and teacher training included.
- NEP 2020
- NCERT integrated
- CBSE · ICSE · IB
- DGCA-aligned syllabus
- Classes 9–12
STEM that students can hold in their hands.
Most schools have a lab. Very few have one where a student assembles a drone, maps a constellation, and launches a water rocket in the same term.
Concepts become real
Hands-on builds turn textbook physics into something students can test, break, and fix.
Engagement goes up
Students remember what they build, explore, and experience — not what they memorise.
Your ATL lab earns its keep
A flagship facility that strengthens your STEM ecosystem and institutional reputation.
Careers start early
Drones, robotics, and space tech are hiring. Students meet them in school, not after.
Start with drones. Or bring the whole cosmos in.
Run either on its own, or combine them into one integrated innovation ecosystem.
Drone Education Program
A multidisciplinary program built on the NCERT curriculum — students learn to build, fly, and understand real UAVs.
- Four kit options, each with full curriculum
- Covers physics, math, electronics, aerodynamics, programming
- Aligned with NSQF, NEP, and the DGCA pilot training syllabus
- Safety built in — loiter, altitude hold, return-to-home
Astronomy & Aerospace Innovation Lab
One laboratory that integrates astronomy, space science, aerospace, drones, robotics, and physics.
- More than 30 working models, ready to demonstrate
- Telescopes, solar tools, and star mapping systems
- Experiments booklet for live, repeatable demonstrations
- Three tiers — start where your school is today
Four kits. Every one ships with a curriculum.
Choose by what you want students flying — a quadcopter, a fixed-wing plane, or both.
Basic Kit
250 mm drone + nano drone. The starting point for classroom flight.
Pro Kit
250 mm drone + 3 nano drones. Built for group work and swarm concepts.
Aviation Kit
One fixed-wing RC plane. For aerodynamics and flight principles.
Hybrid Kit
250 mm drone + fixed-wing RC plane. Rotary and fixed-wing in one.
Three ways to build your lab.
Each tier is a complete, school-ready setup. Every one includes installation, teacher training, and a full year of expert guidance.
Beginner
Foundation setup- Core celestial mechanics models — Sun–Earth–Moon, moon phases, retrograde motion
- Foucault's pendulum & scaled solar system
- Celestial sphere, star dial & earth globe
- Night sky projector & astronomical laser
- Water rocket setup & solar glasses
- A0 posters (5 pc), star chart software, AV content
- Setup, teacher training & 1-year virtual support
Intermediate
Everything in Beginner, plus- Nano drone with remote control
- DIY robotics kit
- Tithi–Nakshatra & Rahu–Ketu eclipse node models
- Gravitation model & sun interior model
- Rover model & table-top PSLV model
- A0 posters (9 pc)
- 1-year virtual guidance
Advance
Everything in Intermediate, plus- 250 mm drone kit with curriculum
- RC plane kit with curriculum
- Astrophotography attachment
- A0 posters (10 pc)
- Full model set — CubeSat, rover, PSLV & more
The flagship configuration for schools building a signature STEM facility.
Six strands, one connected story.
Structured for concept-based learning with progressive difficulty — age-appropriate for classes 9–10 and 11–12.
Celestial mechanics
Earth–Sun–Moon systems, eclipses, seasons, and traditional time systems including tithi and nakshatra.
Observational astronomy
Telescope observation, the celestial sphere, star mapping, and the basics of astrophotography.
Space systems
Rockets, satellites and CubeSats, planetary exploration, and rover systems.
Aerospace & drones
Flight principles, drone assembly, control systems, propeller dynamics, and real UAV applications.
Physics in action
Gravitation, motion, forces, Earth's rotation via Foucault's pendulum, and solar structure.
Innovation & applied learning
DIY kits, robotics, simulations, and open-ended project-based exploration.
Skills that outlast the syllabus.
The lab teaches astronomy and aerospace. What students actually take with them is how to think.
- Scientific temperament
- Systems thinking
- Research skills
- Problem solving
- Engineering mindset
- Innovation culture
- Design thinking
- Space science exposure
- Leadership & teamwork
- A flagship STEM facility — the kind parents tour and remember.
- Stronger admissions appeal — visible proof of future-focused teaching.
- Real NEP 2020 implementation — experiential, multidisciplinary, competency-based.
- Higher ATL utilisation — equipment that gets used, not stored.
- Interdisciplinary teaching — physics, math, and computing meeting in one room.
- Year-round activity — projects, demonstrations, and competitions all session.
From first call to first flight.
You don't need an in-house expert. We install it, train your teachers, and stay on call for a year.
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Schedule a demo
We visit your campus and show the models and kits your students would actually use.
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Plan the setup
We map the right kit and lab tier to your space, your grades, and your board.
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Install & train
Complete installation, plus hands-on training and expert sessions for your teachers.
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Run it all year
Curriculum, assessments, and a full year of virtual guidance behind every session.
Let's build the lab your school is remembered for.
Book a demonstration, explore a partnership, or ask for the full inclusions list. We'll get back to you within one working day.