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Model rocketry, made clear
Explore how rocket parts fit together and what each system does.
Space science for curious minds
A holiday break with lift-off.
STELLRSPACE introduces students to model rocketry through live online lessons, guided simulations, challenges, and fascinating real-world space stories. No prior experience is required.
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Real missions, real engineering
Meet the ideas behind rocket navigation, launch milestones, and materials.
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Learn by experimenting
Change simulation inputs, compare flight paths, and share what you discover.
Five days, one flight path
From rocket parts to
a complete simulation.
Each batch follows the same programme. The sprint is fully online; activities use explanations, visuals, and simulations rather than physical rocket builds or launches.
Day 01 · Discover
Rocket systems & simulation
Meet model rocketry, identify major components, and explore how simulations represent a real system.
Day 02 · Design
Structure & materials
Look at rocket architecture, nose cones, fins, and materials used in rockets. See how design choices matter.
Day 03 · Fly
Propulsion & flight physics
Explore thrust, motion, gravity, drag, and simulated trajectories by changing parameters.
Day 04 · Guide
Navigation & recovery
Explore how rockets determine and follow a flight path, and how recovery systems bring them back safely.
Day 05 · Bring it together
Ground station & telemetry
Explore how ground stations use sensors and telemetry to follow a rocket flight, review simulated flight data, and connect the readings to the mission.
Learning content is introductory and simulation-based. No physical rocket construction, motor handling, or live launch is included in these online batches.
A little extra nerdy
Big rockets. Small details.
Good questions.
Connect model rocketry to the engineering and decisions behind real spaceflight, with approachable explanations and visual learning.
- 01How rockets orient themselves and navigate in flight
- 02What successful launches can teach us about engineering
- 03Why materials and structure matter in rocket design
- 04How thrust, stability, and gravity shape a trajectory
- 05Where sensors, electronics, and recovery fit into the system
Pick the time that works
Four batches · same sprint
All times are India Standard Time (IST). Each batch runs for five consecutive days, with a two-hour live session each day.
Batch 01
8–12 December 2026 · 6:00–8:00 PM IST
Online · 30 seats₹999per attendee
Batch 02
15–19 December 2026 · 6:00–8:00 PM IST
Online · 30 seats₹999per attendee
Batch 03
20–24 December 2026 · 10:00 AM–12:00 PM IST
Online · 30 seats₹999per attendee
Batch 04
20–24 December 2026 · 1:00–3:00 PM IST
Online · 30 seats₹999per attendee
The team behind STELLRSPACE
Curiosity about space, shared through learning.
We’re a team curious about how space systems work and how to make that knowledge accessible. We create approachable learning experiences that connect model rocketry, simulations, engineering concepts, and future pathways in the space sector. Our aim is to help students understand the science, ask good questions, and see more ways to take part in space.
Instructor profiles will be added when available.
Before you join
Quick answers
Questions not covered here? Email contactus@stellrspace.com.
Do I need prior rocketry experience?
No. There are no prerequisites for the current sprint.
Is this an in-person workshop?
No. All four batches are fully online.
Will we build or launch a rocket?
No physical build or launch is included. The sessions use online teaching, visuals, and simulations.
How much does it cost?
₹999 per attendee for the five-day sprint.
How many seats are available?
Each batch is limited to 30 attendees.
What time zone are the session times in?
All listed times are India Standard Time (IST).