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SOUTH INDIA'S
ROCKETRY CHALLENGE - 2k26

A Government of Andhra Pradesh Initiative to Advance STEM Education and Aerospace Innovation

Organised By
Government of Andhra Pradesh

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Technical Partners

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AP Science City, Tirupati

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Space Kidz India

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Muskan Foundation

About the Challenge

South India’s Rocketry Challenge is a high-rigor student competition designed to simulate real-world aerospace engineering workflows. Teams will design, simulate, fabricate, and launch a solid motor rocket capable of reaching a target altitude of 1 km while meeting strict safety, structural, and telemetry requirements.

The blueprint of South India Rocketry Challenge – 2K26 was formally unveiled by Hon’ble Chief Minister N. Chandrababu Naidu, reaffirming Andhra Pradesh’s commitment to strengthening STEM education and nurturing the next generation of space scientists and aerospace engineers.

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The challenge evaluates not just flight success, but engineering decisions, documentation quality, simulation accuracy, electronics integration, and post-flight data integrity.

Quick Highlights

  • Rocket design, simulation, fabrication, and live launch

  • OpenRocket based validation

  • Real-time telemetry and recovery system testing

  • Industry-grade evaluation across 4 rounds

* Registration ends on 02nd January, 2026

Event Snopshot

Dates: January 22–24, 2026
Duration: 3 Days
Venue: Vignan University, Guntur District, Andhra Pradesh
Participation Region: South India

Who can participate?

  • Undergraduate engineering students

  • Interdisciplinary student teams

  • Faculty-mentored student teams​

Team Composition

  • Team size: Recommended 3–6 members

  • One team lead is mandatory

  • One faculty mentor is recommended

Detailed technical rules will be shared after registration.

* Registration ends on 02nd January, 2026

Competition Structure

  • Round 1: Documentation & Technical Analysis
    Focus on calculations, design logic, stability, and presentation.

  • Round 2: Simulation & OpenRocket Validation
    Model accuracy, stability margins, risk analysis, and feasibility.

  • Round 3: Physical Rocket Inspection & Testing
    Airframe quality, electronics integration, recovery systems, payload readiness.

  • Round 4: Flight & Launch Performance
    Altitude accuracy, recovery success, telemetry data quality, safety compliance.

  • Each round carries 100 points.
    (Total: 400 points)

Have questions before registering?
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