VIKRAM 1

VIKRAM 1

Context

• Skyroot Aerospace successfully launched Vikram-1 under Mission Aagaman, making it India’s first privately developed orbital launch vehicle to successfully place payloads into Low Earth Orbit (LEO).
• With this achievement, India became the third country after the United States and China where a private company has independently reached orbit.
• The mission marks a historic milestone in India’s commercial space journey and validates the country’s recent space sector reforms.

ABOUT VIKRAM 1

• Vikram-1 is an orbital launch vehicle developed by Skyroot Aerospace, a Hyderabad-based private space company and India’s first space-sector unicorn.
• The rocket is named after Vikram Sarabhai, regarded as the father of the Indian Space Programme.
• It follows the successful Vikram-S suborbital mission launched in 2022, which demonstrated launch capability but did not achieve orbit.
• The maiden orbital mission, Mission Aagaman, successfully placed payloads into Low Earth Orbit, demonstrating India’s private launch capability.

KEY FEATURES OF VIKRAM 1

Payload Capacity

• Vikram-1 is capable of carrying 300–480 kilograms of payload into Low Earth Orbit (LEO).
• It is specifically designed to serve the rapidly growing global small satellite launch market.

Carbon Composite Structure

• The rocket extensively uses all-carbon composite structures instead of conventional metallic alloys.
• This significantly reduces the rocket’s weight, improves fuel efficiency, and increases payload capacity.

3D-Printed Raman Engine

• Vikram-1 is equipped with the 3D-printed liquid-fuelled Raman engine.
• The engine enables precise orbital insertion while reducing manufacturing time, component complexity, and production costs.

Advanced Solid Propulsion

• The lower stages are powered by the Kalam series solid rocket motors.
• These provide high thrust, operational reliability, and mission stability.

Symbolic Payload

The maiden mission carried:

• “Cosmic Bloom”, a floral artwork symbolising India’s scientific aspirations.
• An 18-karat gold micro-rocket containing microscopic sculptures of:
  • C. V. Raman.
  • Vikram Sarabhai.
  • A. P. J. Abdul Kalam.

SIGNIFICANCE OF VIKRAM 1

Validation of Space Sector Reforms

• The successful launch validates India’s landmark space sector reforms initiated in 2020.
• It demonstrates the effectiveness of opening the space sector to private participation.

Emergence of a Commercial Space Ecosystem

• Vikram-1 represents India’s transition from an ISRO-led model to a public-private partnership model.
• It strengthens India’s position in the global commercial launch services market.

Global Competitiveness

• Indigenous innovations such as 3D printing and carbon composite technology enable India to develop world-class launch vehicles at competitive costs.
• This enhances India’s competitiveness in the global small satellite launch industry.

Strategic Importance

• Private launch vehicles reduce dependence on ISRO for routine commercial launches.
• ISRO can therefore devote greater resources to:
  • Deep-space exploration.
  • Planetary missions.
  • Advanced scientific research.

GOVERNMENT REFORMS SUPPORTING PRIVATE SPACE SECTOR

Indian Space Policy, 2023

• The policy opened the entire space value chain to Non-Government Entities (NGEs).
• Private companies are now permitted to undertake:
  • Satellite manufacturing.
  • Launch vehicle development.
  • Launch services.
  • Downstream space applications.

IN-SPACe (Indian National Space Promotion and Authorisation Centre)

About

• IN-SPACe is an autonomous agency established to regulate and promote private participation in the space sector.
• It acts as a single-window agency for authorization and facilitation.

Functions

• Grants authorization to private space missions.
• Provides access to ISRO infrastructure and testing facilities.
• Facilitates technology transfer.
• Encourages innovation and commercialization.

NewSpace India Limited (NSIL)

About

• NSIL is the commercial arm of ISRO.
• It promotes commercialization of Indian space technologies and supports private sector participation.

Functions

• Commercial launch services.
• Satellite manufacturing.
• Technology transfer.
• End-to-end space solutions.

GOVT’S FINANCIAL SUPPORT

IN-SPACe Seed Fund Scheme

• Provides grants up to ₹1 crore for startups and MSMEs.
• Supports mentorship, networking, and business development.

₹1,000 Crore Venture Capital Fund

• Created to promote early-stage investment in India’s space startup ecosystem.

Technology Adoption Fund (TAF)

• Corpus: ₹500 crore.
• Provides:
  • Up to 60% funding for startups and MSMEs.
  • Up to 40% funding for large industries.
• Maximum assistance:
  • ₹25 crore per project.

Liberalised Foreign Direct Investment (FDI)

The Government has liberalized FDI norms:

• 74% Automatic Route:
  • Satellite manufacturing and operations.
• 49% Automatic Route:
  • Launch vehicles.
• 100% Automatic Route:
  • Satellite components and subsystems.

These reforms encourage foreign investment, technology transfer, and ease of doing business.

INDIA’S SPACE SECTOR: FROM POLICY TO PROGRESS

Major achievements include:

• Growth of space startups from 1 startup (2014) to over 400 startups (2026).
• Expansion of India’s space economy from USD 8.4 billion towards an estimated USD 40–45 billion by 2030 and USD 100 billion by 2040.
• NSIL successfully executed India’s first commercial LVM3
• Vikram-S (2022) became India’s first privately developed rocket.
• Agnikul Cosmos (2024) launched from India’s first private launch pad using the world’s first single-piece 3D-printed semi-cryogenic engine.
• IN-SPACe approved India’s first PPP Earth Observation satellite constellation led by Pixxel.
• HAL received SSLV technology transfer.
• Bellatrix Aerospace demonstrated indigenous Green Propulsion Systems.

CHALLENGES

Limited Launch Infrastructure

• India remains heavily dependent on the Satish Dhawan Space Centre (Sriharikota).

Absence of Reusable Launch Vehicles

• Indian private companies currently use expendable launch systems, unlike SpaceX, which significantly reduces launch costs through reusable rockets.

Regulatory Gaps

• India has not yet enacted a comprehensive Space Activities Act.
• Issues relating to liability, insurance, intellectual property, and dispute resolution remain uncertain.

Limited Government Procurement

Unlike NASA, India lacks an “anchor customer” model providing assured long-term contracts to private companies.

Supply Chain Dependence: India imports many:

• Space-grade semiconductors.
• Radiation-hardened electronics.
• Sensors.
• Advanced propulsion components.

Orbital Congestion

Competition for orbital slots and radio spectrum is increasing because of global mega-constellations.

Space Security: Growing private participation requires stronger:

• Space Situational Awareness (SSA).
• Cybersecurity.
• Space debris management.

WAY FORWARD

• Enact a comprehensive Space Activities Act to provide legal certainty.
• Establish a specialised tribunal for commercial space disputes.
• Expand government procurement through an anchor customer model.
• Launch Production Linked Incentive (PLI) schemes for space-grade electronics and advanced materials.
• Accelerate development of:
  • Kulasekarapattinam Spaceport.
  • Space Manufacturing Parks.
• Promote reusable launch vehicle (RLV) technology.
• Strengthen indigenous manufacturing under Atmanirbhar Bharat.
• Utilize international initiatives such as:
  • iCET (India–US Initiative on Critical and Emerging Technology).
  • Artemis Accords.
• Enhance global collaboration while protecting strategic national interests.

 

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