Skyroot Aerospace to launch India’s first private orbital rocket on Saturday
Skyroot Aerospace's Vikram-1, described as India's first privately developed orbital-class rocket, has a launch window opening on 18 July from the First Launch Pad at the Satish Dhawan Space Centre-SHAR (SDSC-SHAR), Sriharikota, extending through early August.
The mission, named "Aagaman," is designed to place multiple customer payloads — including cubesats and technology-demonstration hosted payloads from domestic and international customers, along with an artwork payload — into low Earth orbit.
The flight is the first of three planned development flights meant to validate Vikram-1 before Skyroot begins regular commercial launch operations.
The attempt places India among a small group of countries whose private, non-state companies have developed an indigenous orbital-class launch vehicle.
FDI Liberalisation in India's Space Sector (2024)
On 21 February 2024, the Union Cabinet approved a graded liberalisation of India's foreign direct investment (FDI) policy for the space sector, formally notified through a gazette notification dated 16 April 2024. The policy replaced the earlier requirement of case-by-case government approval with defined automatic-route limits calibrated to the sensitivity of each activity, aiming to attract capital into satellite manufacturing, ground infrastructure, and launch vehicle development.
Key Details
- Satellite component and sub-system manufacturing: 100% FDI under the automatic route
- End-to-end satellite manufacturing and operation: up to 74% FDI under the automatic route (beyond 74% requires government approval)
- Launch vehicles, spaceports, and associated systems: capped at 49% under the automatic route, reflecting their dual-use (civilian/military) sensitivity
- Private entities must still obtain authorisation from the Indian National Space Promotion and Authorisation Centre (IN-SPACe) regardless of FDI route
Skyroot's ability to raise capital from global investors to fund a capital-intensive orbital launch vehicle programme like Vikram-1 operates within this 2024 FDI ceiling of 49% for launch-vehicle companies — a distinct, lower cap than for satellite manufacturing, reflecting how India calibrates foreign capital access by strategic sensitivity within the same liberalised space policy.
India's Space Economy Growth Target — Private Capital as the Growth Engine
India's space economy has been valued at roughly USD 8.4 billion (2022) and is targeted to reach approximately USD 44 billion by 2033, aiming to capture around 8% of the projected global space market, according to industry-body projections released in 2025. This growth trajectory is explicitly premised on a shift from a government-led (ISRO-only) model to a commercially driven ecosystem in which private launch-vehicle and satellite companies contribute a growing share of output.
Key Details
- Projected growth requires an estimated USD 22 billion in cumulative private and public investment over the following decade
- Satellite communication (SATCOM) and Earth observation are projected as the largest revenue segments by 2033
- The Indian Space Policy, 2023 and IN-SPACe (est. June 2020) provide the institutional scaffolding — role delineation between ISRO (research), NewSpace India Limited/NSIL (commercial arm), and private non-government entities (NGEs) — that underpins this target
- Skyroot Aerospace has raised funding across multiple rounds from domestic and international investors, reported to value the company at roughly USD 1 billion, making it one of India's space-sector unicorns
A successful Vikram-1 orbital flight would be a concrete proof point for this economic thesis — demonstrating that a privately funded Indian company can deliver a capability (orbital launch) that directly targets the growing SATCOM and Earth-observation launch-services market central to the USD 44 billion 2033 projection.
Global Benchmark — Private Companies Achieving Orbital Launch
Only a small number of companies worldwide have independently developed a rocket capable of reaching orbit without being a state space agency. SpaceX's Falcon 1 became the first privately developed, liquid-fuelled launch vehicle to reach orbit on 28 September 2008, after three earlier failed attempts; other entrants such as Rocket Lab (Electron, first orbital success 2018) followed years later.
Key Details
- SpaceX achieved private orbital launch in 2008, sixteen years after the company's founding difficulties and multiple failures
- Vikram-1 would make Skyroot (founded 2018) one of the few global private companies to reach orbit with an indigenously developed vehicle, and the first to do so from India
- India's own state space agency, ISRO, first achieved orbital launch capability with the SLV-3 in 1980
- Cubesats — standardised small satellites built in multiples of a 10 cm cube unit (1U, 3U, 6U, etc.) — are the typical payload class for such technology-demonstration missions, valued for low cost and rapid development cycles
Placing Vikram-1 against this global timeline underscores the technical difficulty of the orbital threshold — most private launch companies require years and multiple failures before their first orbital success, framing Skyroot's attempt as a high-stakes test of India's post-2020 private space-sector reforms.
- Vikram-1 launch window: opens 18 July 2026, First Launch Pad, SDSC-SHAR, Sriharikota
- FDI caps (2024 space sector policy): 100% (satellite components), 74% (satellite manufacturing/operation), 49% (launch vehicles/spaceports) — all under the automatic route
- India's space economy: ~USD 8.4 billion (2022) targeted to reach ~USD 44 billion by 2033 (FICCI-EY projection, 2025)
- Estimated investment required for the 2033 target: ~USD 22 billion over a decade
- SpaceX's Falcon 1 — first private orbital launch worldwide: 28 September 2008
- ISRO's first orbital launch (SLV-3): 1980
- Skyroot Aerospace founded: 2018, by former ISRO scientists Pawan Kumar Chandana and Naga Bharath Daka