Hyderabad-based space startup Skyroot Aerospace is inching closer to a milestone: its first commercial orbital launch of the Vikram-1 rocket, expected by January 2026. That could make it India’s first privately built rocket to carry satellites into low Earth orbit-a profoundly different new reality for the country’s space tech landscape.
From Suborbital Beginnings to Orbital Ambition
Skyroot first hit the headlines in 2022 when it successfully conducted the suborbital flight of its Vikram-S (Mission Prarambh) rocket.
That test proved many of its technologies and set the stage for far more ambitious plans. The company was founded in 2018 by former ISRO engineers Pawan Kumar Chandana and Naga Bharath Daka with a vision to make space more accessible via private sector innovation.
Now, Vikram-1 — a three-stage orbital vehicle — stands at the heart of Skyroot’s ambitions. The rocket is designed to haul small satellites into low Earth orbit, with a maximum mass of ~480 kg, suited for commercial clients and constellation deployments in mind.
Key Technical Milestones
Skyroot recently cleared several critical engineering hurdles:
In August 2025, it completed a static test firing of Vikram-1’s Stage 1 motor, called the Kalam-1200, at ISRO’s Satish Dhawan Space Centre.
In May of 2025, the company successfully separated Stage 2 from Stage 3 using an ultra-low shock pneumatic system developed in-house.
The Kalam-1200 booster is fabricated using lightweight carbon-composite materials, maximizing thrust and ensuring a much lighter weight.
During the test, thermal protection, nozzle steering via a flex-nozzle, and other essential subsystems were also validated by the engineers.
These achievements build confidence that Vikram-1 is flight-ready and its systems mature enough for an orbital mission.
Business Case & Commercial Strategy
Skyroot forecasts that its first commercial launch could generate up to US$5 million in revenue.
As it scales, the team plans to increase the launch cadence progressively: a quarterly launch rate targeted for 2026 and further aiming at monthly flights by 2027.
This is in response to the current and growing demand for small satellite launches worldwide. Offering a reliable and cost-effective orbital vehicle, Skyroot aims to capture a big share of the market. It uses carbon composite materials, 3D-printed components, and a modular design to keep production time and launch costs competitive.
Backed by Strong Capital & Expertise
Skyroot is not flying solo-it has raised significant funding and has strong partnerships in place:
Its investors range from big global firms such as Temasek and GIC, indicating serious institutional confidence in the startup.
For tests, the company is operationally leveraging ISRO infrastructure. The static fire, separation tests, and other validations that it conducts use ISRO’s facilities, underlining a fruitful public-private collaboration.
Strategic Importance for India’s Space Sector
The plan by Skyroot to go commercial is more than a milestone for the company; it is a statement on the growing maturity of India’s private space ecosystem. Since the space reforms in 2020, which allowed private companies to build and launch rockets with supervision from IN-SPACe, startups such as Skyroot have rapidly evolved.
The Times of India This would be a turning point because it will prove that Indian companies not only can innovate but also deliver on the high-stakes promise of commercial spaceflight. Challenges Ahead Despite its progress, the challenges are: Regulatory approvals: All systems must be certified for a safe launch, and Skyroot will have to coordinate with IN-SPACe and ISRO for clearance. Launch risk: Flight tests are always fraught with risks, particularly for untried rockets. Any setback could delay the roadmap.
Manufacturing scale: For Skyroot to launch every month, it will need to scale its manufacturing capabilities without considerably increasing the per-rocket price. Competing: There are several private launch providers around the world targeting the small-satellite market. Skyroot would need to differentiate on cost, reliability, or niche offerings. A New Chapter for Indian Space If Skyroot is successful on its upcoming launch, it will be writing history: the first privately developed orbital rocket from India. That success could also usher in an era of frequent, low-cost private launches from Indian soil that would cater both to domestic and global satellite customers. With its leading technology, experienced team, and ambitious business plan, Skyroot Aerospace is not only reaching for space, it’s democratizing access to it. The next few months may very well determine whether this vision becomes a reality.
