Skyroot Aerospace is an Indian private launch vehicle developer building on-demand rockets for small-satellite operators. The company markets dedicated launches and rideshare flights with its Vikram series of launch vehicles, which Skyroot lists as all-carbon-composite vehicles, with Vikram-1 made in India.
The company lists its Vikram-1 orbital rocket as launched in 2026, alongside plans for the larger cryogenic Vikram-II vehicle in 2027. Recent press headlines describe the initial Vikram-1 flight as a successful first private orbital launch for India, though Skyroot Aerospace does not publish orbital confirmation data or payload manifests on its website.
What Skyroot Builds
Skyroot Aerospace designs and manufactures small-satellite launch vehicles under the tagline “Opening Space for All.” The company focuses on dedicated flights and rideshare missions for small satellites that require custom orbital injection.
The company’s vehicle family includes the suborbital Vikram-S rocket, the orbital Vikram-1 small-satellite launcher, and the planned Vikram-II vehicle. Skyroot lists Vikram-S, Vikram-1 and Vikram-II as all-carbon-composite vehicles; Vikram-1 is listed as made in India.
| Vehicle | Published Capacity | Status Listed by Company |
|---|---|---|
| Vikram-S | Not published | Launched in November 2022 |
| Vikram-1 | Up to 350 kg to low Earth orbit; up to 260 kg to Sun-synchronous orbit | Launched in 2026 |
| Vikram-II | Up to 900 kg to low Earth orbit; up to 600 kg to Sun-synchronous orbit | Launching in 2027 |
Skyroot Aerospace markets these launchers for customers seeking rapid, precise, and customizable flight options.
The Vikram-1 Rocket
The Vikram-1 launch vehicle is an on-demand orbital rocket designed to place small satellites into low Earth orbit and Sun-synchronous orbit. The launcher carries up to 350 kg to low Earth orbit and up to 260 kg to Sun-synchronous orbit.
Skyroot Aerospace builds Vikram-1 using an all-carbon-composite structure. The propulsion setup combines solid-fuel boosters and a 3D-printed liquid engine. The company states that the vehicle supports dedicated missions as well as rideshare launches requiring custom orbital deployment parameters.
On its website, Skyroot Aerospace labels Vikram-1 as “LAUNCHED IN 2026.” News headlines dated 18 July 2026 describe the flight as India’s first private orbital rocket mission and as putting India alongside the U.S. and China in private orbital launch. Skyroot Aerospace does not publish orbit outcome or payload details on its homepage, so those specific mission parameters remain unverified in company sources.
Vikram-II and the Cryogenic Step
Skyroot Aerospace plans to expand its orbital lift capacity with Vikram-II, which the company schedules for launch in 2027. The vehicle increases payload performance to 900 kg for low Earth orbit missions and up to 600 kg for Sun-synchronous trajectories.
Vikram-II uses an all-carbon-composite structure similar to the smaller Vikram-1. The vehicle is listed as powered by a cryogenic engine.
Skyroot Aerospace advertises both dedicated launches and rideshare flights on Vikram-II. Skyroot lists higher capacity for Vikram-II than for Vikram-1.
Newsroom Headlines Timeline
Skyroot launched its suborbital Vikram-S vehicle in November 2022. The mission, designated “Mission Prarambh,” flew from Sriharikota which Skyroot says marked the beginning of India’s private space launch industry.
The company’s newsroom lists these dated headlines:
- 15 October 2025: “Skyroot and Exolaunch Announce Strategic Partnership Agreement”
- 27 November 2025: “PM Modi Inaugurates Skyroot’s Infinity Campus”
- 25 April 2026: “Telangana CM flags off India’s first private orbital rocket to launchsite”
- 07 May 2026: “Skyroot Becomes India’s First Space-tech Unicorn”
- 07 July 2026: “Skyroot Prepares for First Orbital Launch Attempt”
- 16 July 2026: “Skyroot’s Vikram-1 to Launch on 18 July. Sriharikota Viewing Gallery Opens Registrations”
- 18 July 2026: “India’s Skyroot launches Vikram-1 in first private orbital rocket mission”
- 18 July 2026: “India’s space industry blasts off”
- 18 July 2026: “INSIDE INDIA Inside India newsletter: Skyroot rocket puts India alongside U.S., China in private orbital launch”
- 11 September 2026: “Skyroot gears up for 2nd Vikram-1 launch, ships rocket’s first stage to Sriharikota”
The 11 September item points to a second Vikram-1 launch being prepared. The newsroom headline does not give a second-launch date, so check Skyroot’s newsroom for the current schedule.
Commercial Context for Small-Satellite Launch
Skyroot Aerospace describes Vikram-1 as an on-demand launcher for small satellites. For background on orbital architectures and launch services, see our reviews of India Space Program, India Space Missions Explained, Launch Vehicles Explained, Electron Rocket Explained, and the SpaceX Rideshare Program Explained.
Skyroot lists Vikram-II, with higher stated capacity, as launching in 2027. Check skyroot.in for current vehicle data.
How Skyroot’s Approach Compares With Rocket Lab’s Electron
Both Skyroot Aerospace and Rocket Lab built small-satellite launchers around carbon-composite structures to serve payloads that might otherwise wait for a rideshare slot on a larger rocket. A SpaceX rideshare carries many satellites together to a shared orbit, which forces small payloads to accept a compromise destination and a fixed timetable. Dedicated small-launch vehicles trade lower mass capacity for custom trajectories and control over the launch calendar.
| Dimension | Skyroot Vikram-1 | Rocket Lab Electron |
|---|---|---|
| Airframe construction | All-carbon composite | Mostly carbon composite |
| Propulsion design | Solid-fuel boosters with a 3D-printed liquid engine | Not detailed in this comparison |
| Reuse | Not stated | Recovers some boosters and requalifies individual engines |
| Primary launch sites | Not covered in the sources read | Mahia Peninsula (New Zealand) and Wallops Island (Virginia) |
| Dedicated pricing | Not publicly stated by Skyroot | Roughly $7.5 million, varying by mission |
| Mission flexibility | Dedicated and rideshare offerings marketed | Dedicated launches to customer-selected orbits and dates |
The technical approach differs sharply in propulsion and operations. Skyroot uses solid-fuel stages paired with a 3D-printed liquid engine to push up to 350 kg into low Earth orbit and up to 260 kg into Sun-synchronous orbit. Rocket Lab operates Electron from Launch Complex 1 on the Mahia Peninsula in New Zealand and Launch Complex 2 at Wallops Island, Virginia, recovering selected boosters to requalify individual engines rather than reflying an entire stage.
Commercial maturity also separates the two vehicles. Rocket Lab has quoted dedicated Electron flights at roughly $7.5 million, whereas Skyroot has not published standard launch pricing for Vikram-1. Vikram-1 is listed as launched in 2026, but Skyroot’s website does not report payload details or orbit outcomes, leaving operational parameters unverified in company documentation.
Buyers evaluating the small-launch sector should confirm whether Skyroot releases orbital injection data and standard commercial pricing for Vikram-1.
Unpublished Commercial and Operational Metrics
The sources read do not publish:
- Dedicated launch pricing or cost per kilogram figures.
- Specific payload manifests or customer identities for the 2026 orbital flight.
- Detailed orbital insertion parameters, apogee, perigee, and inclination.
- Flight count and contract booking totals.
Operators should verify mission outcomes, ISRO/IN-SPACe notices, and launch availability directly through Skyroot Aerospace and public mission notices from the Indian Space Research Organisation.