Agnikul Cosmos

Customers get a dedicated launch for their payload instead of waiting for a shared ride.

Vehicle is sized to the customer's payload for cost efficiency.

Delivers payloads to the exact orbit requested, not just to space generally.

Agnilet engine at the heart of the Agnibaan launch vehicle is 3D-printed as a single piece.

Organizations needing on-demand orbital delivery of small/micro/nano satellites, customized per mission.

Prospective launch customers reach Agnikul directly via a dedicated payload/customer contact email and web contact form.

Core activity spans vehicle design, in-house manufacturing, testing, and launch operations.

Patented in-house engine technology, 3D-printed as one piece with no assembled parts.

Proprietary mobile launchpad design enabling deployment flexibility.

Owned/operated launch infrastructure at SDSC SHAR, Sriharikota.

Core flight and propulsion systems designed in-house rather than sourced.

Modular, clusterable rocket configuration lets Agnikul customize and "shrink" the vehicle per mission instead of using one fixed design.

First space tech startup to sign an agreement with ISRO under the IN-SPACe framework; ISRO/IN-SPACe supported Agnikul's private launchpad at SDSC SHAR.

Incubated at and operates out of the National Centre for Combustion Research and Development at IIT Madras.

MoU (July 2026) to jointly build, launch and operate SAR earth-observation satellites from India.

Feb 2026 partnership to build a proof-of-concept space-based AI data center, to be launched via Agnibaan (targeting 2027).

Revenue model is priced per mission based on payload mass rather than fixed vehicle pricing.