🔥Agnikul Cosmos
Artist visualization of the 3D-printed Agnilet engine undergoing high-altitude hot-fire testing.
Born out of the IIT Madras incubator ecosystem in 2017, Agnikul Cosmos is bringing unparalleled agility to satellite launches with their "plug-and-play" rocket design and mobile launch platforms. Their mission is to make space accessible for everyone, anywhere.
The Agnibaan: A Modular Marvel
Agnikul's flagship product, Agnibaan, is a highly customizable, two-stage launch vehicle. Unlike traditional rockets that are rigid in their configuration, Agnibaan is designed to be modular. It can be configured with or without "boosters" and can carry payloads up to 100 kg to a 700 km Low Earth Orbit (LEO).
⚡ Technical Modularity: Agnibaan
| Metric | Specifications |
|---|---|
| Payload Capacity | Up to 100 kg (LEO) |
| Propulsion Chemistry | Semi-cryogenic (LOX + Kerosene) |
| Engine Architecture | Fully 3D-printed single-piece components |
| Launch Timeline | From order to orbit in 2 weeks |
Agnilet: World's First Single-Piece 3D Printed Engine
The core of Agnikul's innovation is the Agnilet. Traditional rocket engines are assembled from over 1,000 individual parts including igniters, cooling channels, and fuel injectors. The Agnilet is 3D printed as a single contiguous piece of metal, eliminating potential points of failure at joints and dramatically speeding up production time.
India's First Private Launchpad (ALP-01)
In November 2022, Agnikul made history by establishing the first-ever private launchpad and mission control center within the ISRO facility at Satish Dhawan Space Centre (SDSC), Sriharikota. This facility, called ALP-01, allows Agnikul to leverage ISRO's world-class range operations while maintaining their own hardware autonomy.
Milestone Roadmap
Nov 2022
Launchpad Inauguration
ALP-01 commissioned at SDSC Sriharikota.
2024
SOrTeD Mission
First sub-orbital tech demonstrator mission using a single-stage rocket.
2025
First Customer Flight
Operational orbital delivery for early-stage constellations.
The "Uber for Space"
Agnikul is solving the 'cab-sharing' problem in space. Small satellites often have to wait months and alter their required orbits to hitch a ride on heavy lifters. Agnikul is building a dedicated ride specifically tailored to the customer's timeline and orbital trajectory, allowing for true on-demand access to the stars.