Accelerating cleaner, safer, and more efficient InSpace operations through indigenous green propulsion technology.

Supported By

IIT Kanpur — SIIC
Startup TN
IN-SPACe
STPI
Ministry of Electronics & Information Technology
Social Innovation Lab By CITI
i-Hub, Gujarat
DST NIDHI Prayas
IIT Kanpur - Technopark
IIT Kanpur — SIIC
Startup TN
IN-SPACe
STPI
Ministry of Electronics & Information Technology
Social Innovation Lab By CITI
i-Hub, Gujarat
DST NIDHI Prayas
IIT Kanpur - Technopark
IIT Kanpur — SIIC
Startup TN
IN-SPACe
STPI
Ministry of Electronics & Information Technology
Social Innovation Lab By CITI
i-Hub, Gujarat
DST NIDHI Prayas
IIT Kanpur - Technopark

Our Edge

Green Propulsion

Green Propulsion

INDIGENOUS Technology

INDIGENOUS Technology

1-200N+ Thrust

1-200N+ Thrust

In-orbit refueling

In-orbit refueling

What we Build. Why we Build

Vision

Vision

To build the propulsion foundation for the future of InSpace mobility, delivering complete, reliable, and sustainable solutions from propulsion systems to On-Orbit operations.

Mission

Mission

Deliver reliable, sustainable, and flight-ready propulsion technologies that enable precise maneuvering, extended mission life, and more capable spacecraft

Where propulsion meets
possibilities

ATOM
01

ATOM

A monopropellant thruster for attitude control and orbital manoeuvring, utilizing RH521 propellant with the ARC26 catalyst system for controlled propellant decomposition.

MOLECULE
02

MOLECULE

A bipropellant and cold-gas propulsion platform built as one integrated system, with self-pressurizing propellant technology enabling a simpler propulsion architecture

CUBEHOOD
03

CUBEHOOD

A complete propulsion system packaged within 2.5U, designed for direct integration with CubeSat platforms.

PRISM
04

PRISM

An autonomous servicing platform designed for robotic docking and precision propellant transfer, enabling in-orbit refuelling and extended satellite operations.

Our Approach

DESIGN
01

DESIGN

Transforming mission requirements into precise, reliable concepts engineered for performance, efficiency, and real-world space applications.

ANALYSIS
02

ANALYSIS

Evaluating every system through detailed analysis and simulation to ensure performance, reliability, and mission readiness.

VALIDATION THROUGH TESTING
03

VALIDATION THROUGH TESTING

Testing every component and system under demanding conditions to verify safety, reliability, and consistent performance.

OPTIMIZING
04

OPTIMIZING

Refining the system through continuous improvement to enhance efficiency, performance, and overall mission capability.

FINAL PRODUCT
05

FINAL PRODUCT

Delivering a fully validated, mission-ready solution designed for reliable performance in real operational environments.