Products and Prototypes
FELUDA – First Experimental Launch Unit for Data Analysis
It is a compact cube-sat prototype equipped with a camera, temperature and humidity sensors, solar panels, and LoRa communication. Lifted up to 1 km using a high-altitude balloon. It serves as an essential platform for testing small satellite systems and atmospheric research.
Project Status: Completed and Launched
Cube Satellite for Sub-Orbital Experiments
A cube satellite for sub-orbital experiments is a compact platform designed to test sensors, capture imagery, collect atmospheric data, and transmit results in real time during short near-space missions, enabling rapid research and validation.
Project Status: Proposed
Satellite for Orbital and Deep Space Experiments
This satellite is designed for orbital and deep space experiments, enabling long-duration scientific research, sensor testing, communication trials, and environmental monitoring. Built for reliability and adaptability, it supports advanced payloads and autonomous operations, helping researchers explore space beyond Earth’s orbit.
Project Status: Proposed
Satellites
JATAYU – Joint Autonomous Terrain–Aerial Yawing Unit
This is a hybrid rover–drone system capable of seamless ground and aerial operation. Designed for exploration, surveillance, and research, it uses onboard sensors and autonomous control to navigate terrain, capture data, and perform multi-environment missions with high efficiency.
Project Status: Completed and Launched
MAGANLAL – Mars Autonomous Ground Analyser with Navigation and Life-Assessment Logic
MAGANLAL is a Mars rover prototype designed for autonomous navigation, methane detection, and surface imaging. Equipped with sensors, solar power, and onboard analysis, it simulates real Martian exploration by collecting environmental data and operating independently, demonstrating key technologies for future planetary missions.
Project Status: Under Development
MITTER – Moon Integrated Thermal and Terrain Exploration Rover
This is a compact lunar-simulation rover that measures temperature, humidity, and terrain conditions while navigating autonomously. With data transmission and obstacle detection, it models real lunar rover operations for research, education, and environmental sensing.
Project Status: Under Development
Drones and Rovers
SOLVE 300 - Sub-Orbital Launch Vehicle Express
This is a proposed single-stage sounding rocket designed to reach 100 km. Created for microgravity tests, atmospheric studies, and sensor validation, SOLVE aims to provide an affordable and reliable platform for sub-orbital scientific research.
Project Status: Proposed
SOLVE 500 - Sub-Orbital Launch Vehicle Express
This is a proposed 2-stage sounding rocket designed to reach 500 km. Created for microgravity tests, atmospheric studies, aeronomy and sensor validation, SOLVE aims to provide an affordable and reliable platform for sub-orbital scientific research.
Project Status: Proposed
SOLVE 1000 - Sub-Orbital Launch Vehicle Express
This is a proposed 2-stage sounding rocket designed to reach 1,000 km. Created for microgravity tests, atmospheric studies, aeronomy and sensor validation, SOLVE aims to provide an affordable and reliable platform for sub-orbital scientific research.
Project Status: Proposed