DAKSH
AEROSPACE
⎯ OUR PHILOSOPHY
Engineering excellence
driving performance
Daksh Aerospace exists because curiosity refuses to stay on the ground. The company is built on a simple belief: progress doesn’t wait for perfect conditions. It begins with whatever tools, knowledge, and stubborn ambition you already have and grows from there.
Every rocket, every test stand, every line of code is an experiment in perseverance. Failure is treated as data, not defeat. Innovation is treated as a daily behaviour, not a distant goal. The company values engineering honesty: build it, test it, measure it, learn from it, repeat until it flies.
Daksh Aerospace believes in democratizing space in its own small, determined way. The sky is not reserved for giants; it’s open to anyone willing to learn, experiment, and risk being humbled by physics.
The philosophy is simple: start small, think cosmic, and let curiosity burn hotter than the motor.
Creating solutions that resonate with cutting-edge technology,
precision engineering, and sustainable innovation.
Launch pad 1.0
S.P.H.E.R.E. Flight Computer
Advanced Manual Propulsion System
What we do?
Daksh Aerospace builds experimental rockets from the ground up motors, avionics, and flight systems designed through relentless curiosity and hands-on engineering. The company develops solid-propellant motors using sugar-based and black-powder formulations, testing and refining them through practical experimentation.
Alongside propulsion, Daksh Aerospace designs its own onboard electronics. The flight computers use ESP32 microcontrollers paired with barometric sensors, temperature sensors, GPS, IMUs, and real-time telemetry links. Every launch gathers data through MicroSD logging so each mission becomes a stepping stone toward more capable rockets.
The work is simple in spirit: design, build, test, learn. Whether it’s a new motor grain, a sensor suite, or a wiring layout, everything is crafted with a focus on gradual improvement and honest engineering.
Daksh Aerospace aims to push its rockets a little higher each time, turning small experiments into meaningful progress.
S.P.H.E.R.E.
Stabilized Propulsion & High-altitude Exploration Rocket Electronics. Advanced rocket flight computer which aims to collect flight data during launch
Read More"Reaching for the stars!"
Frequently asked question
Daksh Aerospace is an independent experimental rocketry company focused on building small solid fuel rockets, custom flight computers, and sensor driven avionics systems. It’s self funded and built from the ground up through hands-on engineering.
You can reach our customer support team by emailing dakshaerospace@gmail.com, calling +91 98257 74803 or through contact us page. Our dedicated team is available 24/7 to assist with any inquiries or issues.
We’re committed to providing prompt and effective solutions to ensure your satisfaction in the aerospace industry.
VIBHUTI MK-I is the upcoming rocket mission currently in development. It has no official launch date yet, but avionics, propulsion components, and structural testing are underway.
The rockets use solid motors based on sugar propellant and black powder. These motors are developed in-house, tested incrementally, and designed for controlled experimental launches.
Our rockets use a custom ESP32 based flight computer with barometric sensors, temperature sensors, GPS, IMU, MicroSD logging, and live telemetry. Each flight captures data to improve future designs.
VIBHUTI MK-I is the upcoming rocket mission and it is reusable currently in development. We use parachute recovery system for reusing our rockets.
Not at this moment. Daksh Aerospace is currently in the research and development phase. Commercial services may be offered once reliable performance and safety benchmarks are reached.
Daksh Aerospace is completely self-funded and independent. We currently don’t take investors, but supporters can follow our journey through updates and future community initiatives.
Daksh Aerospace is fully self funded. Every rocket, motor test, and piece of avionics comes from personal effort and limited resources. If you want to help this project grow, you can support us directly. Your contribution goes toward sensors, materials, testing, and future missions like VIBHUTI MK-I.
Your support makes a big difference.