Mission MESOSPHERE
Ekushey Image
Ekushey
Mission KÁRMÁN LINE
Bidrohi SR Image
Bidrohi SR
Mission low earth orbit
Nazrul 01 Image
Nazrul 01

Payload

Ekushey

Scientific instruments (5 kg max)

Bidrohi SR

Sub-Orbital (Max 25 kg)

Nazrul 01

LEO (Max 510 kg)

Architecture

Ekushey

Solid propulsion Single stages with proven design heritageN/A

Bidrohi SR

Solid propulsion Two stages with proven design heritage. Miniaturized and Modern Avionics.N/A

Nazrul 01

Advanced Cryogenic Methalox engine replaces upper stage of Nazrul 01. Miniaturized and Modern Avionics.N/A

Flexibility

Ekushey

N/A

Bidrohi SR

N/A

Nazrul 01

Orbital Adjustment Module with re-start capability enables multi-orbit insertions.N/A

Economy

Ekushey

Lowest costN/A

Bidrohi SR

Lowest cost in the payload segmentN/A

Nazrul 01

Lowest cost in the payload segmentN/A

Boson Engine

Our Rocket team will develop a liquid rocket for human flight. We will use liquid oxygen (LOX) and Ethanol as fuel. We gave it the name “Boson Engine” as a tribute to someone special who was a mathematician and physicist specializing in theoretical physics, known as Satyendra Nath Bose.

Thrust: 15KN

Project Progress
Work done 85%

Funded by Private Investor

Project ARLS (Firefly) [Open Source: MIT License]

The Autonomous Rocket Landing System (ARLS) project represents a groundbreaking initiative in the field of space exploration and rocket technology. As humanity continues to push the boundaries of space exploration, the need for more advanced and efficient methods of rocket recovery becomes increasingly vital. ARLS aims to address this challenge by developing a state-of-the-art system that enables autonomous landings of rockets, revolutionizing the way we approach space missions.

Space agencies and private aerospace companies are actively seeking innovative solutions to enhance the reusability of launch vehicles. Traditional methods involve parachutes or controlled descent into bodies of water, requiring extensive post-mission refurbishments. ARLS seeks to overcome these limitations by introducing a cutting-edge autonomous landing system that enhances safety, reduces costs, and facilitates a more sustainable approach to space exploration.

To Join This Project

Project Progress
Work done 6%

Funded by Crowdfunding

Future Vision

Human Flight To Space

Dhumketu: DX 5.0 Firefly
Human Capsule

The Capsule

The first capsule we build will be a boilerplate model of the pressure hull made from steel. The challenges for creating a crewed capsule are significant: the capsule must be capable of surviving atmospheric stress on entry and ascent. It must hold pressure and support a homegrown life support system. Moreover, the capsule must be capable of returning safely to earth under its own parachutes at a peak velocity of almost Mach 3.

Humna Flight To Space

The Goal

 

The ultimate goal of DhumketuX is to launch a human on a suborbital ride to space. For this purpose, we are developing the firefly rocket. Designing a manned, suborbital space flight system is not an easy task. Currently, there are only two manned suborbital spaceflight flight systems operational; Blue Origin’s New Shepherd and Virgin Galactic’s Spaceship Two. Both systems are bankrolled by multi-million dollar companies, employing leading aerospace professionals. Our mission is, in every sense, without precedent.

No crewed spacecraft has ever been developed by a student team.

No crewed spacecraft has ever been developed and flown from Bangladesh.

No crewed spacecraft has ever launched from an aquatic launchpad.