Boson Engine: Advancing Autonomous Flight with Precision and Power
🔬 Overview
The Boson Engine is a next-generation liquid rocket engine developed by Dhumketu Exploration Technologies Limited , designed to power the future of autonomous rocket landings and pave the way for human spaceflight missions. Inspired by the legacy of Satyendra Nath Bose, this powerful engine represents a leap in precision, efficiency, and sustainable rocket technology.
🔧 Technical Specifications
Thrust: 1.5 + kN
Propellants: Liquid Oxygen (LOX) + Kerosene
Propulsion Type: Advanced Bipropellant / Tripropellant System
Mission Role: Controlled launch, descent, and landing
Integration: Core propulsion unit of Revolation V1
🛰️ Purpose & Vision
The Boson Engine is at the heart of DhumketuX’s Revolation V1 project, aimed at revolutionizing reusable rocket technology. With real-time control capabilities, this engine allows for precision-guided autonomous landings, enabling cost-effective and rapid launch cycles. As we move toward human-rated systems, Boson is engineered to meet the high standards of safety, reliability, and performance required for manned spaceflight.
🌍 Why It Matters
🔁 Reusability: Reduces launch costs and material waste
🧠 Autonomy: Enables self-guided landing systems without external commands
🌌 Scalability: Designed for both suborbital and future orbital missions
🧬 Innovation-Driven: Built with modularity and AI-based control in mind
🛠 Applications
Autonomous rocket landing systems
Vertical takeoff and vertical landing (VTVL) vehicles
Reusable first and second-stage propulsion systems
Suborbital & Crewed Flight Demonstrators
LEO Payload Missions with Reentry Capability
Project Progress
Work done
100%
Funded by Private Investor
Ibn Khaldun Engine: Powering the Future of Spaceflight
DhumketuX Aerospace – Pioneering Innovation in Rocket Propulsion
The Ibn Khaldun Engine is a state-of-the-art 35 kN liquid rocket engine designed to revolutionize Small Satellite Launch Vehicles (SSLV) and cluster engine configurations. Named in honor of Ibn Khaldun, the visionary scholar and historian who laid the foundation for modern economics and social sciences, this engine represents a leap forward in high-thrust, efficient, and scalable rocket propulsion.
Optimized for SSLV and Beyond
The Ibn Khaldun Engine is specifically engineered for SSLV missions, enabling cost-effective and precise satellite launches. Its high-thrust bipropellant system, fueled by Liquid Oxygen (LOX) and Kerosene, ensures stable and controlled propulsion, making it ideal for placing small and medium satellites into orbit with pinpoint accuracy.
Cluster Engine Configuration – Scaling New Heights
Designed with modular scalability in mind, the Ibn Khaldun Engine supports cluster engine configurations, allowing multiple units to work in unison to achieve greater thrust. This innovative approach makes it adaptable for larger launch vehicles, enabling heavy-lift capabilities while maintaining operational efficiency and cost-effectiveness.
Key Features & Advantages
35 kN of Thrust – Delivers powerful and stable propulsion for SSLV missions.
Bipropellant System (LOX + Kerosene) – Ensures high efficiency and reliability.
Cluster Engine Capability – Enables scalable thrust for larger payloads and future heavy-lift rockets.
Precision & Stability – Supports accurate orbital insertions and optimized fuel consumption.
Advancing Bangladesh’s Space Capabilities – Pushing the boundaries of indigenous aerospace engineering.
Driving the Future of Aerospace in Bangladesh
As a flagship propulsion system for DhumketuX Aerospace, the Ibn Khaldun Engine embodies the vision of making space more accessible, affordable, and technologically advanced. With applications in both commercial and scientific missions, this engine will play a pivotal role in expanding Bangladesh’s presence in the global space industry.
Join us on this exciting journey as we power the next generation of launch vehicles and push the frontiers of space exploration!
DhumketuX Aerospace – Boldly Advancing Toward the Stars.
Project Progress
Work done
27%