🛰️ Technological Capabilities · DhumketuX
Building Indigenous Aerospace Technology from Bangladesh
Dhumketu Exploration Technologies Ltd. (DhumketuX) develops integrated systems across rocketry, UAVs, satellite-related systems, avionics and mission software. Our goal is simple: to design, assemble, test and sustain high-impact aerospace technologies from within Bangladesh.
Overview of Our Technological Capabilities
DhumketuX works at the intersection of air, space and ground systems, focusing on full-stack engineering rather than isolated parts. From flight platforms and propulsion to avionics, telemetry, software and testing, we design systems that can evolve and scale inside Bangladesh.
🚀 Rocket Systems & Testbeds
Concept-to-test development of small and medium rocket systems, including ground propulsion test infrastructure and flight readiness workflows.
✈️ UAV Platforms & Autonomy
Design and integration of fixed-wing and multirotor UAV systems, propulsion, power, autonomy and mission-focused payloads.
🛰️ Satellite & Space-Related Systems
Ground segment concepts, mission modelling and data systems for future satellite and space-related projects.
📡 Avionics, Telemetry & Ground Control
Onboard electronics, embedded systems, communication links and ground control software for full-stack mission awareness.
1. Integrated Aerospace & Flight Systems
We treat every project as a complete system, not just a collection of parts. Our engineering approach combines mechanical structures, electronics, software, telemetry and operations into a single mission-driven framework.
- Concept-to-test lifecycle for rockets, UAV platforms and high-altitude systems.
- Alignment of mechanical, electrical, software and field operations.
- Platform, payload, ground segment and data analysis under one roof.
2. Rocket Systems & Propulsion Testbeds
DhumketuX develops small and medium-scale rocket systems as testbeds for future launch and experimental platforms, supported by dedicated propulsion testing infrastructure.
📐 Rocket Design & Configuration
- Structural layout and mass budgeting.
- Fin, airframe and stability optimization.
- Modular segments for different payloads and mission profiles.
🧪 Propulsion Test Infrastructure
- Ground test stands with integrated load cells for thrust measurement.
- Pressure and temperature data acquisition for performance analysis.
- Real-time test visualization and structured test campaign planning.
🚀 Flight Readiness Workflow
- Pre-flight checklists and validation procedures.
- Flight data logging and post-flight analysis.
- Incremental test levels for safe performance growth.
All propulsion and rocket-related activities are conducted under strict safety, regulatory and internal procedural frameworks.
3. UAV Platforms & Autonomous Systems
DhumketuX designs and integrates both fixed-wing and multirotor UAV platforms for real-world missions such as surveillance, mapping and experimental payload testing.
✈️ Airframe Design & Integration
- Layout optimization for endurance, range and payload.
- Structural integration of propulsion, avionics and payload modules.
- Balance between manufacturability and performance.
🔋 Propulsion & Power Integration
- Motor and propeller selection and performance estimation.
- ESC, battery and power distribution design.
- Thermal and current safety margins for long missions.
🤖 Autonomous Flight & Payloads
- Autopilot integration and waypoint missions.
- Manual override, return-to-home and basic failsafe behavior.
- EO/IR cameras, mapping payloads and experimental sensor modules.
4. Satellite & Space-Related Systems
DhumketuX is gradually building foundational capabilities for future satellite and space-related programs, focusing on ground segment, mission modelling and experimental payload concepts.
📡 Ground Segment & Data
- Conceptual ground station architectures.
- Tracking, telemetry and control concepts for small missions.
- Mission monitoring and data visualization interfaces.
🛰️ Small Payload Concepts
- Preliminary design studies for experimental payloads.
- Academic collaboration for space-related research directions.
- Focus on realistic, incremental capability-building.
🧮 Mission Simulation & Modelling
- Orbit and coverage simulations.
- Communication window analysis.
- Scenario modelling for future satellite concepts.
5. Avionics, Guidance & Embedded Systems
Avionics is the nervous system of our rockets and UAVs. DhumketuX designs flight computers, embedded firmware and sensor integration stacks tailored to mission needs.
🧠 Flight Computers & Sensors
- Microcontroller and embedded-compute-based architectures.
- Integration of IMU, GNSS, barometer, magnetometer and other sensors.
- Power conditioning and protection for avionics stacks.
⚙️ Embedded Firmware & Control
- Sensor fusion and flight data computation.
- Actuator control (servos, motor controllers, valves, relays).
- Health monitoring and fault detection logic.
📍 Guidance & Navigation Basics
- Attitude and trajectory estimation.
- Integration with mission planning tools.
- Hardware-in-the-loop tests and bench simulations.
6. Telemetry, Communications & Ground Control
Reliable communication between ground and airborne or rocket systems is essential. DhumketuX designs end-to-end telemetry and ground control solutions.
📡 Telemetry Links
- RF-based communication setups for live position, speed, altitude and health data.
- Configurable data rates and packet structures.
- Robust logging for replay and diagnostics.
🖥️ Ground Control Stations
- Custom dashboards for real-time monitoring.
- Graphs, gauges and map-based mission views.
- Multi-channel logging for long-duration tests.
📊 Data Logging & Analysis
- Structured log storage for each test and mission.
- Mission replay and performance insight extraction.
- Data-driven design iteration and optimization.
7. Simulation, Modelling & Software Tools
Before hardware is built or launched, DhumketuX relies on simulation and modelling to reduce risk and concentrate testing where it matters most.
- Flight & Trajectory Simulation: performance modelling for rocket and UAV missions, exploring sensitivities in mass, drag, thrust and control parameters.
- Structural & System-Level Studies: conceptual evaluations of loads and margins to highlight critical regions early.
- Custom Tools & Dashboards: internal web-based tools for test visualization, configuration management and reporting.
8. Materials, Structures & Manufacturing
We design structures and choose materials based on performance, safety and the realities of Bangladesh’s manufacturing ecosystem.
🏗️ Structural Design
- Rocket bodies, UAV wings and support structures.
- Load path analysis and reinforcement strategies.
- Balance of stiffness, mass and manufacturability.
🔩 Materials & Processes
- Use of metals, composites and hybrid structures.
- Adaptation to locally available materials and tooling.
- Design-for-manufacture strategies with local workshops.
9. Test, Validation & Quality Workflow
Testing is central to DhumketuX engineering culture. Every lab or field test is treated as a structured learning opportunity.
- Ground & Static Tests: thrust stand runs, structural fit checks, electronics verification and sensor calibration.
- Field Trials & Flight Tests: incremental test levels, safety planning, go/no-go criteria and structured debriefs.
- Documentation & Traceability: test reports, configuration tracking, change logs and corrective action workflows.
Discuss Technological Collaboration with DhumketuX
If you are a university, organization or technical team exploring rocketry, UAVs, satellite-related systems or avionics, DhumketuX can help you understand what is realistically possible and how to build capabilities step by step.
- Email: xdhumketu@gmail.com
- Website: www.dhumketux.com
- Include: your name, organization, area of interest (rocketry/UAV/avionics/satellite-related) and a short description of your idea or requirement.