Engineering the Supersonic Future of Propulsion
Engineering the Power that propels Unmanned Flight.
Advancing the Boundaries of High-Speed Flight.
Turbonautics brings together aerospace engineering, advanced propulsion and unmanned systems under one engineering capability. We combine simulation, analysis, design and development to create high-performance technologies for the next generation of aerospace and defence.
- Advanced Propulsion & Aerospace Engineering
- Product Design, Engineering & Manufacturing
- Mission & High-Speed Aerospace Applications
Next-Gen High-Performance UAV
Firebird is India's first indigenous supersonic fire-and-forget loitering munition. It is designed to loiter over the battlefield for over an hour and, on command, transition seamlessly to supersonic dash at Mach 1.5, striking hardened targets from over 400 kilometres away before the enemy can react.
Supersonic Performance
Hybrid propulsion engineered for sustained supersonic cruise
Extended Reach
Long-range flight with sustained mission endurance.
Stealth & Low-Observable Design
Designed for deep-penetration, low-signature missions.
Mission Versatility
Built for diverse tactical mission requirements.
Engineering Services
for High-Performance Aerospace Systems
01
Thermal & Heat Transfer Analysis
Analysis covering CHT, thermal stress and phase-change behavior across cryogenic to high-temperature conditions.
02
Flow Analysis & CFD
Analysis of rotating machinery using MRF/sliding mesh, multiphase flow, cavitation and compressible/supersonic flow, with OpenFOAM as the primary tool.
03
Combustion & Reactive Flow
Analysis of premixed and non-premixed combustion, emissions, scramjet/supersonic mixing and micro-turbine combustors.
04
Structural & Stress Analysis
Analysis covering static/nonlinear FEA, burst pressure, thermal-structural coupling and custom problems using deal.II.
05
Vibration & Rotor-Dynamic Analysis
Analysis covering modal response, harmonic response, Campbell diagrams and HCF/LCF fatigue.
06
CAD & 3D Surface Modeling
Conceptual design, parametric 3D CAD modeling, and high-fidelity surface development for complex aerospace airframes, turbomachinery components, and structural assemblies.
Behind The Scene
Wing Cdr Ashwini Patil G (Retd.)
Founder
14 Years of Indian Air Force Experience
Seasoned IAF officer with 14+ years of expertise in helicopter maintenance, aviation technical management and mission-critical operations.
Expertise Across Defence & Aerospace Ecosystem
Extensive exposure to HAL, DRDO and OEM ecosystems, managing complex aviation programs and leading cross-functional teams.
Founder, Turbonautics Engineering Services Pvt. Ltd.
Leading an Indian aerospace startup building a sovereign, indigenous high-speed UAV and propulsion platform for India's defence future.
Archana Patil G
Co-Founder
Academic Excellence
4+ years as Assistant Professor at Novodaya Institute of Technology, Raichur. M.Tech in Digital Communication & Networking with a strong foundation in teaching and research.
Technical Expertise
Strong background in technical research, data systems, and structured engineering solutions with a focus on innovation and problem-solving.
Driving Turbonautics Forward
Co-Founder of Turbonautics, contributing to strategy, research, and building a high-performance team for India's aerospace future.
Our Services
- Thermal Analysis & Heat Transfer
- Flow Analysis & CFD
- Combustion & Reactive Flow
- Structural & Stress Analysis
- Vibration & Rotor-Dynamic Analysis
- CAD & 3D Surface Modeling
Contact Us
About Us
Turbonautics brings together aerospace engineering, advanced propulsion and unmanned systems under one engineering capability. We combine simulation, analysis, design and development to create high-performance technologies for the next generation of aerospace and defence.