Engineering Aerospace and Systems through Innovation.
Indigenous simulation platforms and engineering expertise for aerospace, defence, research, and mission-critical applications.
Scientific research + In-depth analysis + Strategic development → Reliable Engineering system
Hornbill is committed to advancing India’s Aerospace and Defence capabilities by offering indigenous platforms and infrastructures to support design, analysis and development of complex systems. Our dynamic team engineers offer strategic solutions to mission specific problems with a long term vision of self-reliance.
Learn about HornbillProprietary platforms, developed indigenously.
Advanced computational platforms are developed to aid in-depth analyses through simulations of industry and research problems necessary for design, development and maintenance of Aerospace and Defence systems.
Velox CFD
Indigenous Computational Fluid Dynamics software for high-fidelity simulation of industry-scale external aerodynamic flows, with an integrated high-performance computing framework and automated simulation workflow.
Explore the PlatformVelox Ballistix template only
Indigenous software platform predicting the performance of high-caliber gun systems by simulating in-barrel physics, with multiphysics models for propellants and grain configurations.
Domain specific engineering consultancy and support
Our team provides consultancy support at system and subsystem level problems to aid strategic decision making through analysis and research in a competitive turn around time.
Aerodynamics
System information → Flow field → Performance
Explore Aerodynamics
VELOX CFD · PRESSURE FIELD
Ballistics
Input parameters → Internal behavior → System analysis
Application areas: Design and development of gun systems; safety assessment and failure prediction.
Template — full page pending
VELOX BALLISTIX · CHAMBER STATE
Aeroelasticity
Flow excitation → Structural response → Interaction
Application areas: Prediction of structural response in a fluid flow; failure prediction in aerodynamic structures.
Template — full page pending
MODAL ANALYSIS · ROTATING BLADE
Acoustics
Application areas: Prediction of noise from system components; design of noise suppression mechanisms.
Template — full page pending
VORTEX IDENTIFICATION · Q-CRITERION
From complex geometry to a defensible engineering decision.
The same computational pathway underlies every Hornbill platform and consultancy engagement — automated where possible, validated at every stage.
Geometry
Mathematical Model
Simulation
Analysis
Insight
Decision
Platform claims shown across this site are limited to what source documentation supports: complex-geometry handling, integrated high-performance computing, automated workflow, and competitive turnaround. Validated performance figures appear as [VALIDATED PERFORMANCE METRIC REQUIRED] until supplied.
Building the next generation of aerospace engineers.
We are conducting hands on training sessions on two most crucial technologies of the future. Here, participants are introduced to the different system components and technologies through interactive learning.
Rocketry Workshop
A one-day, hands-on introduction to model rocket development — structural components, assembly, flight principles, and a practical launch session.
View ProgramUAV Flying Workshop template only
A one-day, hands-on introduction to model UAV design, fabrication, assembly, and flight — including basic piloting.