DESIGN | ANALYSIS | DEVELOPEMENT

Engineering Aerospace and Systems through Innovation.

Indigenous simulation platforms and engineering expertise for aerospace, defence, research, and mission-critical applications.

Solver Class
Multiphysics
Development
Indigenous
Domains
4 engineering disciplines
Why Hornbill Exists

Scientific Research + Computational Platforms + Engineering Expertise = Reliable Engineering Decisions

Hornbill is committed to advancing India's aerospace and defence capabilities through continuous innovation, strategic thinking, and indigenous technology development — building computational platforms and engineering solutions that support efficient, cost-effective operations across the sector.

Learn about Hornbill
Core Capabilities

Four engineering domains, one computational foundation.

FlowPressurePerformance

Aerodynamics

Advanced consultancy for complex aerodynamic problems across industrial and research applications — evaluating large-scale performance over complex geometries with high computational efficiency and competitive turnaround.

Explore Aerodynamics
CFD simulation showing a pressure field over a wedge geometry, from Hornbill's aerodynamic solver VELOX CFD · PRESSURE FIELD
Internal BehaviourPerformance PredictionSystem Analysis

Ballistics

Computational support for simulating the internal ballistic behaviour of high-caliber gun systems — accommodating custom geometries, propellants, and igniter configurations to evaluate critical performance parameters.

Template — full page pending
Internal ballistics simulation showing chamber pressure and projectile velocity over time alongside a combustion-chamber state diagram VELOX BALLISTIX · CHAMBER STATE
FluidStructureInteraction

Aeroelasticity

Multiphysics solutions for complex aeroelastic problems in flight vehicles and engineering structures — capturing fluid–structure interaction to predict structural response, integrity, stability, and operational safety.

Template — full page pending
Finite-element model of a rotating blade with its NACA airfoil cross-section, alongside the first four structural vibration mode shapes MODAL ANALYSIS · ROTATING BLADE
SourcePropagationResponse

Acoustics

Computational solutions for predicting acoustic loads on critical system components and identifying dominant noise sources — supporting noise characterization and improved acoustic reliability.

Template — full page pending
Vortex flow structures identified via Q-criterion, used to locate the dominant sources of flow-generated noise VORTEX IDENTIFICATION · Q-CRITERION
Computational Method

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.

Complex
Geometry
Physical /
Mathematical Model
Computational
Simulation
High-Performance
Analysis
Engineering
Insight
Design
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.

Technologies

Proprietary platforms, developed indigenously.

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 Platform

Velox 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.

Programs

Building the next generation of aerospace engineers.

Rocketry Workshop

A one-day, hands-on introduction to model rocket development — structural components, assembly, flight principles, and a practical launch session.

View Program

UAV Flying Workshop template only

A one-day, hands-on introduction to model UAV design, fabrication, assembly, and flight — including basic piloting.

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