Technology Platform

Velox CFD

High-fidelity computational fluid dynamics for industry-scale external aerodynamic flows — engineered indigenously, from solver to workflow.

CFD simulation output from Velox CFD showing a pressure field over a wedge geometry VELOX CFD · LIVE SOLVER OUTPUT
The Problem

Complex, industry-scale geometry makes external aerodynamic analysis slow and difficult to trust.

Aerospace and defence programs increasingly need aerodynamic answers over geometry too complex, or at a scale too large, for conventional CFD tooling to resolve quickly and reliably.

The Platform

Built for scale, deployed on distributed infrastructure.

Velox CFD combines advanced numerical capabilities with an integrated high-performance computing framework. The software can be deployed on distributed computing facilities, enabling large-scale simulations with competitive turnaround times, while an automated simulation workflow minimizes manual intervention without compromising accuracy or reliability.

SOLVER DOMAINExternal Aerodynamics
GEOMETRY CLASSComplex, Industry-Scale
COMPUTE MODELIntegrated HPC · Distributed
WORKFLOWAutomated
DEVELOPMENTIndigenous
What Engineers Can Evaluate

Capabilities, inputs, and outputs.

Capabilities

Large-scale aerodynamic performance evaluation over complex geometry, with high computational efficiency and reliable results.

Engineering Inputs

Complex external geometry representative of modern aerospace and defence systems; distributed compute configuration.

Outputs

Aerodynamic performance results delivered with competitive turnaround for design and engineering decision-making.

Applications

Where Velox CFD is put to work.

Velox CFD is the computational foundation behind Hornbill's Aerodynamics capability, and applies wherever external flow performance needs to be understood before a design commitment is made.

Advantages

Scalable

Distributed deployment for large-scale simulation

Automated

Minimizes manual intervention across the workflow

Complex geometry

Handles industry-scale aerospace and defence geometry

Indigenous

Developed in-house, not adapted foreign tooling

Simulation Workflow

The automated path from geometry to insight.

Geometry
Import
Automated
Meshing
Distributed
Solve
Post-Processing
& Analysis
Engineering
Report
Technical Evidence

Validated performance

No benchmark figures, accuracy comparisons, or case studies were present in the supplied source material. Rather than estimate them, this section is left as an explicit placeholder.

[VALIDATED PERFORMANCE METRIC REQUIRED]

Velox CFD pressure and density contours around an airfoil, from a transonic flutter analysis
Solver output — pressure and density contours from a transonic flutter case. Illustrative of solver capability; not a validated accuracy benchmark.
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Discuss an engineering problem.