Outsource the heavy computational lifting.
We provide commercial RANS aerodynamic and thermal simulations tailored for mid-sized hardware startups. Whether you need to optimize heat dissipation on enclosed flight controllers, reduce drag on a fuselage, or analyze bluff-body aerodynamics, we deliver actionable engineering decisions, high-resolution visualization frames, and formal analytical reports.
Three ways we help you decide faster.
Thermal Analysis for Electronics & Payloads
Enclosed flight controllers and battery bays trap heat fast. We model conjugate heat transfer to find hotspots before they cause a failure in the field.
Aerodynamic Drag Reduction & Optimization
Fuselages, pods, and external payloads all carry a drag penalty. We quantify it and iterate geometry until the penalty is one you can live with.
Low-to-Medium Reynolds Number RANS Simulations
The regime most small UAVs and ground vehicles actually operate in — separation-prone, transition-sensitive, and easy to get wrong with off-the-shelf assumptions.
What you get, step by step.
Scope
We define the question — the geometry, flow regime, and the decision your team actually needs to make.
Simulate
Mesh, solve, and validate. You get visibility into convergence and mesh-independence, not a black box.
Report
High-resolution visualization frames and a formal analytical report, written for engineers making a call.
Iterate
Most useful CFD work is comparative. We re-run design variants until you have a ranked shortlist.
Sample deliverable · time-resolved Cd comparison
Bring us your geometry.
Send an STL, a CAD file, or just a sketch of the problem — we'll scope what a simulation would tell you.