Platform
For any product, just provide the shape and set your goal. The platform handles the rest.
One stop from concept design to aerodynamic calculation, with flow and structures solved together. Propellers and wings can also be validated individually.
Links aero loads directly to structural analysis to verify airframe strength in one go.
Analyzes your results and proposes the optimized design for the next step.
Automatically generates simulation meshes fitted to rotor and wing geometry.
Ideal ForUAV and eVTOL makers, defense and aerospace research institutes, system integrators
Verify the structural strength and design stability of products built from many parts and materials.
Analyzes stress and deformation under both constant loads and loads that change over time.
Extracts natural frequencies and mode shapes to head off resonance before it happens.
Analyzes multi-part, multi-material assemblies with contact conditions modeled precisely.
Ideal ForMachinery manufacturing, construction engineering and semiconductor equipment design teams
Calculate aerodynamic coefficients and pressure loss with CFD, and see the flow instantly in the 3D viewer.
From the aerodynamic coefficients of an outer shape to its pressure distribution, all in the same environment.
Sets up a mesh suited to the physics and solver settings that converge reliably, automatically.
Generates a full performance report from velocity fields, pressure distribution and load data.
Ideal ForAerospace · Mobility · Wind/Rotating machinery · Plant/Architectural engineering
Expensive licenses, high-end workstations, specialist analysts. We tore down all three barriers.
Structural Analysis · Accredited Testing
Average vs. wind-tunnel data
Manufacturing customer case
Go from raw CAD to final report in six streamlined steps. You define the materials and operating conditions—EverySim handles the meshing and solver setup behind the scenes. Switch to “Compare with Legacy CFD” to see just how much manual busywork disappears.
Click any step to jump straight to that moment in the video.
In tests at a KOLAS-accredited lab, structural and CFD results met the error criteria against industry-standard solvers. Validation against Korea Aerospace Research Institute (KARI) wind tunnel data is also complete.
We analyzed the same geometry under the same conditions as industry-standard CAE software. Testing by an accredited lab confirmed agreement between the results.
CFD pass criterion ≤ 5% · Both structural and CFD passed
We ran a real wind tunnel test and compared it closely with the EverySim simulation result.
CES 2026 Innovation AwardEveryDrone · Enterprise Tech
ISO 27001 · 27017 · 27018Information and cloud security certification
KOLAS AccreditedAccredited testing · ILAC-MRA
This is where drone and aerospace hardware development really stands. Even a small design change sends analysis, prototyping and testing back to the start, and most defects only show up after the prototype is built.
Time and cost to take one product to mass production
Prototype rebuilt 3 times · a drone maker’s real caseCost of running a wind tunnel for one day
₩30M for the test model alone · 1–2 weeks per runHow much a small design-stage error costs once it reaches production or a recall
Curious how a product will perform? Start a simulation now.
Back to Home