Stallion 3D is an All-In-One aerodynamics analysis software that performs computational fluid dynamics (CFD) analysis on 3D solid
models. The workflow follows these four easy steps: 1. Input your design (eg. CAD Model of your UAV); 2. Size the Simulation (Quick to Detailed); 3. Set Flow Conditions; 4. Get the Results (Lift, Drag
and Aerodynamic Moments).
Key Features of Stallion 3D
Automatic Grid Generation - Setup Cases in Seconds without the Need for User Grid Generation
Full Computational Fluid Dyanmics Based on the Euler/Navier-Stokes Equations for Realistic Aerodynamics Analysis.
Easily Interpreted Results. Stallion 3D Computes Lift, Drag and Moments Based on Your Inputs. It graphs flow variables and streamlines
to visualize the flow.
Stallion 3D Eliminates Time-Consuming Gridding for CFD
Grid generation is fully automatic in Stallion 3D.
Automatic grid generation removes the time consuming bottleneck
that comes with creating an entirely new grid for each design iteration(Modify your design in your CAD package and let Stallion 3D confirm the improvemnts).
Realistic Aerodynamics Analysis
Stallion 3D provides you with just-in-time aerodynamics information
to perform component sizing, specify critical speeds (stall, cruise and maximum and determine your weight/balance
(stability). There is no need to retain a specialist to generate the vital aerodynamics data
that is needed for your new and existing designs.
No Expensive/Difficult Hardware Required
Stallion 3D runs on an ordinary desktop or
laptop PC under Windows XP, 7, or 8/8.1 OS. Implementing a full-blow 3D CFD code on a PC eliminates the CPU cost of other options.
Stallion 3D features Fast Case Setup (Less than One Minute).
Step 1: Import the CAD geometry in .stl format
In this step, you can rotate or scale the geometry to match your inputs.
Step 2: Size the Simulation
Step 3: Enter the flow speed and angle of attack.
One Click Grid Generation and CFD Solution: Click the menu to generate the grid and solve the flow
Step 4: View the results
Stallion 3D solves the 3-D Euler or Navier-Stokes equations using
an automatically generated cartesian grid. The grid detects the immersed
boundaries and provides accurate solution without user intervention.
Features of Stallion 3D include:
3-dimensional compressible Euler & Navier-Stokes equations using
a finite-volume solver
1st and 2nd order flux vector splitting
4-stage Runge-Kutta time marching scheme using local time steps
Automatic cartesian grid generation for arbitrary multiple body
Low and high speed solutions
Plots of pressure, Mach number, temperature & total pressure
Surface plots of Cp, Mach number, velocity ratio &
Computation of overall lift, drag & moment coefficients about
arbitrary locations on and off the bodies.
Computation of lift, drag & moment coefficient for each
Stallion 3D workflow. Setup your analysis in seconds. No grid generation to worry about.
This video shows how to modify a design in OpenVSP and then analyze it in Stallion 3D.
Transonic Tapered Wing Analysis, v =270 m/s, Angle of attack = 5 deg.
Validation for the Onera M6 wing test case is performed using the Euler equations solver. Stallion 3D solves the problem with a coarse grid (440,000 cells) and
a fine grid (1.6 million cells). This classic validation case is run at a Mach number of 0.84 and an angle of
attack of 3.06 degrees.
Pressure on the surface of the wing.
Cp at 20% span.
Cp at 44% span.
Cp at 65% span.
Cp at 90% span.
Cp at 95% span.
The validations were performed with Stallion 3D running on Windows 7 (64 bit) laptop.
Purchase - Software, Support & Service
Three Months Lease (Single Seat)
|One Year Lease (Single Seat)
Support & Service include help with geometry setup and aerodynamics solutions
for the duration of the lease. Stallion 3D requires Windows XP, Vista, 7, 8 or 8.1.