Parametric flying-wing design

From wing geometry to printable parts.

Tune planform, airfoil, controls, payload and printer-bed size in one model. WingWorks generates the printable airframe; you supply the electronics, then print, assemble and balance the aircraft.

The guest preview below is the real designer—not a mockup. On larger screens, change a parameter; on any screen, activate the viewport to orbit the model.

The actual product

Try the live designer.

The preview uses the same Three.js viewport, parameter controls and analysis code as a signed-in design. Part generation and export remain licence-gated.

Guest preview · change parameters, orbit the wing, inspect the analysis Generation requires an eligible licensed account

01Parameters

Beginner or expert controls for geometry, airfoil, endplates, elevons, hardware and trim.

023D airframe

The wing, control surfaces, dimensions and red CG marker rebuild as values change.

03Analysis

Area, aspect ratio, neutral point, CG, loading, trim and stall update alongside the model.

One connected workflow

Design, cut, check, export.

During each design session, one parameter set drives the aerodynamic model and the printable geometry.

Shape and balance the airframe

Work in Beginner mode for coupled controls or switch to Expert for direct access to chord, taper, sweep, airfoil, washout, reflex and control-surface geometry.

Live 3D wing and dimensions
CG, neutral point and static margin
Material, payload and weight estimate

Generate parts that fit the printer

The licensed generator creates center and wing panels with separate elevons, plus endplates, top and bottom bay covers, and joiner pins where the geometry calls for them. Uploaded STL mounts can be fused into the airframe.

180–350 mm print-bed presets
Per-part dimensions and bed-fit warnings
Assembled and exploded part views

Run the flight check before export

The required lifting-line check reports GO, CAUTION or NO-GO from trim, stability and stall behaviour. Optional OpenFOAM CFD can refine the result where the service is enabled.

Root- or tip-first stall onset
Trim angle and lift coefficient
STL kits and faceted STEP solids

Built for classes too

Give students freedom without losing the constraints.

Teachers can define the design envelope while students keep a focused workspace and their own saved parameter sets.

Beginner / Expert: Choose a reduced control set or expose the full aerodynamic and print geometry.
Locks and limits: Fix a value or constrain its allowed range for a whole class or one student.
Shared hardware: Distribute class-specific STL mounts that appear locked in student designs.
Design review: Open student designs, inspect their parameters and make corrections from the teacher account.

Account access

Continue in WingWorks.

New accounts are reviewed before first sign-in. Printable-part generation requires the appropriate licence.