The model was designed using CAD by an aerodynamicist; accordingly, the wing geometry and airfoil profile were individually calculated for aerodynamic efficiency and represent the optimal configuration for this size and weight. The fuselage is constructed using a full-composite design made of fiberglass-reinforced plastic with carbon fiber reinforcements; the wing attachment features a solid rectangular carbon fiber connector. The wings are manufactured using a complex full-CFRP composite sandwich shell construction, and a fine 50 g/sqm glass fabric is used as the top layer to ensure a perfect surface. All parts are painted white in the mold with two-component paint.

The model is delivered with a high degree of prefabrication. All control surfaces are pre-mounted and designed as elastic flaps with gap-covering lips on the wing. The wing and tail assembly screw connections are pre-made, the control surface horns are already glued in place, and the servo mounts are partially installed or included as milled parts ready for installation. The cockpit is fully assembled with a seat pan and instrument panel, and the canopy is fully fitted and equipped with its mounting bracket. The model is suitable for the installation of a folding propeller or an FES powerplant.