AeroMorph-GD UAV Wing

Create a clean and highly detailed **2D engineering CAD drawing of the AeroMorph-GD UAV wing**. Show only the **wing part names and dimensional measurements in millimetres (mm)** with clear dimension arrows, centre lines, and professional SolidWorks technical-drawing style. Include these views: * **Top View:** Total wingspan **1600 mm**, left wing half **800 mm**, right wing half **800 mm**, rectangular wing planform. * **Front View:** Show variable dihedral positions **0°, 10°, and 20°** from the central hinge axis. * **Side View:** Wing chord **200 mm**, NACA 4412 airfoil profile, maximum airfoil thickness **24 mm**. * **Wing Spar:** Carbon-fibre tube **Ø12 mm**, positioned approximately **50 mm from the leading edge**. * **Aileron:** Length **300 mm**, chord **50 mm**, located near each wing tip. * **Central Wing Hinge Connection:** Show the spar connection and central morphing mechanism interface. * **Wing Skin:** Composite outer skin with clearly labelled structural section. * **Root Section:** Chord **200 mm**. * **Tip Section:** Chord **200 mm**. Add clear labels: **LEFT WING HALF — 800 mm** **RIGHT WING HALF — 800 mm** **TOTAL WINGSPAN — 1600 mm** **WING CHORD — 200 mm** **WING AREA — 0.32 m²** **AIRFOIL — NACA 4412** **SPAR — Ø12 mm CARBON FIBRE** **AILERON — 300 mm × 50 mm** **DIHEDRAL — 0°, 10°, 20°** Use a white background, crisp black technical linework, subtle blue-gray CAD shading, accurate dimension arrows, and a professional engineering blueprint layout suitable as a reference for recreating the complete wing in SolidWorks. i need dihedral 10 degree design

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.