A technical blueprint drawing of a handheld Electrostatic Dust Mitigation Wand (EDM Wand) for lunar EVA, showing side, top, and rear views with dimensions and labeled components.

Generate a technical engineering blueprint drawing of a handheld Electrostatic Dust Mitigation Wand (EDM Wand) designed for astronaut extravehicular activity (EVA) on the Lunar Gateway, presented in a 2026 NASA aerospace engineering blueprint style. The image should be a 2D orthographic projection showing side, top, and front views on a white background using thin black technical linework only, with no shading, no gradients, and no color. The design should resemble a professional industrial schematic with simple geometric forms, clearly defined dimensions, measurement callouts, and labeled components connected by leader lines, with wide mandatory negative space around the tool for overlaying text and annotations. The wand should be approximately the size of a large EVA power tool and emphasize durability, precision, and human-factors engineering consistent with NASA EVA tools. The front tip features a flat, non-mechanical ion emitter array represented as fine parallel electrostatic grid lines embedded in a Kapton dielectric surface to prevent vacuum arcing and electrostatic discharge, with no bristles, moving parts, flashlight lens, or vacuum nozzle appearance. The main housing is aluminum 6061-T6 with AZ-93 thermal control coating indicated by labels only, containing an internal radiation-hardened-by-design (RHBD) electronics module. Near the handle, include a small LED status indicator panel labeled Green (Ready), Blue (Active), and Red (Fault). The handle is contoured and See more