A technical blueprint of an Electrostatic Dust Mitigation Wand (EDM Wand) for lunar EVA, showing its components, dimensions, and details like an ion emitter array and ergonomic grip.

A realistic engineering technical blueprint concept of a handheld Electrostatic Dust Mitigation Wand (EDM Wand) designed for astronaut extravehicular activity on the Lunar Gateway. The device is approximately the size of a large EVA tool, with a rugged, professional aerospace engineering appearance. The main body is coated in matte white AZ-93 thermal control paint, with subtle panel lines and seams indicating a radiation-hardened aluminum electronics housing. no shading no colors, white background, with measurements defined , nasa style engineering design The front tip of the wand features a flat, non-mechanical ion emitter array, visually represented as a fine grid or parallel electrode lines embedded in a dielectric surface, clearly distinct from a flashlight lens or vacuum nozzle. No bristles or moving parts are present. The mid-section of the wand appears slightly bulkier, indicating internal radiation shielding and power electronics. Near the handle, a row of small LED status and battery indicators is visible, designed to be readable while wearing pressurized EVA gloves. The handle is contoured and ergonomic, with a textured grip suitable for NASA xEMU gloves. A large, raised push-button power mode selector is integrated into the handle, surrounded by a protective guard ring to prevent accidental activation. The design emphasizes realism, durability, and human-factors engineering, consistent with NASA EVA tools. The background is neutral or shows an astronaut in lunar See more