G CUBƎ 100 Designed to safeguard essential power generation equipment, all G Cube Series faraday bags effectively shield sensitive electrical systems from harmful RF and EMF to ensure power delivery capabilities remain intact. Constructed with multiple layers of high-attenuating Diamond Form Faraday fabric, encased in 1680 Denier Ballistic Nylon, the G Cube guards against threats like high-altitude electromagnetic pulse (HEMP) while also protecting stored generators and electronics from cosmetic damage during storage or transport. G Cube ~ 100 Dimensions: 20" L x 15" W x 20" H About this item Xtreme Sight Line ~ MADE IN THE U.S.A. - Las Vegas, NevadaOverall Interior dimensions in shielded position (roll-top closed): 20" Tall ~ 20" Wide ~ 15" DeepDefends against electronic hacking and tracking while traveling by shielding against: Radio frequency (RF) signals such as cell signal, WiFi, and Bluetooth, GPS satellite broadcast, Vehicle smart key fob transmission, Electromagnetic pulse (EMP), and Electromagnetic interferenceEquipped with MOLLE webbing and lash tabs for customizable storage. Attach pouches, holsters, and other gear for easy access and personalized organizationFeatures a spacious interior is lined with multiple layers of Diamond Form Faraday fabric, creating an impenetrable barrier to harmful / disruptive signals G CUBƎ 100 vs. G CUBƎ 50 G CUBƎ 100 Overall Interior dimensions in shielded position (roll-top closed): 20" tall by 20" wide by 15" deep G CUBƎ 50 Overall Interior dimensions in shielded position (roll-top closed): 15" tall by 15" wide by 15" deep Copper & Nickel Composition High ConductivityMaterial StabilityCorrosion ResistantAids ConductivityLight weightSlows Oxidation Faraday fabric pre - cuts available type 'B0CCG62N5F' into Amazon search bar Faraday Fabric Xplained Conduction & Reflection When an electromagnetic wave contacts the faraday fabric’s conductive metal threads, the electrons within the metal generate an electric current that opposes the incoming wave in a process known as ‘reflection’. This induced current acts as a mirror, ‘reflecting’ and canceling out a large portion of the electromagnetic wave. Some of the wave energy is also absorbed by the fabrics metal composition, further reducing the intensity of the signal coming into contact with the fabric common usage for: Data protection Create Privacy or testing zones Mitigate Electromagnetic Hypersensitivity ( EHS) Sensitive Electronics Shielding