





The Ghosthood® Camo-Net UL Multispectral Camouflage Net is designed for effective concealment without adding unnecessary weight. This ultralight net reduces visibility in both the visible and near-infrared spectrum, helping you blend into your surroundings in a wide range of environments. Compact and easy to carry, it can be quickly deployed over equipment or used as an improvised shelter in the field. It is an ideal solution for situations where mobility and low weight are critical without compromising camouflage performance.
The net features the conCAMO® camouflage pattern, which disrupts outlines and visually breaks up the shape of covered objects. Its layered, non-uniform structure makes it difficult for the human eye and optical devices to accurately interpret shapes. This ensures effective concealment not only in standard visual conditions but also when observed through night vision devices operating in the near-infrared spectrum.
The UL designation stands for ultralight construction optimized for movement in the field. The net packs down into a compact bundle and takes up minimal space in your gear. Its low weight reduces overall load, making it ideal for reconnaissance, rapid movement, and lightweight setups.
The material is breathable, allowing for sufficient airflow even when covering larger areas. This helps minimize heat buildup underneath the net during extended use. Additionally, the fabric is quiet when handled, reducing the risk of noise that could compromise concealment in sensitive situations.
The Camo-Net UL can be used to conceal equipment, supplies, or to create improvised observation or hide positions. It can be easily suspended between trees, draped over gear, or integrated into shelter setups. The camouflage effect can be further enhanced by adding natural vegetation from the surrounding environment.
Ghosthood® camouflage solutions are developed in cooperation with professional users from military and security sectors. The multispectral technology is designed for practical deployment and has been tested across a wide range of operational environments.