Flir SkyWatch Mobile Surveillance Tower 3d model

cgstudio

FLIR SkyWatch Mobile Surveillance Tower facilities offer movable maintenance for protecting large crowds and monitoring criminal behavior. These facilities are also suitable for guarding parking lots or assisting search services. For FLIR maintenances, Forward-looking infrared equipment and infrared vision accessories are provided, along with FLIR security service equipment for military installations, guard service, observation architectural buildings, security tower constructions, warehouses, police security posts, security services, border control, and computer game projects. The Flir SkyWatch Mobile Surveillance Tower is a high-quality 3D model that enhances detail and realism to any rendering project. The model features a fully textured and detailed design for close-up renders. It was originally modeled in 3ds Max 2012 and rendered with V-Ray, resulting in no post-processing needed. Key Features: * High-quality polygonal models accurately represent the original object. * Model resolutions are optimized for polygon efficiency. * All colors can be easily modified to suit specific needs. * The model is fully textured with all materials applied, including textures and maps in various formats. * 3ds Max models are grouped for easy selection, and objects are logically named for scene management. File Formats: * 3ds Max 2012 V-Ray scenes * OBJ (multi-format) * 3DS (multi-format) * Maya 2011 * Cinema 4D R14 * FBX (multi-format) Textures Formats: * 8.png (4096x4096) 3d Molier International is a team of experienced 3D artists with over a decade of experience in the field. We have participated in various projects, allowing us to understand our clients' needs. Every model we build undergoes thorough quality assessments both visually and technically to ensure realistic assets and high-quality models. Our models come with complete UVs and optimized topology for quick geo or texture alterations if needed. Visit our user gallery by clicking on our username to see more models.