The Advanced SimRacing Freestanding Triple TV Stand is engineered to provide a robust and highly adjustable platform for multi-monitor sim racing setups. Now in its revised Generation 2 design, this stand features Advanced SimRacing's signature "Flat Face" extruded aluminum profile, finished in a premium Infinite Black powder coat. Capable of supporting three displays up to 65 inches, it ensures a stable and immersive visual experience for serious competitors.
Constructed with strong steel brackets and 3-inch by 1.5-inch North American sourced aluminum beams, this stand is built for enduring stability, even with the heaviest displays. Its four vertical supports and fully adjustable design allow for precise positioning of height and angle, optimizing the visual data transfer for an uninterrupted racing immersion.
| Height at highest point (without screens) | *To be confirmed |
| Average width with a 65" TV setup | *To be confirmed |
| Width at maximum adjustment | *To be confirmed |
| Depth of the Triple TV Stand | *To be confirmed |
Designed for universal compatibility with most televisions up to 65 inches, utilizing the included VESA 200/300/400/600 mounts. Please note that optional Advanced VESA mounts (75/100mm) are available but are generally not compatible with the majority of larger televisions; the Universal TV VESA mounts are recommended for most TV applications. Users are advised to utilize the specific screws provided by their TV manufacturer for mounting.
Advanced SimRacing products are backed by a comprehensive lifetime replacement warranty. This warranty covers all hardware durability issues and damage resulting from proper assembly and residential usage of the product. It applies to all hardware parts, aluminum beams, and steel plates or gussets, ensuring long-term reliability for your setup. The warranty does not cover conditions resulting from ordinary residential wear, use for unintended purposes, incorrect manipulation, misuse, abuse, negligence, or aesthetic damage such as scratches and chipping that may occur during normal operation.