SABRE C05-101-012 S3TL Series VL 95-ft Self- Supporting Tower Kit for Use in Areas with 70mph Basic Wind Speed.Three Tubular Steel Legs,

The Sabre C05-101-012 Series VL 95 ft pre-engineered self-supporting tower is a lightweight, simple to erect tower designed for "very light" loading applications. The C05-101-012 tower kit, designed for a number of communications applications, is rated for a design wind speed of 70 mph per ANSI/TIA/EIA-222-F-1996.The Series VL towers are three-legged, self-supporting towers built with tubular steel legs and angle bracing. This…The Sabre C05-101-012 Series VL 95 ft pre-engineered self-supporting tower is a lightweight, simple to erect tower designed for "very light" loading applications. The C05-101-012 tower kit, designed for a number of communications applications, is rated for a design wind speed of 70 mph per ANSI/TIA/EIA-222-F-1996.The Series VL towers are three-legged, self-supporting towers built with tubular steel legs and angle bracing. This tubular leg design tends to be less expensive than a solid-round leg design because of its improved strength per pound ratio. All steel parts are hot dip galvanized to ensure uncompromising integrity in even the harshest environments. Materials included with the structure:Complete tower steel and hardwareAnchor bolts and templatesLeg capsStep boltsNormal soil foundation designNormal soil foundation designs are found below in the Attachments section. Geotechnical surveys are always recommended prior to any tower installation. If you would like for to recommend a tower for your particular application please fill out and submit a Tower Design Questionnaire. If you choose to purchase a tower from (as a kit or in parts) without submitting a Tower Design Questionnaire, you do so at your own risk. is not responsible for the subsequent success or failure of your tower installation or damages that may result from improper installation or overloading. In other words, if you're not sure which tower you need fill out the Tower Design Questionnaire and we'll help you. Read More