Each of the three tripod legs the 5ft main mast leg and 3ft dual support legs is crafted of 16 gauge galvanized steel and swiveling feet to hold the mast in place and prevent twisting due to wind or weather conditions.
Sloping roof antenna mast mount.
This antenna mount features a five foot mast with two supporting legs all of which are galvanized with a durable finish.
The product features swivel feet to help prevent twisting of the mast.
Made in the usa.
Pitch pad kit mounting hardware not included.
4 5 out of 5 stars 419.
The bottom of the tripod has a mast hold which has 3 bolts to secure it.
This heavy duty 5ft tall slope mount tripod is perfectly constructed to mount an antenna or satellite dish wherever you need specifically on the peak or side of a sloped roof.
Free shipping by amazon.
Tri pod slope roof mount.
It s ideal for conventional tv or cellular antennas.
The top of the tripod has the mast through which also uses 3 bolts to secure the mast.
Built from sturdy galvanized steel.
3s 32809 5 foot tripod with antenna mast for sloped or peak roof mount tripod and 1 25 inch o d.
Only 20 left in stock order soon.
Lag screws and roof sealing pads included more details in stock.
This solid signal sloped rooftop tripod is a five foot 16 gauge heavy duty roof mount.
The feet on the tripod are riveted once in the middle allowing the feet to be angled.
3 feet satellite tripod mount with 2 inch od mast.
Can be used with off air hdtv or wireless cable and wireless internet antennas.
Tripod and 1 25 inch od mast conforms to almost any roof peak or slope with installer friendly front facing feet that can accomodate 16 24 inch spacing between the two outer legs leaving the center at half distance.
5 foot sloped roof antenna mount 56 00 the sloped roof antenna mount is handy when the best place to mount the antenna is on the slope of a peaked roof.
Mast conforms to almost any roof peak or slope with installer friendly front facing feet that can accomodate 16 24 inch spacing between the two outer legs leaving the center at half distance.