ATF-V300 Precision Tilter

Advantages:

• Accurate positioning of an over the air (OTA) antenna provides the strongest signal possible, allowing you to tune in the weakest stations.

• Long, high gain Yagi style antennas have a narrow beamwidth in both the horizontal and vertical planes. These antennas must be positioned correctly for best results. 

• Remotely-controlled positioning allows you to easily fine tune the optimum angle of the antenna for the strongest possible signal.

• Vertical position is extremely important in areas where nearby mountains ridges and hills block direct line of sight. 

• Vertical tilting allows you to pin point the direction of the reflected signal.

Features:

• Utilizes standard satellite dish positioning components for lowest cost.

• Works with most all Yagi style antennas (Blake, Channel Master, Radio Shack, Televes, Winegard) with either round or square boom supports.

• Simple and rugged design to provide years of trouble free service.

• Linear actuator provides precision control of antenna position.

• Electronic digital display controller with infrared remote control.

• 99 position memory, not affected by power outage.

• New mast support is shorter and swept forward to balance the static and dynamic load evenly throughout the entire mast system

• 40 degrees total angular motion, 25 degrees up, 15 degrees down.

• Unique compact antenna mounting brackets feature vertically orientated U-bolts to prevent unwanted signal interference.

• Bronze bearings in main pivot for long lasting smooth operation.

• Precise TIG welded steel construction.

• Powder Coated for corrosion protection.

ATF-V300

Precision Tilter

Complete antenna tilting system includes:

• Support mast with pivoting bracket

• 12" linear actuator

• Controller with infrared remote control

• Upper actuator mounting bracket

• Zinc-plated hardware and U-bolts

This tilter can be used with a single antenna or with a Dual Antenna Boom Assembly for stacking two antennas side by side. Order CC-5C control cable separately.