HDTV Antenna Logo HDTv Antenna Labs
All About HD Antennas
Subscribe Subscribe to
the HDTV Labs Feed!
Home Buying Guide HDTV Antenna Reviews Forum HDTV Blog Glossary Contact Us

Winegard PR-9032 Off-Air HDTV Antenna

Winegard PR-9032

Band: UHF
Placement: Outdoor
Amplifier: No
Range: 50 miles
Color area: Blue
PR-9032 reviews: 1
PR-9032 rating: 5 out of 5 (excellent)
Read Winegard PR-9032 reviews

The highest customer rated HDTV antennas (only antennas having more than 3 reviews are shown):

Antenna Placement Directivity Amplifier Band Area Total Reviews Average Rating
ChannelMaster CM4228 Outdoor Directional No UHF Light Green 29 4.9 Read reviews
ChannelMaster CM3016 Outdoor Directional No VHF/UHF Light Green 10 4.5 Read reviews
AntennasDirect DB2 Indoor/Outdoor Directional No UHF 142 4.5 Read reviews


Winegard PR-9032 Description

Designed for those who live on the fringe of high definition and digital broadcast signals, the Winegard PR-9032 outdoor antenna provides 35 elements with highly precise director spacing for the ultimate in HDTV broadcast clarity. One of the most powerful of the Winegard Prostar series, this antenna will bring free over-the-air HD broadcasts into your home with never before seen quality.

The PR-9032 combined the best in technology and engineering to bring you the signal quality you need to enjoy digital broadcasts, even if you live on the fringe of most broadcast transmissions. 35 elements featuring precise directory spacing combined with an ultra-efficient corner reflector system helps capture and reflect weak UHF broadcast signals with minimal loss to driven elements. The Winegard PR-9032 brings together this design to help achieve more uniform gain on UHF frequencies.

A built-in 300ohm VHF coupling block lets you install an optional VHF antenna to enjoy both UHF and VHF broadcast signals on the same coax cable.

The PR-9032 is constructed of high tensile aluminum to withstand years of sun, wind, rain and snow. Each element is protected by a polyurethane coating that eliminates wind and ice signal degradation, as well as prolonging the life of the entire antenna.