- EVERYTHING INCLUDED EXCEPT FASTENER TAPE - The Uniden DFR1 radar detector comes with a 12V DC vehicle Power Cord, Dual Suction Cup Windshield Mount and Spare fuse for 12v Power Cord.
Uniden Radar Detector w/ Long Range & Laser Detection DFR1 Open Box
Box has been opened, **Item has surface scratches and is missing Velcro (SEE PHOTOS)**,100% Functional. Open-box items are not subject to returns. They are sold "As Is". All requests for returns will not be accepted.
This listing includes :
(1) DFR1 Radar Detector
(1) Straight 12V DC Power Cord
(1) Windshield Mounting Bracket
(1) Spare fuse for DC Power Cord
The Uniden DFR1 is a Radar Detector with easy-to-read icon display. No matter what is lurking ahead or behind you, DFR1 radar detectors will protect you in both directions.
Features:
- X, K, and Ka band alarms
- Laser alarms
- Highway/City/City 1 modes
- Invisible to VG-2 and Spectre I/IV/IV+ radar detectors
- Mute alarm audio
- Memory feature saves user's last settings (except MUTE) when the unit is powered down/disconnected from power.
Detection:
The DFR1 detects emissions from radar guns and sounds an audio alert for the driver. The detector determines which band range the signal is from and displays that frequency type on the display (X, K, Ka, or L). The signal strength (1 through 5) also displays as applicable. If there is a specific alert code, that is also displayed.
Bands:
The DFR1 recognizes:
X Band: This band was the first frequency band assigned to police radar. It operated on a lower frequency (10.525GHz) with a higher power output.
K Band: This band is the most common frequency used in radar detectors (24.150). Its relatively small wavelength gives it a clocking distance of about 1/4 mile although, depending on the environment, it can detect up to 2 miles.
Ka Band: Over the years, the Ka band incorporated the Ka-Band, the Ka Wide-Band, and the Ka Super Wide-Band. Most photo radars (also known as stop light cameras) use this band.
Laser: Police use the lasers narrower light pulses for speed detection as it is more accurate and faster. Laser beams are more detectable after they have bounced off their target and begin to disperse on the return trip.
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