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Specifications - Heavy duty coil uses 14 gauge copper wire
- 16 feet of high grade coax terminated in a PL259 connector
- Made with high impact Thermoplastic
- Exclusive low loss coil design
- 36" 17-7 PH stainless steel whip
- 300 Watt power handling capability (ICAS)
- Large 3-1/2" 10 oz magnet
- Frequency range 26 MHz to 30 MHz
- Available in a black magnet mount version only
- N.O.A.A Weather Ready
- 1 Year Warranty
The Little Will is the smallest magnetic antenna from Wilson. Using the Wilson exclusive low loss coil design and patterned after the proven performance of the Wilson W1000 and the Wilson W500, the Little Wil out performs all similar types of small base loaded antennas. It was designed specifically for users who want a high performance antenna with a short whip, and at a low price. The Wilson trademark of designing an antenna that offers maximum efficiency for the cost is continued on with the Wilson Antenna Little Wil. The large 10 oz. magnet used in the Little Wil is the first indication of the attention to detail, engineering, quality and design that makes the antenna perform so well. The strength and holding power of the larger magnet will prove itself the first time extra speed is needed to pass the auto ahead, or on those rough and bumpy roads. The Wilson Little Wil antenna hangs on long after other small antennas have fallen off and become lost and wasted money. Wilson uses 14 gauge wire to provide the maximum power handling for a small antenna. When combined with the Wilson exclusive coil winding method that allows air to flow completely around the wire, it will easily handle 300 watts. With a total height of only 38 inches, it is the perfect CB antenna for your car. Mounted on the trunk lid of most automobiles, you can safely drive into your garage without damage to the antenna or the car from the overhead door. When driving into those multilevel parking garages, at the office or shopping center, you no longer must remove the antenna from the car. The Little Wil antenna is the solution to your problem.
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