Motorola CP200D Two-Way Radio - you're simply more efficient
The Motorola 6-Pack CP200D Radios lets you connect your workforce as efficiently as possible. This portable analog and digital UHF radio is very affordable, but flexible, so it can evolve with you. By combining the best of two-way radio functionality with the
latest analog and digital technology, the CP200d is perfect for the everyday user who wants to stay connected.
This rugged 2-Way radio offers all the benefits of the latest technology – up to 40% longer battery life, twice the capacity, greater coverage and superior audio. The analog version of the CP200D makes it easy to transition your business to digital
technology, when you are ready. The CP200D delivers the same easy-to-use features, form factor and durability as its pre-assessor the CP200 portable, as well as the same batteries and chargers you use today. It can operate in analog modes
so it fits seamlessly into your existing communication system, allowing you to migrate to digital at your own pace.
By choosing the analog-only version of the CP200D radio today, you can unlock the capabilities of digital when the time is right. Your investment is safe: all you will need is a simple software upgrade. Now you can improve the efficiency of your
operation with easy-to-use voice communication that’s right for you.
Please note that we are including the smaller stubby antenna with the purchase of this radio. This is a $24.99 value FREE of charge.
This Motorola CP200D Analog UHF radio is a good choice if you plan to use the radio indoors. UHF, Ultra High Frequency signals don't travel quite as far outdoors as VHF signals, but they do a better job of penetrating things like wood, steel, and concrete, this give you better range and performance in urban environments and around many buildings. UHF radios also have a smaller antenna.
The CP200D is made to last. It is rated IP54 (splashproof, virtually dustproof), so it can be used even in harsh environments. Moreover, it has been proven tough in Motorola’s grueling Accelerated Life Test program, in which the design must survive
a simulated 5 years of hard service before it is accepted.