Premium Industrial-Class Rugged Mobile Computer

The Motorola MC9500-K raises the bar for premier rugged mobile computing, incorporating breakthrough ergonomic design and features to support the most demanding field mobility applications. Truly in a class of its own, this groundbreaking device is as different on the inside as it is on the outside. Building on Motorola’s signature MC9000 Series, the MC9500-K delivers a more rugged design, more data capture options, true WAN technology independence and application flexibility through customer-swappable WAN subsystems and keypads, more processing power and a game-changing approach to battery and backroom management, all in a lighter, sleeker and easier-to-use form factor.

3.7 inch colour high resolution polycarbonate VGA display (640 x 480) with digitizer and backlight
Largest display available in this device category; supports display of high resolution images, including video and maps; provides best-in-class impact resistance.

Motorola MAX FlexWAN: Customer swappable broadband 3.5G GSM HSDPA and 3.5G CDMA-EVDO Rev A
High performance simultaneous wireless broadband voice and data anywhere in the world (where supported by carrier); best-in-class 3G speed with a connection to most carriers in the world; customer configurable WAN capability allows companies to easily and cost-effectively support multiple carriers, and ensure each worker
has the best possible coverage.

Motorola MAX Backroom Management: game-changing backroom management through a one-of-a-kind Universal Accessory System
New modular design reduces the capital and operational costs in the backroom related to batteries, cradles, battery chargers, cables and other accessories; form-factor agnostic cradling is compatible with future generations of Motorola mobile computers, providing superior future-proofing and investment protection.

Motorola MAX Battery: high-capacity battery with unique, industry-first battery information indicators
Enables battery to "report" its own status — state of charge and state of overall battery health; enables more cost-effective management of the battery pool; ensures users start the day with a battery capable of providing full-shift support for improved productivity.