Motorola wireless MC-3000

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The MC3000 gun configuration is a small, lightweight and rugged handheld mobile computer which excels with applications and environments requiring high-quality data capture and high-performance real-time computing. Customizable to the demands of each job, it allows employees to complete their work faster and with better results. The pistol grip is ergonomically designed for scan-intensive environments, maximizing comfort for workers throughout their shift.

This device is ideal for bar code scanning and wireless mobile computing within retail stores, warehouses, on loading docks, postal routes and any location demanding application performance and ruggedness.


Features and Benefits



Well-balanced gun form factor

Comfortable to use in intensive scan environments for prolonged periods.

Visual scanning feedback on the sides
Provides visual in addition to audio feedback without having to reorient the device


Light, ergonomic design
Reduces user fatigue for higher productivity in scan-intensive applications.

320 x 320 resolution color/mono display (with backlight)
30% higher resolution than 1/4 VGA allows easy viewing in many environments for increased accuracy.

Wireless 802.11b/g/a LAN connectivity
Provides real-time data exchange for maximum productivity.

Bluetooth option
Enables use of and wireless connection to a range of devices.

Rugged design
Withstands multiple 4-ft drops (1.2-m) to concrete across Operating Temperature Range and up to 500 tumbles.

IP54-rated sealing
Protects against water and dust for reliable performance in rough environmental conditions.

Intel® XScale PXA270 processor and Microsoft® Windows® CE operating system
Delivers high-speed CPU performance through familiar interfaces with wide software application support.

Keyboard options include 28, 38 and 48 keys
Provides multiple data entry modes for maximum efficiency.

Device management with Mobility Services Platform (MSP)
Enables real-time monitoring of critical mobile computer and wireless infrastructure parameters.