Futaba 14MZ

The 14MZ takes advantage of two separate internal processors for maximum efficiency and reliability. A custom Futaba processor expertly directs all functions dedicated to flight control. Input for general operating tasks — such as set-up and programming — is processed by Windows CE.

Double the resolution of PCM 1024, the 14MZ's breakthrough PCM G3 2048 enables servos to pick up even the slightest stick movements. It's enhanced by a frame rate that's 40% faster than Futaba's 9Z — much more data transmits in a much shorter time. The result? Real-Time Response...response so good, it feels like it's happening in real time!
Note: The 14MZ can also transmit in 1024 PCM and FM/PPM.

Only one company in the world could make the 14MZ display...it's an engineering triumph in itself. The HVGA screen features crystal-clear 640x240 pixel resolution. It uses transflective technology (layered transparent and reflecting surfaces) plus adjustable backlighting and contrast for easy visibility, even in direct sunlight. Navigate through menus and make selections by touching the screen — or use the Dial-N-Key button to scroll and select.

Reconfigure the eight 14MZ shoulder switches to your own preference. Just pull out a switch to remove it, and plug in the style you prefer — tall or short, button or toggle, spring-loaded or positionable.

Thanks to state-of-the-art Ball Grid Array (BGA) layered PC board technology, the 14MZ's R5014DPS 14-channel synthesized receiver is the world's smallest. You'll appreciate how easy its WFSS (Wireless Frequency Setting System) makes changing frequencies at busy airfields...you can do it right from the transmitter, without changing crystals!

R5014DPS Receiver Specifications Dimensions:
37.7 mm wide x 52.2 mm long x 16.3 mm high Weight: 32 g

Using a Compact Flash memory card, modelers can upload JPEG picture images of their models that will appear on the LCD screen.

The 7.4V 2200mAh Lithium-Ion battery that's included is state-of-the-art battery engineering, providing nearly 3 hours of flight time in a very compact size.

Each axis is supported by dual ball bearings. Stick tension and detent is adjustable, so airplane and heli modelers can personalize to their preference.

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