Click Images for larger view.
-
FASST benefits include 2048 resolution, Dual Antenna Diversity and Easy Link™ one-touch binding. Features Normal and High-Speed (on channels 1-6) modes.
-
Not only does SD Card Data Storage & Transfer give you incredible memory*, it works with an included Futaba Utility File that enables you to further upgrade programs and functions.
*A 1GB card is required for maximum memory capacity. SD Card sold separately.
When you improve upon all of the best that Futaba 2048 technology has to offer, you have the 12FG 2.4GHz — one serious system for discerning R/C pilots. From the state-of-the-art receiver to the capacity to store memory for a whopping 1882 models, the 12FG 2.4GHz has the features and functions to position itself far above the competition. And because it’s from Futaba, you can fly with confidence, knowing that the industry's finest research and development is behind you.
12FG Specifics:
- G3 2048 resolution
- 30 model memory (up to 1,882 with a 1GB SD card)
- Combines airplane, glider, and helicopter programming
- Supports 13 wing types, 3 tail types and 8 heli swash types
- 8 total flight conditions (7 plus the default)
- Variable Dual Rates (VDR)
- Servo grouping for servo synchronization
- Digital Trims on all four main channels
- 7.2V 1700mAh NiMH transmitter battery
- Battery charging jack
- Ergonomic rubber grips
12FG System Overview:
- Quad-bearing gimbals
- 27 preset model types, with built-in shortcuts
- Designed "joystick" button and Dial-N-Key editing for easier menu navigating
- Ultra-precise tuning in .5% increments
- Front-mounted slider switches for easier access
- 255 x 196 LCD Screen with Adjustable Contrast
You get all this with the 12FG:
- R6014HS 2048 Receiver
- Heavy-Duty Switch Harness
- 7.2V 1700mAh NiMH Transmitter Battery
- Futaba Orange Transmitter Neck Strap
Requires: Servos depending on type of aircraft, 4.8V receiver battery of modeler's choice
All prices, pictures, promotions and descriptions are subject to change. Tower Hobbies maintains no responsibility for inadvertent errors.
