Description
FUTR12ZH-2.4 Futaba 12Z 12-Channel 2.4GHz Tx/Rx Heli Mode 2
Futaba's FASST (Futaba Advanced Spread Spectrum Technology) shifts very quickly virtually eliminating signal conficts and interruptions unlike other 2.4GHz systems that only stay on one or two frequencies
Features:
- Dual antenna diversity enables FASST system to automatically and seamlessly select the best reception between the two antennas built into the receiver ensuring that Pre-Vision Packet Screening technology scans incoming data for potential problems and applies sophisticated error correction techniques for solid impenetrable link with model
- Easy Link system features a unique ID code in the transmitter that links to the receiver insuring that receiver only follows commands from this transmitter-with over
- 134 million possible codes there is no chance for a conflict
- No hassle Fail Safe programmed through transmitter-no complicated set-up steps or binding plugs
- When performing a ground check, the Power Down function allows modeler to reduce power from up to 50+ paces away-like retracting the antenna on a conventional transmitter
- Purpose built custom IC chips for key functions; no off-the-shelf IC chips
- Dial-N-Key jog dial with joy stick button allows cursor movement in four directions for very user friendly programming
- PCM G3 2048 resolution is "backwards compatible" with 1024 PCM, and FM/PPM
- Supports 13 different wing types, 3 tail types and 3 motor types
- Supports eight flight conditions (seven plus the default)
- Stores memory for up to twenty-five models
- 245 model memory available with optional 32MB Compact Flash Card available separately
- Six factory-set Variable Dual Rate (VDR) curves can be assigned to any function in any flight condition configuration
- Variable Dual Rates (VDR) and Expo can be combined so they are automatically activated when a function is activated, no program mixing required
- Dual Internal Processors allow one processor to be devoted to flying functions while the other processor focuses on non-flight functions such as input and communications
- 7.4V 2200mAh Lithium Ion transmitter battery for long operating times
R6014FS Receiver;
- Retains G3 2048 resolution and Futaba Real Time Response from the72MHz version.
- Simple one-touch binding - no plugs to mess with or lose
- A full range system for all aircraft from giant scale to
- Park Flyer applications-no need to buy separate receiver for specific aircraft
- Dual Antenna Diversity allows 2.4GHz FASST Futaba transmitter to select the best reception between the two receiver antennas with no signal loss
- Rubber grommets installed where antennas exit to eliminate stress and fraying of the two antenna wires
Servo Grouping;
- Multiple servos controlling a single function can be set up through the transmitter and then plugged into differently adjustable receiver channels (even non-consecutively) without needing a separate servo synchronizer for mixing.
- Quad-Bearing Gimbals for smoothest motion and response, stick tension and detent are adjustable
- Seven color LED indicator
Includes:
12ZHP Synthesized Transmitter (not available separately)
FASST TM-14 Module
R6014FS Receiver
FLT2F2200 7.4V 2200mAh Lithium Ion Transmitter Battery
LBC-1D5 Lithium Ion Transmitter Battery Charger
NR4F NiCd 1500mAh Receiver Battery
FBC-32B Wall Charger for Receiver Battery
DSC Cable
Switch Harness with Charge Cord
Padded Aluminum Case with two Keys (not available separately)
Woven Orange Neck Strap
One each 1.5mm and 2.5mm Hex Wrenches
Instruction Manual
Requires:
Charging batteries before use Servos of modeler's choice, suggested servos for use with the 12Z include the Futaba S9154 Digital High Speed Servo and the Futaba S9255 Hi-Torque Heli Digital Servo
Technical Specifications:
Transmitter;
Operating System: 2-stick, 12 channels, PCM-G3 synthesizer system
Modulation: PCM-G3, PCM 1024, or FM/PPM switchable
Power Supply: 7.4V FLT2F2200 Li-Ion Battery
Current Drain: 500mA average
Manuals:
Additional Information
Number of Channels: |
12 |
Frequency: |
2.4 GHz |
Package Includes: |
Tx + Rx (Transmitter & Receiver) |