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Futaba

Futaba 32MZ 2.4GHz FASSTest 18 Channel Radio System (Heli)

Futaba 32MZ 2.4GHz FASSTest 18 Channel Radio System (Heli)

Regular price $3,413.99 USD
Regular price Sale price $3,413.99 USD
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The Futaba 32MZ 2.4GHz FASSTest 18 Channel Radio System is designed for RC helicopter applications and includes an R7208SB S.Bus2 receiver. The transmitter features a full-color backlit LCD touch screen, sub-display, bidirectional FASSTest communication, voice recording, and a 6600mAh LiPo battery.

Transmitter Features

  • Multiprop function divides one channel into eight channels and extends the number of channels up to 32-ch
  • Microsoft Windows Embedded Compact 7 operating system
  • Operating system: 2-Stick, 18-Channels, FASSTest/FASST/T-FHSS/S-FHSS
  • 2.4GHz band
  • Full-color backlit LCD touch screen and sub-display
  • WMA playback from a microSD card
  • Voice recording for up to 24 voice files, assignable to switches
  • MicroSD card support for software and feature updates and data storage
  • Internal dual processors
  • Curve-operated mixing functions
  • Touch panel and two enter keys
  • 3.8V LiPo power supply
  • 6600mAh LiPo battery
  • Low-voltage and other alarm vibration system
  • Replaceable shoulder toggle switches with optional two-position, three-position, and momentary switches
  • Smooth throttle

R7208SB Receiver

  • S.Bus2 dual-antenna diversity receiver with bidirectional communication
  • Built-in FDLS (Futaba Dual Link System)
  • Input voltage: 6.6V LiFe Battery
  • Channels: 18-CH
  • RF power output: 25mW EIRP
  • Current drain: 75 mA
  • Dimensions: 24.9x47.3x14.3mm
  • Weight: 12g

Included

  • (1) T32MZ Transmitter
  • (1) R7208SB Receiver
  • (1) 6600mAh LiPo battery and AC Adapter
  • (1) Tool Box (includes special jig for adjustment)
  • (1) Neck Strap
  • (1) Manual

Note: The resolution of the Multiprop channel is lower than that of the linear channel. Multiprop channels cannot use the mixing function, and operating multiple Multiprop channels simultaneously may reduce the operation response of the Multiprop channel.

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