Club Rules Radio Tx & Rx Learn to Fly Training Prog Interference Safety Reminder  

Radio Transmitter & Receiver Usage

  NEW MEMBERS - Don't buy anything until you come to the club and get advise from a senior club member. 

At the Bulleen field, radio control transmitters on the following frequencies are allowed:

Allowed Frequencies at DAC

Requirement

MAAA MOP Reference

36.010 to 36.590 MHz in 20 KHz increments (36.010; 36.030; 36.050 etc.)

NOTE - 36.150 MHz not permitted at DAC

Radio Certified

every 2 years

MOP049  #

29.725 to 29.985 MHz in 20 KHz increments (29.725; 29.745; 29.765 etc.)

Radio Certified

every 2 years

MOP049  #

40.665, 40.675, 40.685 and 40.695 MHz

Radio Certified

every 2 years

MOP047  #

2.4 GHz         NOTE - refer to 2.4 GHz equipment restrictions below

See below

MOP058  #

                          # MAAA MOP's can be found here

No transmitter will be acceptable or allowed to be used unless it has been radio frequency certified (excluding 2.4GHz) by an independent authority, and displays the appropriate certification sticker.  Radio Frequency Certification must be current (within the past two years).  The list of current testers and more information can be found on the VMAA website here.

 

Also it is a good idea for new club members before purchasing any radio equipment to visit DAC and talk about what equipment best suits your requirements.  Especially if you are considering the 36MHz band and what channels are heavily in use to avoid.

 

2.4GHz Transmitter & Receiver Equipment

Your Committee has reviewed its decision regarding the use of 2.4GHz equipment (Transmitter & Receivers) and has agreed to certain 2.4GHz equipment being used at DAC. This approval is subject to the following conditions.

1.    The 2.4GHz transmitters and receivers must be used in accordance with the MAAA 2.4GHz Equipment Policy MOP058. This is on the MAAA website and a copy has been placed in the Clubhouse for your convenience. READ IT BEFORE COMMITTING TO PURCHASING OR THE USE OF 2.4GHz EQUIPMENT.

2.    Only Equipment approved by the MAAA can be used with the exception if the equipment is generally regarded as being only suitable for “Park Flyers” CANNOT be used at DAC, including receivers.  Example Spectrum transmitter using DSM technology.

3.    Only the equipment that the committee has approved have affixed to the equipment either the C-Tick , FCC  or ETSI compliance marking that identifies that it meets the specific required standard, can be used.

4.    Equipment must be installed and “range checked” in accordance with the manufacturer’s instructions and consistent with safe modelling practices.

5.    Frequency Keys MUST be used to ensure that no more than ten 2.4GHz transmitters are in use at any time. 

6.    This approval is subject to ongoing review and, should any safety issues arise, this approval to operate 2.4GHz equipment at DAC can be suspended or removed at any time.

7.    Members should note that cameras and other devices transmitting on 2.4GHz are now available. These MUST NOT be used at DAC.

8.    2.4GHz equipment must be capable of doing a ground range check, required before the first flight of a new or repaired model.

 

 

NOTES - 2.4GHz Transmitter & Receiver Equipment

  • 2.4GHz equipment refers to the "whole communication system" - transmitter, receiver, antennas, installation and usage.

  • The maximum output power levels specified in the ACMA C-Tick , the FCC  and the ETSI  Standards vary. Generally ETSI standards specify lower maximum output powers. Whilst most equipment currently on the market have power levels lower than the maximum allowed under ACMA and FCC Standards, users should be aware that equipment that complies with the ETSI Standards may have a lower power output than the equivalent product complying with the other Standards. If this is the case then they will give reliable operation only to a reduced range. Users of equipment marked as complying with the ETSI Standard need to be aware of this possibility.  If the equipment is regarded as only suitable for “Park Flyers” then it CANNOT be used at DAC.

  • This equipment is generally regarded as “line of sight” and people, trees and buildings between pilot and plane may cause interference, as may fog, cloud and high humidity.

  • This technology continues to evolve and new equipment may come on to the market before it has been approved by the MAAA or DAC. Be aware before purchasing that such equipment may not be approved at DAC.

  • The committee retains the right to request inspection of radio equipment and if the equipment is found to not comply with the above, or if an inspection request by a committee member is refused, then that equipment cannot be used at DAC.

  • Whilst this technology may remove the problems of frequency clashes, all pilots are required to fairly share air time.

Refer any queries to the DAC Committee members.

 

LINKS - 2.4GHz equipment ( # Indicates must read )

   MAAA - click here

   MAAA Manual of Procedures (MOP) - click here

# MAAA MOP058, 2.4Ghz equipment (27 July 2010) - click here

 

Technical report by Mike Close, Chairman, MAAA Technical Radio Sub Committee

# The Status of Evolution of 2.4GHz  - click here

 

MAAA approved 2.4GHz Radio Equipment. allowed to be used at DAC field

Manufacture

Technology Allowed

Radio Transmitters

Transmitter Modules

Plugs into existing radio transmitter

Receivers

 

Spektrum

 

Spektrum DSM2

Approved by MAAA

Air Radios

Must be Full Range

Compliance # marking

Air Modules

Must be Full Range

Compliance # marking

Air Receivers

Must be Full Range

Compliance # marking

JR

Spektrum DSM2

Approved by MAAA

Air Radios 

Must be Full Range

Compliance # marking

 

Air Receivers 

Must be Full Range

Compliance # marking

Futaba

Futaba FASST

Approved by MAAA

Radio Systems

Must be Full Range

Compliance # marking

Tx Modules

Must be Full Range

Compliance # marking

Receivers

Must be Full Range

Compliance # marking

Xtreme Power Systems

XtremeLink

Approved by MAAA

Radios

Must be Full Range

Compliance # marking

Tx Modules

Must be Full Range

Compliance # marking

Tx Modules

Must be Full Range

Compliance # marking

Sanwa

Sanwa FHSS

Approved by MAAA

Air Radios

Must be Full Range

Compliance # marking

Air Modules

Must be Full Range

Compliance # marking

Receivers

Must be Full Range

Compliance # marking

ASSAN

ASSAN V2, Mini, Micro

Approved by MAAA

 

Tx Modules

Must be Full Range

Compliance # marking

Receivers  (eg X8R & X8R10)

Must be Full Range

Compliance # marking

Hitec

AFHSS

Approved by MAAA

Radios

Must be Full Range

Compliance # marking

Tx Modules

Must be Full Range

Compliance # marking

Receivers

Must be Full Range

Compliance # marking

Multiplex

M-Link

Approved by MAAA

Radios

Must be Full Range

Compliance # marking

Tx Modules

Must be Full Range

Compliance # marking

Receivers

Must be Full Range

Compliance # marking

Frsky

V8 ACCST 2.4GHz

Approved by MAAA

Radios

Must be Full Range

Compliance # marking

Tx Modules

Must be Full Range

Compliance # marking

Receivers

Must be Full Range

Compliance # marking

Fly-Dream

V3 2.4GHz

Approved by MAAA

Radios

Must be Full Range

Compliance # marking

Tx Modules

Must be Full Range

Compliance # marking

Receivers

Must be Full Range

Compliance # marking

EScale

System 242  2.4GHz

Approved by MAAA

Radios

Must be Full Range

Compliance # marking

Tx Modules

Must be Full Range

Compliance # marking

Receivers

Must be Full Range

Compliance # marking

                # Unit must be marked with either the C-Tick , FCC  or ETSI compliance marking

             Only genuine products from those manufacturers are covered by this list of currently accepted systems.

             2.4GHz transmitter must be capable of doing a ground range check, usually by reducing output power.

             Assume Full Range 2.4GHz equipment (Tx & Rx) is greater than 800m

 

  Also check MOP058 for any updates - click here

 

*** 12 August, 2010 02:38 PM +1000 ***

Last updated 12 August, 2010

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