FLYRC
Fairfield League of Yankee Radio
Controllers
P.O Box 3616
Danbury, Ct. 06813-3616
Issue 01 01-15-2008
INTRODUCTION
TO FLYRC 03
INFORMATION
FOR APPLICANTS 04
APPLICANT
PROCEDURE 05
FLYRC
SPONSOR RESPONSIBILITIES 06
GENERAL
FIELD RULES 07
MODEL
INSPECTION 08
MODELING
SAFETY & SAFETY TIPS 09
PFW FLIGHT
TEST PROGRAM INTRODUCTION 10
PFW
FLIGHT TEST DESCRIPTION 11
PFW
FLIGHT TESTING MANEUVERS 12-13
PFW
FLIGHT TEST QUALIFICATION SHEET 14
QUALIFIED
FLIGHT TEST EXAMINERS 15
MITCHELL
FARM FIELD RULES 16-17
NEWTOWN
FIELD RULES 18
Fairfield League of Yankee Radio
Controllers
FLYRC is a
chartered club of the Academy of Model Aeronautics (AMA). It includes a diverse
group of people dedicated to the construction and flying of radio control
aircraft with comradeship and friendship. Everyone is welcome to join the
organization. Members are encouraged to help everyone participating in the
hobby. Assist newcomers (applicants) and improving the modeling and flying
skills of all members is a club goal.
Operations
of the club are financed by annual dues, auctions and 50/50 club.
The club
and the field are operated under the guidelines provided by the AMA and the
club. AMA is the governing body of model aviation in the USA, and charters both
the club and flying site. AMA provides liability insurance for members, the
club, and co-insures the property owner.
FLYRC flies
at Mitchell's Farm in Southbury, Ct. and at The Newtown field in Newtown, Ct..
The general
business meetings are held on the first Wednesday of the month at the
Brookfield Senior Center On Pocono Rd. in Brookfield,
Ct. at 7:30 pm.
To join
FLYRC, you must have a sponsor who is a club member in good standing who will
be your mentor. To fly you must be a member of AMA. While you are learning,
your status will be an Applicant and you may fly when any member is present
assisting you in the flight activities. When you pass your flying test, you
will be allowed to fly solo (by yourself)
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There are many aspects of radio control aircraft, which are powered by piston engines (2 stroke and 4 stroke), and also electric power. Sailplanes are primarily winch powered, but also may be electric powered or powered by a small piston motor on power pods. A wide range of helicopters are available to the modeling members. These models vary in sizes from 2 to 3 lbs. up to as much as 55 lbs. Radio control aircraft can perform and exceed maneuvers that a full scale aircraft can perform. RC models should be considered as real aircraft, with the pilot controlling remotely from the cockpit. This requires the pilot to learn to fly aircraft in two directions. Aircraft flying away from the pilot, and the aircraft flying to the pilot. The performance of the model is based upon the building and flying skills of the modeler.
To join FLYRC and fly you must be a member of the Academy of Model Aeronautics (AMA). Applications to AMA may be obtained from most model shops, modeling magazines or on-line. Your AMA Membership provides limited liability insurance and the monthly magazine (Model Aviation). AMA is the governing body of model aviation in the USA.
Additionally, an applicant must have a sponsor. The sponsor will sign the club application, which must be submitted to the membership chairman along with the payment of dues, the applicant is now ready to peruse his or her new found hobby. The sponsor will assist the applicant to obtain information from other sponsors, members, and modeling personnel to obtain suggestions of appropriate models, equipment and construction details.
All power modelers will need a model (trainer), engine, radio (servos), glue, knives, sandpaper, covering material (except ARFs), field boxes (well equipped)), fuel, glow plug exciter, starter, and battery. Some model kits will require additional materials to complete the kit. The sponsor should assist you in obtaining the additional materials, and the additional assistance may be obtained by attending monthly meetings.
Before flying the new model, it must be thoroughly inspected to insure safe and proper operation. The sponsor may perform the inspection, establish the flight training program requirements, and fully brief the applicant on the flight training requirements leading to the final examination. Field and flight safety shall be stressed in these initial briefings.
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1. Every applicant must obtain a
sponsor who will assist him or her in the fundamentals of joining FLYRC. Your
sponsor should be your guide through the initial stages of selecting, building,
and checkout of your model aircraft. He will also be responsible for your
conduct as an applicant. It is not the responsibility of the Club or it's officers to find you a sponsor. If you are interested
in joining, become active by attending meetings, flying Sessions, this is how
to meet those who may be willing to sponsor you. (AMA membership required to
fly.).
2. Your sponsor must be a member in
good standing of this club, and willing to assist you. He will either instruct
you in basic flying skills, or will put you in contact with someone who can
instruct you. An applicant is never to fly unsupervised. To do so is immediate
expulsion from the club.
3. Your instructors will guide you
through the skills necessary to pass a basic flight test after you obtain your
AMA card. It is advised that you stay with one instructor throughout the
learning process so that continuity in your progress exists. It is generally
best to have a time scheduled with your instructor and be there promptly. He
has volunteered his flying time to teach you, so please respect it.
4. Your aircraft should be able to
pass a preflight safety test by a qualified instructor or examiner. This is for
your protection as well as the preservation of your aircraft. Your sponsor can
make the arrangements to have this done.
5. When your instructor, or a member
in good standing who could be a sponsor or examiner, feels confident that you
can pass the basic flying skills test, he will sign the instructors section of
the qualification flight test sheet. The sponsor shall then set up the flight
test with an approved FLYRC flight test examiner. The qualification test sheet
shall be signed by the instructor, sponsor, and examiner.
6.The
qualification test consists of maneuvers you have been practicing throughout
your instruction program, so there should not be any surprises. By completing
this test, you have demonstrated that you are capable of flying your aircraft
in a safe and controlled condition.
7. At the next club meeting, your
sponsor will present your name with a recommendation that you be admitted to
full membership status. If accepted by the membership, you will be allowed full
rights of any member and will be allowed to fly without your instructor or
sponsor present. Applicants will be requested to attend 3 meetings and 2
events for the first year of their membership. Applicants are encouraged to
meet members at various functions and events, and whenever possible to assist
in the chores of running an event. It is a great way to show your interest in
the hobby and club. As a rule the more members you know, the more help you can
expect. Above all don't be discouraged if it seems difficult at first. We all
found it so when we started. Even the best flyer in the club was a beginner at
one time.
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Sponsors perform a very critical
function in the FLYRC organization. The acquisition and retention of new
members is related to how they interface with the club in their early relations
with the current members. This relationship is one of the key sponsor
responsibilities. The sponsor must assist the applicant in the transition from
a keen interest to a highly responsible safe pilot.
Any full member can be a sponsor, however this member should fully understand all of
the important issues as covered in this flight test program handbook. Also the
applicant must understand that either the club or its officers are not required
to find a sponsor for the applicant. It is suggested that the applicant attend
events at the field, attend membership meetings, ask
questions at the flying field to interface with modelers on the type of
equipment to purchase. Not all members are able to sponsor an applicant due to
other conflicting requirements, such as other applicants, club management
priorities, event directorships, personal work or travel, and in some cases
illness. Whenever conflicts arise as cited above, the member should help and assist
the applicant to find a sponsor within the organization.
The sponsor shall
be responsible for the training and conduct of his applicant (s).
The sponsor shall
provide training or arrange training by a qualified instructor
The sponsor shall
instruct the applicant in all aspects of field rules and etiquette of the club.
The sponsor shall
integrate modeling safety in construction, field rules, flight line etiquette,
and in all aspects of flight training.
The sponsor shall
be the prime contact for construction information and equipment selection.
The sponsor shall
be responsible for introducing the applicant to the club members.
Prior to recommendation for
membership, the sponsor shall be in a position to vouch for the applicant
certify that he or she has received the necessary flight training and is well
acquainted with the training handbook, field rules, modeling safety, and field
etiquette of the club.
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ALL badged pilots must comply with the AMA
Safety Code as well as the following:
1. Frequency identification pins and flags
shall be used for channel identification
2. Observe a fifteen (15) minute channel use
time limitation.
3. DO NOT turn on your transmitter before you
have the frequency pin.
4. No more than four (4) frequencies shall be
in use at anytime:
Three (3) power aircraft (including helicopters), (1) one electric or one (1) glider.
5 No flying over the pits, toward the pits,
or spectator areas. The initial turn after takeoff shall be away from these
areas. (See map).
6 There is no flying aircraft before 9am on
weekdays and 11 am on Sundays and all flying shall cease at sunset. (Also see
specific field rules.).
7. Engine break-in is not allowed at the field.
Engine run up is only allowed in the flying box only and not for an extended
time, or to distract other pilots in the boxes.
8 All two stroke aircraft engines shall be
muffled and meet the 93-db requirement at nine (9) feet. Large gas engines and
large four-strokes shall meet the requirements posted on the frequency board.
9. Members must be present with guests and are
responsible for their conduct. Guest flyers must have a current AMA license.
10. No alcoholic beverages are allowed at the
field.
11. Aircraft shall be operated only on
Frequencies Authorized for aircraft use.
12. See frequency board for ADDITONAL RULES.
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The
preflight and safety inspection is a necessary final inspection before flight
to ensure the best possible chance for incident free flights. Your instructor
will help you with this inspection and will make recommendations for additional
work on the aircraft.
Do
not be discouraged by any delays. Your instructor is only interested in the
safety of your model and the spectators
Name,
address, and telephone #, or AMA # are required by AMA to be attached to your
aircraft.
WING REMOVED:
1. If aileron equipped, aileron is shock mounted
and secure.
2. Aileron linkages & clevises secure &
clamped closed with a piece of tubing or equivalent.
3. Wing dowels not loose or cracked.
4. Check for wing warping. (Explain to applicant
how to remove warping)
FUSELAGE AND ENGINE
1. All engine and
motor mounts are tight.
2. Muffler installed
and secure.
3. Propeller tips not nicked and propeller blades
not cracked.
4. Spinner, safety nut, or prop nut securely
tightened (AMA safety nut W/O spinner)
5.
Fuel hoses not punctured or pinched and properly connected.
6. Klunk moves freely.
7. Fuel tank compartment fuel proofed. (Fuel
proofing is strongly recommended)
8. Servos shock mounted and securely fastened.
9. Pushrods & control surfaces move freely,
clevises closed and secured. (Fuel tubing or equiv.)
10.Servo
plugs clean and plugged into correct receiver channel.
11.Switch
assembly properly secured. (If possible check soldering)
12.Fully
charged Rx batteries, or new Dry Cells. (If possible check with ESV.)
13.Receiver
and battery pack wrapped in foam and secured in place.
14.Receiver
antenna not broken and fully extended in a safe manner.
15.Control
surface hinges pinned and secured.
16.Wheel
collars tight and wheels should rotate freely.
17.Nose
gear aligned and at proper height.
REINSTALL WING:
1. Aileron servo plugged into correct receiver
channel.
2. Wing hold down screws tight, or rubber bands
per model requirements. Typically #64 size with on per side for each 3/4 lb of
model weight. Two crossed bands for security of bands.
3. Center of gravity falls within model limits.
RADIO CHECK:
1. Place you frequency
pin on your transmitter. Then you can activate your transmitter.
2. Fully test all
control surfaces for proper movement to transmitter commands.
3. Range check: With antenna collapsed walk
about 100
feet towards the parking lot.
Check control motions, noise or jitter
during the walk. This is done with the engine off.
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One of FLYRC’s primary requirements is
to establish and maintain field and flight safety to insure the model is
properly built and SAFE to fly. When a model is completed the sponsor or
instructor will check it for safety.
A log is recommended to be used by the
applicant to assist him or her through the instruction and leaning experience.
It is suggested that the applicant log his or her flights and request the
instructor to sign and comment on the instructions as given. The log will
assist applicants and instructors to maintain a steady learning process. SAFETY
is vitally important. Radio controlled models are heavy and fast. Handled
unsafely, the model can do a great deal of damage. Remember that SAFETY must be
considered on the ground as well as in the air. The applicant should consult
with the sponsor and or instructor on the equipment best suited for him or her.
Come to the field and to the meetings and get to know the members. Ask
questions and ask for help. Everyone is more than willing to assist.
You should read and become familiar
with the full AMA Safety Code. The following is a short list of safety tips
that you should keep in mind whenever you are operating an R/C model.
1.
Observe all field and safety rules. Failure to do so could result in
loss of club flying
privileges
and could lead to expulsion from the club.
2. When the engine is running, make all needle
valve adjustments from behind the rotating propeller.
3. Keep face and body out of line with the
propeller arc. If a blade were to break off it could be thrown like a KNIFE.
THINK OF THE PROPELLER AS A RIP SAW BLADE.
4. An R/C airplane when operated out of control
or in a reckless fashion can be a lethal missile. If you are in trouble in the
air, alert your instructor and others around you immediately.
5. Do not fly your aircraft over the pits area or
spectators.
6. The first turn after takeoff must be away from
the pits and spectators.
7. Landings shall parallel to the pit area or
angularly away from the pits.
8. There should only one retriever per plane.
Notify all pilots "ON THE FIELD "before proceeding on to the field.
Children are NOT ALLOWED on the RUNWAY at any time.
9. Excessive running of a motor for tune up or
carburetor adjustments is not allowed in the pits and should not infringe on
another persons flight time.
10.Please communicate effectively when in the flight boxes. Notification of takeoffs, landings, emergencies, man on the field,
etc. Must be communicated to all pilots who are
flying. Whenever possible, use another member or friend as an observer.
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Required Materials:
1. Club Badge 2. AMA card 3. Suitable
equipment.
Knowledge: 1. Field rules 2. Basic
flight aerodynamics 3. Airplane parts and operation
4.
Safety rules and etiquette
Safety: 1. Suitable equipment 2. Preflight inspection
3. Proper frequency control
3. Safe starting procedures 4. Calls
out intentions on flight line
Development of practical skills:
The development of practical skills never ends in flying. This required
activity is the primary reason why people get into RC modeling. Some people
attempt to fly without instruction, and almost always end up with piles of
wreckage. The concept of qualified members who have passed a qualification
flight test, and the applicant who will train to meet the requirements, is the
primary purpose of the FLYRC organization. The practical skills test
demonstrates the applicant’s ability to maintain adequate control of the
aircraft at all times, in any direction. The flight maneuvers are intended to
prove the applicants ability to make the aircraft to go in an INTENDED
direction, not as a test of precision flying ability. The applicant must
exhibit proper safety and field etiquette procedures. The examiner must note
unsatisfactory performance and provide a written record to be used by the
applicant and instructor for further training. All the practical skills are
intended to develop the capability to fully fly the pattern, through the KEY
POINT in both directions. The KEY POINT is 10 to 15 feet above the runway and
is located at the end of the runway as a plane descends for its landing. The plane
should glide through the KEY POINT to
establish the proper touch down point for the landing.

Figure from Model Airplane News Tech Tips
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The pattern contains
all the necessary maneuvers to make the landings in a Consistent manner that
all pilots follow as a standard. Your instructor is interested in developing
your skills and capabilities to fly the pattern with relative ease. Please
review the pattern as shown below to learn the location of the FLIGHT LINE, the
SPOT, and the KEY POINT. The FLIGHT LINE is located along the pilot's edge of
the runway. We are to be trained never to fly through or over this line. The
SPOT is located in front of the pilot (about 200 feet) and 50 to 100 feet high
in altitude. On a downwind leg the SPOT represents the location to reduce power
and descend into the landing pattern into the base leg and final approach to
the KEY POINT. This maneuver will require a lot of practice, but forms the
basis of becoming a good pilot. As you develop your approach skills you will
also learn to adjust the aircraft rate of descent through the KEY POINT. This
blending of the rate of descent and accuracy of flying through the KEY POINT
will provide the real clean landing that all pilots love to achieve.

Figure from Model
Airplane news Tech Tips
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The following maneuvers are considered to be essential to an applicant’s
ability to fly in a safe controlled manner at the flying field. Remember; we
are not establishing precision maneuvers but are establishing the proper
procedures and intended safe maneuvers.
TAXI, TAKEOFF AND PROCEDURE TURN: Taxi and takeoff requires
the development of skills to hold a straight line into the wind. The ability to
hold a straight line is greatly influenced by the aircraft and its wheel
alignments. This is true for both the tricycle, and tail draggers. The aircraft
should be checked frequently for wheel alignments. Remember to check the wind
prior to takeoff. Trainer type aircraft with flat wings need to be carefully
controlled in crosswinds. If you turn from the flight line too early (before
getting good air- speed) the crosswind can push up the wing and cause a
wingover crash. Get some altitude and airspeed before initiating the procedure
turn. This turn starts with the initial turn away from the pits or flight line
(90 degrees) then a turn at constant altitude, which will cover 270 degrees
back to the runway with heading adjustments to be made on the return. (See
figure below.)

HORIZONTAL FIGURE EIGHT: To demonstrate aircraft
maneuvering skills, the horizontal figure eight provides all the turns required
in pattern flight. This maneuver should be conducted at about 100 feet of altitude,
with the crossover point 200 to 250 feet in front of the pilot. Maintaining
altitude is one of the measurement parameters in the horizontal level.

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SQUARE FIGURE EIGHT:
The square figure eight is conducted the same as the horizontal figure eight
except that the turns are squared in all of the
maneuver. This maneuvering enables the instructor to see some precision in
flying skills while maintaining a constant altitude in the horizontal level.

SLOW FLIGHT AND LANDING:
This maneuver demonstrates the flyers ability to fly near a stall speed at 20
to 30 feet of altitude the full length of the runway. This speed is obtained by
setting the throttle at the 1/4 to 1/3 setting. This maneuver should be flown
into the wind for safety reasons and the pilot should be aware of the flight
line, maintain a straight line, and hold a constant altitude. The ability to
land an aircraft, in most cases, is the most challenging part of learning to
fly. Learning to fly the pattern, turning capabilities, maneuvering, slow speed
flight, and awareness of the FLIGHT LINE, SPOT, and KEY POINT are all important
elements of the model pilot’s expertise. All experienced pilots will tell you
that the most important maneuver in flying is practice, practice, practice,
etc.
