My RC-planes

I made a new and better layout to this side for easier navigation.

 

My RC-frontpage

My RC-planes

 

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

My current Project:

Newest model: DC-3 scale 1:19
https://brodak.com/dare-dc3.html

Specifications:
Wing Span: 60 in.
Plane Length: 40.4 in.
Wing Area: 409 sq. in.

At the beginning of this project I tried to find an interesting target for DC-3.
I found the Dare design RC DC-3 model, and I started this project 15.2.2020.
Very soon I realized, that some strenghinings must be done to be able to handle this beautiful model.
On all the way the different strenghtenings were very reasonable to do.

This is the story how I made it.

This is the target: Finnish DC-3 "AERO OH-LCH"

 

DC-3 "AERO OH-LCH" flying

 

This is my DC-3 OH-LCH in Phoenix rc-simulator

 

Another picture of OH-LCH for Phoenix-simulator

Video in PhoenixRC Builder app by Rick:
https://youtu.be/Y2IoWhpmoeg

 

Videos in PhoenixRC  by Rick:

https://youtu.be/tTUOoTS1QJs?t=8

https://youtu.be/IRqZt8KwrqU

This version OH-LCH, not in scale, is for downloading here:
https://www.rcgroups.com/forums/showatt.php?attachmentid=15952907&d=1647092930

Advices to modify own version is coming soon.

Finnish present Fighter F/A-18 for Phoenix:

  1. 1. Download the file "PhoenixRC_F18turbine.pkg"from here:
    https://www.rc-thoughts.com/phx/AllPlanes.zip

  2. Install and look that it is OK

  3. Download this Finnish version:
    F18turbine#F18_Grey_6.zip

  4. Unzip the file

  5. Rename the original file's "F18turbine.bmp" last letter "p" to "a"

  6. Copy "F18turbine#F18_Grey_6.bmp" to Phoenix's folder

  7. Rename the new file to "F18turbine.bmp"

  8. Shut down Phoenix, if it is running and restart

  9. The Finnish version is installed

  10. Obs! The finnish version's name remains as the old one

 

History of this DC-3 "AERO OH-LCH", flying to Turku Air-Show summer 2015
Copyright "Aamuset", this picture and the following text

The History of AERO OH-LCH:
The legendary DC-3 passenger and transport aircraft will arrive at the Finnish main flight show in Turku in June. The Douglas DC-3, and its military version C-47, is one of the world’s most famous aircraft and was built in about 15,000 units in the United States, the Soviet Union, and Japan.

Both Finnish and Swedish DC-3 arrive in Turku. In Finland, the DC Association voluntarily operates a DC-3 aircraft used by Finnair and the Air Force that is more than 70 years old and carries the registration mark OH-LCH. In Sweden, the Flygande Veteraner voluntarily flies a DC-3 aircraft with the registration number SE-CFP, once used by SAS and the Swedish Air Force, respectively.

The OH-LCH arriving in Turku was built at Douglas Aircraft Company's factory in Santa Monica, California and was completed on Christmas Eve 1942 under type designation DC-3A-453, serial number 6346. The aircraft was originally ordered by Pan American Airways to operate 12/27/1942

From the spring to the fall of 1943, the place of service was the North Atlantic Department of Transportation and probably based in Presque Isle, Maine. In late autumn, Transport Aircraft moved the aircraft to the European division, where it reportedly operated in passenger transportation.

In October 1944, the aircraft passed under the command of the 8th U.S. Air Force and, after the end of hostilities, was stored at the Oberpfaffenhofen depot in Germany. From there it was purchased for the Finnish state and registered on 19 June 1948 under the symbol OH-LCH. On July 21, 1948, it made its first scheduled flight in the service of Aero Oy on the route Malmi – Vaasa – Tampere – Malmi.

The following winter, the aircraft was finally refurbished as a civilian passenger aircraft. By December 1960, there were 22,137 flight hours, when the aircraft was dismantled as spare parts.

However, Aero, which changed its name to Finnair, needed cargo aircraft, and after the installation of a large cargo door, the reassembled aircraft was registered on June 25, 1963 with the former symbol. Finnair's last scheduled passenger flight on a DC-3 on 1 April 1967 was also entered in the aircraft's name.

OH-LCH was sold to the Air Force on March 5, 1970 and received the code DO-11. In addition to the usual cargo and parachute flights, the plane is rumored to have had secret tasks. In 1985, the Air Force triplets retired. Some moved to the museum, some abroad and two to Airveteran Oy.

 

The Coloring picture, © Gregory James Hjelt 2013

How to compare rc-airplanes and calculate the proportions with different dimensions:
https://rcplanes.online/index.html

I have been on one flight with this DC-3, and it was something awesome!

If you love flying you will love this DC-3 video
By Geoffrey Thomas May 17, 2020

 

DC-3 is now recognisable

 

Shining in low light

 

The outer parts of the wing are coated

 

The upper side of the Wing is covered

 

The Ailerons and Flaps are fixed

 

The Frame Finalizing is going on

 

Frame and Wings are connected

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

RC Spektrum NX8 and AR637T

New Spektrum NX8 with Telemetry Receiver AR637T
Receiver with Voltage monitor wires

 

Spektrum AR637T

 

Spektrum Telemetry Airspeed IndicatorSPMA9574
The Lenght of the Pitot-tube is about 90 mm

 

The Place for the Pitot-tube:
In Left Wing, Outside the Aileron-servo

 

The Pitot-tube glued on it's place with Aluminium-mantle tube

 

The Pitot-tube is covered for better fixing

 

That's it, looks fine

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Frame

The starting point

 

The frame is glued
The weight of the frame is 24 grams

 

The FrameStrengthenings 1

 

The FrameStrengthenings 2

 

The FrameStrengthenings 3

 

The FrameStrengthenings 4

 

DC-3 is now recognisable

 

Adding the pinewood bars 2x3 mm to the frame
The Dare Design uses normally square balsabars 3/32",
but I wanted do a more stronger construction

 

Rubber rings used to keep the bars in place when the glue is drying

 

All the pinewood bars are in place

 

All the pinewood bars are in place 2

 

The Nose 1

The Nose 2

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Wing

The leds are assembled, the upper side of the wing is still uncovered

 

Covering the Upper side of the Wing

 

 

 

The Wing is united and the Upperside rear Edge is Reinforced

 

The Reinforce balsa blocks are also reinforced with 1/64" Plywood on both sides

 

Covering and Reinforcing of the Wing

 

The reinforcing of the downer side of the Wing Junction

 

The Wing Front Edge Reinforcing

 

 


The Wing Junction Upper Side Reinforcing

 

Service Door for the Landing Gear Rear Edge

 

Service Door for the Landing Gear Rear Edge

 

The Landing Gear Rear Edge

 

The Downer Side of the Wing

 

The Upper Side of the Wing

 

The Upper Side of the Wing

 

The Downer Side of the Wing

 

The Downer Side of the Wing

 

The Downer Side of the Wing

 


The Downer Side of the Wing

 

The Downer Side of the Wing

 

Small fixings to the junctions of motor cowlings and the wing leading edge

 

Small fixings to both sides of the motor cowlings for better visual look

 

The lowerside of the wing in the evening 12.4.2021

 

The coating of the wing with Monokote Crome started

 

Coating of the wing tips

 

The Dare DC-3 in window star light

 

The Motor cowlings are covered

 

The Flaps are fixed

 

The Ailerons are fixed

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Landing gears

Retracts-proto made from 0,5 mm aluminiumplate for testing the dimensios

 

The wheels are 70 mm for better manouvering at grassfields

 

The absorbing springs are still missing, but coming

 

This is how the gear is at down-situation (picture seen upside down)
The center of the wheels are near the leadin edge of the wing

 

This picture looks how the absorging springs are
 at maximum lenght without any jump-force, when landing.
When making landings, the springs can absorb about
 10-15 mm, and the landings are not so hard.

 

Situation seen from the frontside

 

Situation seen from the backside

 

The backside fixing added

 

Gears in with the backside fixing

 

Landing Gear Parts, material: ST 0,6 mm

 

Landing gear travel dimensios

 

Landing gear drilled holes

 

Landing gear more accurate dimensios

 

Sketch of landing gear rear strut

 

Making a bed for the retract-servos

 

Space for the retract-servos

 

 

 

Landing Gear Parts, material: ST 0,6 mm

 

St-parts drilled and holes partly opened

 

Looking like Aeroplane parts, and some lightenings is done.

Next I shall do lighter versions of Landing Gears by Al-tubes, Al-plate and 2-component epoxy-glue.

 

Testing with the landing gear servo

 

Landing Gears and servos in own places
and a wider Strip for the middle wing's trailing edge

 

Not so beautiful, but it is working as I planned

Youtube presentation
https://youtu.be/Lh88hI-BGyI

 

Stainless Steel Landing Gears mod. 2

 

Standing on the Gears 1

 

Standing on the Gears 2

 

Standing on the Gears 3
The Motors are not fixed, they are only for reconstruction

------------------------------------------------------------------------------

Latest pictures:

 

 

 

 

 

 

 

-------------------------------------------------------------------------------

I am doing "Near Scale" landing gears by Aluminium tubes and small plates.
I don't use any welding, but 2-component glue with 200 kg / cm
˛ tensile strenght.

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Flaps

Ailerons and Outer Flaps are covered

 

Lightened surfaces

 

Flaps are fixed

 

The Wing and the Moving Surfaces are fixed

 

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Ailerons

Wider Strip for the Aileron's Trailing edge
- To get more strenght

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Rudder

The rudder is glued

 

The tips for wings and rudder

 

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Elevator

The elevator is glued

 

Covering the Stabilizer with 1/64" Birch-Plywood

 

Adjusting the Stabilizer, not Glued yet

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Service-doors

Service door in the tail is open

 

Service door in the tail is closed

 

The Door for easier service inside the Frame

 

 

Service door fitted on the place, not fixed

 

Service door fixed on the place with 2 crews

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Cabin

The Crew is in the Cabin the first time

 

The Crew and the Chairs

 

The Crew by LECO ®

 

The Crew must be lowered a'little

 

The new version of the Cabin, easier to take away for service and to replace the Battery

 

Added the rear screw fixing point for the Canopy

 

Cabin Rear Screw fixing

 

The monitor panel is under planning

 

The instrument panel is now ready
The panel is not in scale

 

Original Cabin layout

 

The Cabin is covered, notice the roof-window for sextant navigation.

 

That's it, ready to go!

 

The Cabin is now assembled 

 

The Face looks a'little agressive

 

The Cabin itself is covered with Aluminium tape

 

The Fixings:
- With 5 Magnets and Iron plates
- The Front of the Cabin has a Security-Pin to keep it in right  Place

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Covering

Nose covering 1 with 1/64" Birch-Plywood

 

Nose covering 2 with 1/64" Birch-Plywood

 

Frame covering 1 with 1/64" Birch-Plywood

 

Frame covering 2, gluing fixed with Rubber Bands

 

 

The Tail Fin is Glued

 

Tail Fin is Glued 2

 

For easier Frame covering
Wider gluing area are added on the Plywood joints

 

Frame covering around the Service Door

 

Frame covering going on

 

Frame covering going on, the right side

 

Frame covering near the tail

 

Frame covering is nearing the tail with Leco-blocks and Rubber bands

 

With rubber bands and Leco blocks

The Stabilizer is fixed and glued

 

Small Plywood parts are not easy to keep in right form and get Grout Joints fitted OK

 

Tail covering

 

Tail covering 2

 

The Cabin is covered with Aluminium-tape

 

The Tail is covered with Aluminium-tape

 

The Tail is covered with Aluminium-tape 2

 

The Tail is covered with Aluminium-tape
The stabilizers are covered with Crome Monokote
and also the Frame to the nose is going on

 

Covering the Wing junction

 

The Frame is covered

 

The Frame is covered and and the Passenger-door is on it's place
The surrounding of the Cabin is waiting for the fixing magnets installation

 

The Frame is covered, and is seen from other direction

 

The nose is covered

 

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Lightening

Drilled bigger Holes

 

Cutted with "Remel"

 

The same as above, different Direction

 

Elevator lightening

 

The Steering surfaces are lightened

 

Frame lightening, the Flashlight is inside the Frame

 

Measuring the cutting edges and ranges

 

It looks good, so going on...
The drilling marks can be seen

 

And still going on...
Stabilizers made ver. 1

 

The Lightening is done from Tail to Centre of Gravity
The Holes must be still sanded

 

Easy way to make drillings and sawings

 

The Lightening toStabilizers is made
The final lightening will be done, when I connect all the components,
 and when a some part of coating is fixed from tail to Centre of Gravity.

 

 

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Powerline

 

The Motors:
- 2x Dualsky ECO 2814C V2
- 860 Kv

 

The ESCs:
- 2x Hobbywing Skywalker 50 A

 

The Cables to Motor must be Lenghtened

 

Making the Joints as short as possible

 

Ready to solder

 

Soldered

 

Insulated soldered joints

 

The Battery:
- Dualsky Li-Po 4S XP40004ECO 4000 mAh
- Weight 399 g
- Dimensions 138 x 44 x 31 mm

The RC:
- Tansmitter Spektrum new NX8
- Receiver Spektrum AR637T 6 Channel SAFE and AS3X with Telemetry

The servos:
- Not listed yet

 

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Motors and Props

Assembly of the Motor Coverings and Trimming the Motor housings in the Right Place

 

Motor Coverings 2

 

Motor Coverings 3

 

Motor Coverings 4

 

The Gears up, inside the Motorcovers
The Motor Firewall is moved 7 mm to frontside:
- To give more place for the Gears
- To get the CG near the right situation

 

The gears up inside the motorcovers

 

 

Motor housing 1

 

Motor housing 2

 

The Motormounts

 

The Motormounts 2

 

Motor coverings

 

Motor covering with Plywood 0,4 mm

 

Motor covering with Plywood 0,4 mm is OK

 

Motor cowling assembly

 

The motors are thrust-angeled 4 deg downside and 4 deg outside
Some hints are taken from here:
https://www.greathobbies.com/manuals/t/top/topa0500-manual.pdf

 

Motor cowling covered with Aluminium-tape and
Motor-parts colored black with Permanent marker-pen

 

Different props for fitting by cutting shorter and measuring the static Draft

 

Picture coming:

CW and CCW props will be tightened with double nuts to eliminate loosing

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Lights

The leds inside the Wings are assembled, the upper side of the wing is still uncovered

 

RC-frontpage

Dare Design DC-3 1:19

General

RC-telemetry

Frame

Wings

Landing gears

Flaps

Ailerons

Rudder

Elevator

Service-doors

Cabin

Covering

Lightening

Powerline

Motors and Props

Lights

Finalizing

Finalizing

The Finalizing of the Plane started

 

The White Band is fixed

 

Blue Lines added

 

Fixing the Nose lines

 

The Nose finalizing

 

The Nose tape-lines need a'little modifigation to look better

 

The Nose Tape-lines corrected, the Tail fixed

 

AERO-text added to Tail, Nose Tape-line corrected more

 

Six Windows added to boath sides
Added modified old Finnish Airforce Swastika-Symbol

 

"Finnish Airlines"

 

Frame and Wings are connected 1/3

 

Frame and Wings are connected 2/3

 

Frame and Wings are connected 3/3

 

Text OH-LCH under left Wing

Text OH-LCH drawn mirror on the Backside and the Result in Frontside

 

Text OH-LCH on the Tail of the Frame