Nicely done so far!
1/48 F4F-4 #1 "Mighty Y's Fury" (4 Viewers)
- Thread starter Skywalker Jin
- Start date
MIflyer
Major
Then there are the belly windows.
MIflyer
Major
Did they provide the bicycle chain that cranks the gear? Probably hard to do in 1/48.
- Thread starter
- #44
Skywalker Jin
Airman 1st Class
- 234
- Oct 23, 2025
Bicycle chain is provided in this kit and the belly window will be painted Grumman Grey inside and outside.
SaparotRob
Unter Gemeine Geschwader Murmeltier XIII
Dang! That's some detail work.
- Thread starter
- #46
Skywalker Jin
Airman 1st Class
- 234
- Oct 23, 2025
The seam is sanded with the raised rivets masked.
I treat them by several types of sandpaper,knife and Mr cement Sp and light-cured CA(to fill the gap).
A small piece of plastic(from the sprue) is applied to fill a small pit.
And it's sanded.
The damaged detail is restored by pen knife and line carver.
After dealing with the seam,higher grid of sandpaper is applied to prepare for primer,my primer is 1500# so
I use 1200# to finish this step.
I treat them by several types of sandpaper,knife and Mr cement Sp and light-cured CA(to fill the gap).
A small piece of plastic(from the sprue) is applied to fill a small pit.
And it's sanded.
The damaged detail is restored by pen knife and line carver.
After dealing with the seam,higher grid of sandpaper is applied to prepare for primer,my primer is 1500# so
I use 1200# to finish this step.
Nice work so far!
- Thread starter
- #48
Skywalker Jin
Airman 1st Class
- 234
- Oct 23, 2025
Ready to apply Grumman Gray!
Another issue: fading test of the FDS
I tried to use sand yellow and pale gray to desaturate,and the result isn't enough.The top banner is what it look like.
Before this,I tried very thin desert yellow:
I get the formula of the 250-N
Researcher@Large - 1942 Norfolk Navy Yard memo regarding US Navy Aircraft carrier Flight Deck Stain)
I find the CUX can trigger the photo-catalytic degradation of binding media,the 52-V-17 is what it attacks. Degradation of the coat is a key fact behind the fading effect.
Resource:
Anne Michelin, E. René de la Rie,
Ultramarine blue containing paint layers: Further study of the photo-catalytic degradation of binding media,
Journal of Cultural Heritage,
Volume 70,
2024,
Pages 163-172,
ISSN 1296-2074,
(https://www.sciencedirect.com/science/article/pii/S1296207424001936)
Abstract: Photo-catalytic degradation of a linseed oil binder by natural ultramarine (Lapis Lazuli or Lazurite) and Sodalite in paint layers was studied. Both pigments degrade the binder under xenon arc exposure, leading to erosion of the binder at the surface, increased roughness, light scattering and desaturation of the color. Both pigments behave similarly to synthetic ultramarine blue studied earlier. The results for Sodalite provide further proof that the zeolitic nature of the aluminosilicate cage causes the catalytic degradation and that the enclathrated polysulfur radical anions S2-. and S3-. trapped inside the cage are not responsible for the catalytic action. Relatively stable synthetic binders are less affected by the presence of synthetic ultramarine blue. The paints were aged in a xenon arc apparatus using a simulated indoor environment (radiation > ca. 320 nm). The samples were analyzed using diffuse reflectance spectroscopy in the UV–vis and short wavelength infrared (SWIR) ranges, Raman spectroscopy, field-emission gun scanning electron microscopy (FEG-SEM) and FTIR.
Keywords: Lapis Lazuli; Sodalite; Photo-catalytic degradation; Raman; FEG-SEM; DR-UV–vis
Another issue: fading test of the FDS
I tried to use sand yellow and pale gray to desaturate,and the result isn't enough.The top banner is what it look like.
Before this,I tried very thin desert yellow:
I get the formula of the 250-N
Researcher@Large - 1942 Norfolk Navy Yard memo regarding US Navy Aircraft carrier Flight Deck Stain)I find the CUX can trigger the photo-catalytic degradation of binding media,the 52-V-17 is what it attacks. Degradation of the coat is a key fact behind the fading effect.
Resource:
Anne Michelin, E. René de la Rie,
Ultramarine blue containing paint layers: Further study of the photo-catalytic degradation of binding media,
Journal of Cultural Heritage,
Volume 70,
2024,
Pages 163-172,
ISSN 1296-2074,
(https://www.sciencedirect.com/science/article/pii/S1296207424001936)
Abstract: Photo-catalytic degradation of a linseed oil binder by natural ultramarine (Lapis Lazuli or Lazurite) and Sodalite in paint layers was studied. Both pigments degrade the binder under xenon arc exposure, leading to erosion of the binder at the surface, increased roughness, light scattering and desaturation of the color. Both pigments behave similarly to synthetic ultramarine blue studied earlier. The results for Sodalite provide further proof that the zeolitic nature of the aluminosilicate cage causes the catalytic degradation and that the enclathrated polysulfur radical anions S2-. and S3-. trapped inside the cage are not responsible for the catalytic action. Relatively stable synthetic binders are less affected by the presence of synthetic ultramarine blue. The paints were aged in a xenon arc apparatus using a simulated indoor environment (radiation > ca. 320 nm). The samples were analyzed using diffuse reflectance spectroscopy in the UV–vis and short wavelength infrared (SWIR) ranges, Raman spectroscopy, field-emission gun scanning electron microscopy (FEG-SEM) and FTIR.
Keywords: Lapis Lazuli; Sodalite; Photo-catalytic degradation; Raman; FEG-SEM; DR-UV–vis
