Y20 transporter model maker, military model maker

Y20 Transport aircraft modelingProgramme

I. Structural engineering and material systems

1. Complex architecture design

   • Using a mixture of ABS plastics and lightwood structures, the body body was convulsed with 1.5 mm thick ABS plates to ensure the exact arc of the wings and tails through laser cutting degrees

   • The landing gear system was constructed with brass tubes and 304 stainless steel wires, and the wheel rims were used to process aluminium alloys to simulate real load structures

   • The hatch facility was designed as a magnetic insorpable closed structure, adding an internal.3 mm model chamber partition

2. Aerodynamic characterization enhanced.

   • An atomic ash plastic in the Wing root transition zone, coupled with the integration design specific to the real fighter jets of 800-3000 in a gradual procession

   • The engine short module produces internal vortex details through 3D printing, and externally, 0.2 mm copper slices are used to produce distill blades

II. Surface treatment process

1. Industrial-level seamless processing

   • Solvent welding at seams using white cap glue, then polishing the solid soil (UV lamps for 60 seconds)

   • Skin stitches deepen 0.1 mm with graft needles to simulate the tracks of a real plane.

2. Revert feature details

   • Front edge of the wing de-icing band: drawing irregular sawntooth edges with masking fluid

   • Body drains: 0.3 mm drill pierced and cathetered

   • Navigation lamps: UV resin mixed fluorescent paint cast

Professional paint system

1. Military standard coating

   • Underground paints: gray water-filled soil sprayed, 1,500-minus sand paper humidly polished

   • Main colour: 3-colour coating (dye/max/sil) with 2 hours interval per layer

   • Tactical tags: water stickers with microcorching technology to make body numbers

2. War-old treatment

   • Engine tail spray: first the iron tan, then the oxidation with the paint. Blank

   • Aerobic wear: Sponge extraction of silver acetylene simulated paint stripping

   • Oil stain effect: ZIP oil diluted deep brown plasters permeating the panel sewn

IV. Optical correction technologies

1. Visual Focus Enhancement

   • Fired 0.3 mm wide high-band reinforcement stereo on the edge of the cabin Sensor.

   • Gradual colour simulation depth for interior wall coating in engine intake Sensor.

2. Reflection management system

   • Central fuselage: half-light protection paint

   • Surface on wing: full mute processing

   • The edge of the hatch: mirror effect paint