Explainers · 2026-07-11 · Patreon guide

Patreon for scale modeling creators: tiers, build process documentation, iOS rates, and the Apple Tax in 2026

Scale modeling Patreons retain because the audience faces a specific documentation gap that YouTube build timelapse videos cannot fill: the video shows the finished weathered tank or aircraft, but it does not contain the paint recipe with exact dilution ratios, the weathering step sequence with the specific product at each stage, or the historical reference photographs used to authenticate the camouflage scheme. The Patreon tier that keeps scale modelers subscribing is not the one with the most cinematic product reveal — it is the one with the per-build recipe card that a patron can open in the workshop while replicating the techniques.

The scale modeling creator subtypes

Plastic kit builders: seam work, airbrushing, and layered weathering

Plastic kit builders form the core of the scale modeling creator category on YouTube and Patreon — their audience ranges from beginners building their first injection-molded kit to experienced modelers seeking to improve specific techniques like pre-shading gradients or oil dot filtering. The documentation gap for plastic kit builders is the paint and weathering process in referenceable written form: the specific Tamiya XF-52 Flat Earth at a 1:2 dilution with Tamiya Lacquer Thinner at 15 PSI from 20cm does not appear anywhere in a timelapse video, but it is exactly what the patron who watched the video needs when they sit down to replicate the base coat on their own 1/35 German armor build.

Three tiers work for plastic kit builders. The Viewer tier ($5–8/month) provides finished build photographs with technique tags and Discord organized by subject (#armor, #aircraft, #naval, #sci-fi, #figures). The Build Notes tier ($15–22/month) adds the per-build paint recipe card (every color used, manufacturer and reference number, dilution ratio, thinner type and percentage, airbrush model and nozzle size, PSI, and distance), the weathering sequence document (ordered list of every weathering step with product names), and the historical reference sources (walkaround links, color profile sources, specific photographs used for camouflage variant selection). The Workshop tier ($65–100/month, capped 5 patrons) provides live monthly workshop streaming and direct build critique via video call.

Resin kit builders and photo-etch detailers

Resin kit builders work with aftermarket resin detail sets and full resin kits that require different preparation techniques than injection plastic: resin release agent removal (resin cast in silicon or polyurethane molds retains mold release compound on surfaces that prevents primer and paint adhesion; ultrasonically cleaned in isopropyl alcohol or warm dish soap and water is required before priming); resin bubble filling (filling pinholes and voids with Mr. Surfacer 1000 or two-part epoxy putty before priming); and the specific care required for thin resin parts that are more brittle than styrene (cutting resin from pour stubs with a sharp razor saw rather than sprue cutters, as the stress-fracture risk from cutters exceeds that of saw-through).

Photo-etched (PE) detail part documentation is a distinct skill: PE is flat metal (brass or steel, 0.1–0.3mm thickness) with detail chemically etched by acid through a photomask into the surface; bending PE to the correct angle requires a PE bending tool or scribing against a steel ruler at the fold line; small PE parts are attached with cyanoacrylate (CA) adhesive or, for larger structural PE, with soft solder at low temperature (160–180°C) using liquid flux to avoid heat damage to the kit’s plastic base. Documentation: PE set manufacturer and set number; bending angle and tool used for each part; adhesion method (CA vs solder); and the painting sequence (prime PE separately before attachment or prime after attachment depending on the geometry).

Diorama makers: groundwork and figure painting

Diorama makers build complete scenes combining scale vehicles, figures, and environmental groundwork. The documentation layer for diorama building covers: groundwork material recipes (Woodland Scenics foam board carved and painted; Das air-dry clay for mud/soil; static grass applicator electrostatic flocking for grass; water effects (Vallejo Water Effects, Woodland Scenics Realistic Water, or two-part epoxy clear resin for still water); and figure painting documentation (the priming, base coat, washing, highlighting, and non-metallic metal (NMM) or object-source lighting (OSL) techniques that bring static figures to life).

OSL (object-source lighting) documentation: when a diorama figure or vehicle has an implied light source (a flare, flame, headlamp), all surfaces facing the source are tinted toward the light source color (warm yellow-orange for fire; cool blue-white for LED/xenon); surfaces facing away are tinted toward the complementary shadow color (blue-purple for warm fire shadow; warm ochre for cool light shadow). Document: the implied light source color, the tinting colors used for facing and away surfaces, the glazing medium dilution used (Lahmian Medium or Vallejo Glaze Medium at 1:5 paint:medium ratio for translucent tinting glazes), and the brush technique (directional glazing strokes from the light source outward).

Airbrush documentation and weathering sequence

Airbrush documentation: record airbrush model and nozzle diameter (0.2mm for fine detail camo mottle and figures; 0.3mm for general basecoating; 0.4–0.5mm for primers and large areas); PSI (10–15 PSI for lacquers; 12–18 PSI for acrylics; 8–12 PSI for very thin washes at close distance); paint type and dilution ratio (Tamiya lacquer 1:1.5–1:2 with Tamiya lacquer thinner; Mr. Color 1:1–1:1.5 with Mr. Color leveling thinner; Vallejo acrylic 1:1–1:2 with Vallejo Airbrush Thinner or 70% IPA); distance from model surface (15–25cm for base coat; 10–20cm for shading); needle trigger position (partial trigger pull for fine lines; full trigger for coverage coats).

Preshading: apply dark grey or black along all panel lines, raised details, and lower surfaces with fine nozzle at low pressure before the base coat; apply base coat at reduced coverage leaving some preshading visible through the semi-transparent base coat, creating tonal variation that simulates scale effect (the optical flattening of color on real vehicles seen from a distance). Post-shading: after base coat, lighten the center of large panels with a lighter tint of the base color (base color + white at ~30% white ratio) applied at 20cm with the airbrush angled toward the panel center, leaving the preshaded edges darker. Weathering sequence: (1) gloss coat (Future/Pledge or lacquer clear gloss) for decal adhesion and pin wash receptor; (2) decals + Micro Sol softener; (3) enamel pin wash (thinned dark enamel into panel lines, capillary action draws it; enamel thinner removes from flat surfaces without damaging gloss coat); (4) matte coat; (5) oil dot filter (dots of burnt umber, raw umber, yellow ochre, titanium white oil paints stippled on surface, blended in one direction with clean thinner brush); (6) chipping via hairspray (base metal color → gloss → hairspray spray can layer → base color → water + stiff brush selectively removes top coat, exposing hairspray layer that releases easily, creating chip edges); (7) pigments for dust, mud, soot; (8) final matte coat.

iOS rates and the Apple Tax

Scale modeling creator iOS rates are high — the hobby audience is predominantly mobile-content consumers who browse build videos, technique tutorials, and reference photography on phones. YouTube scale modeling sees 62–75% iOS; TikTok scale modeling sees 75–85% iOS; Instagram (finished build macro photography and diorama scene photography) sees 70–82% iOS. The adjacent miniature painting audience (Warhammer 40K figure painters who overlap significantly with scale modelers) sees 75–85% iOS.

Frequently asked questions

Related: Patreon for miniature painters · Patreon for 3D printing creators · Patreon for DIY creators · How the Apple Tax works · All explainers