What should diorama creators offer on Patreon?

Diorama creators on Patreon retain when they document the decision and material layer behind each scene — why this scale, how the terrain was built and with which materials, how LED lighting was wired and at what voltage, what weathering sequence was applied to what surfaces and in what order. A two-tier structure suits most diorama creators: a Process Documentation tier ($15–25/month) delivering high-resolution build photographs at each major stage (armature, terrain base, painting and weathering passes, LED installation, final assembly), material identification per build (foam type and density, plaster formula, static grass length and applicator voltage, LED specs, paint brands and colors in sequence), and a brief written rationale for major decisions; and an Advanced Build File tier ($35–55/month, capped at 6–10 patrons) adding annotated build diagrams (top-down layout plan with material zones labeled, LED wiring diagram with voltage and resistor values), scale reference tables for the creator's working scale, and a monthly patron project consultation where patrons submit photographs of their current diorama build for written feedback on terrain technique, lighting placement, or weathering sequence. The advanced tier is high-value because diorama building involves multiple interconnected techniques that must be sequenced correctly — terrain, painting, weathering, then lighting — and the rationale for each decision in the context of the final photograph is not visible from any process video.

How should diorama creators document scale selection for Patreon?

Scale selection is a foundational decision that determines which commercially available figures, vehicles, and accessories are directly usable, how much surface detail is visible at normal viewing distance, and how many layers of paint, wash, and weathering the scale can hold before the detail fills. Common modeling scales and their primary applications: 1:72 (small figures, broad dioramas with multiple vehicles or figures; detail visible under magnification but not unaided eye at 30cm viewing distance; the most commercially available military vehicle scale), 1:48 (quarter scale; intermediate detail visibility; less commercially available than 1:72 or 1:35), 1:35 (standard military figure and vehicle scale; the most commercially available scale for military diorama work; 54mm figures; surface detail clearly visible at 30cm viewing distance; allows 3–4 full painting and weathering layers), 1:32 (54mm and 1:32 are sometimes used interchangeably; slightly larger than 1:35; more figure anatomy visible), 1:24 and 1:16 (large-scale figures; maximum surface detail; skin texture visible; requires the most advanced figure painting technique because errors are proportionally more visible). Document for each diorama: the working scale, the reason for the scale choice (available figures, intended viewing distance, base size constraint, commercial vehicle availability), and any cross-scale mixing and the visual compatibility assessment. Cross-scale mixing (e.g., 1:35 figures with 1:48 accessories) is sometimes done for composition reasons; documenting the decision and the visual result tells patrons when it is acceptable.

How should diorama creators document terrain building for Patreon?

Terrain building documentation must cover the base material, the shaping method, the surface texture application, and the finishing process for each terrain zone in the diorama, because the same final appearance can be produced by multiple different methods and the choice of method determines what textures, colors, and details are achievable. XPS foam (extruded polystyrene): available in 25mm and 50mm sheets, carves and shapes easily with a knife or hot wire cutter (note: hot wire produces styrene fumes; document ventilation used), accepts acrylic paint and glue directly (do not use solvent-based adhesives or paints, which dissolve XPS), can be textured by pressing, burning, or abrading the surface. Document the foam density (XPS density 25–35 kg/m³ affects carving resistance and final surface hardness), carving tools used, surface texture method (stippled with a stiff brush loaded with plaster, pressed with crumpled foil for rock texture, abraded with coarse sandpaper for stone surface), and primer used before painting. Plaster casting for rock and ground textures: plaster of Paris sets in approximately 30 minutes and is brittle; dental plaster (die stone) is harder and takes finer impressions. Document plaster to water ratio (typically 2:1 by weight for plaster of Paris), mold source (natural rock impression, commercial mold, sculpted foam), casting thickness, and any sealing applied before painting (diluted PVA, acrylic medium). Static grass: document fiber length (2mm for short cropped grass, 4mm for field grass, 6mm for tall grass, 12mm for wild growth), color and brand, applicator voltage setting if using an electrostatic applicator (typically 7–12kV), and base adhesive used (diluted PVA, Mod Podge, or dedicated static grass glue). The applicator voltage setting interacts with fiber length and ambient humidity to determine how upright the fibers stand — document all three variables.

How should diorama creators document LED lighting for Patreon?

LED lighting documentation is one of the most valued Patreon deliverables for diorama creators because wiring LEDs for miniature applications involves specifications (voltage, current, resistor calculation) that most artists are not trained in and that tutorial videos mention but rarely document completely. LED specifications to document: LED type (SMD 0402/0603/0805 for miniature applications; 3mm or 5mm through-hole for larger applications), forward voltage Vf (typically 2.0–3.2V depending on color: red ~2.0V, amber ~2.2V, green ~2.2V, white/blue ~3.0–3.2V), forward current If (typical operating current 20mA for standard LEDs, 1–10mA for SMD miniature LEDs for long life). Power supply voltage: 5V USB (simplest, no battery management needed), 9V battery, 12V DC adapter. Resistor calculation: R = (Vs – Vf) / If, where Vs is supply voltage, Vf is LED forward voltage, and If is desired current. Example: white LED at 3.0Vf, If = 10mA, from 5V USB: R = (5 – 3.0) / 0.010 = 200Ω — use 220Ω standard resistor value (nearest available value above minimum). Document for each LED installation: the supply voltage, LED type and color, forward voltage, desired current, calculated and used resistor value, and the placement rationale (ambient fill lighting vs directional point light source vs simulated fire/flame effect). Flame effect LEDs using flicker circuits: document the flicker IC used or whether an Arduino with a random PWM sketch controls the LEDs, and the rate parameters that produce a believable flame vs an artificial strobe.

How does the Apple Tax affect diorama creator Patreons starting November 2026?

Diorama creator iOS rates: YouTube diorama build tutorial content 55–68% iOS (above-average desktop share — diorama tutorials are long-form, viewed during extended build sessions on a desk screen or laptop); Instagram diorama photography and finished scene photography 72–82% iOS; TikTok diorama timelapse and reveal content 74–84% iOS. Diorama creators with high-production photography of completed scenes reach above-average iOS rates on Instagram and Pinterest. The Apple Tax on November 1, 2026: Patreon applies Apple's 30% IAP fee to all iOS subscriptions. At $200/month with 62% iOS (YouTube-primary diorama tutorial creator): approximately $37.20/month ($446.40/year). At $300/month with 70% iOS (mixed YouTube and Instagram diorama creator): approximately $63/month ($756/year). At $400/month with 76% iOS (Instagram-primary diorama photography creator): approximately $91.20/month ($1,094.40/year). Enable Patreon's web-only billing toggle before October 31, 2026. Update Instagram bio link and YouTube description Patreon link to the Patreon web URL. Test from Safari on iPhone before the deadline.

Patreon for diorama creators — 2026 edition

Scale selection documentation, terrain building with foam carving plaster and static grass applicator mechanics, LED lighting wiring and resistor calculation, figure painting at scale color-scaling theory, weathering oil wash pin wash chipping hairspray method and pigment powder, iOS rates, and the Apple Tax.

Diorama creator Patreons retain when they document the decision and material layer that finished scene photographs and process videos structurally compress away. Scale selection: 1:72 (broad multi-vehicle scenes, detail requires magnification), 1:35 (standard military, 54mm figures, 3–4 full painting and weathering layers possible), 1:24/1:16 (maximum visible skin texture, errors proportionally more visible). Terrain: XPS foam density (25–35 kg/m³), carving tools, surface texture method, primer before painting; plaster plaster-to-water ratio 2:1 by weight, casting thickness, sealing before painting; static grass fiber length (2–12 mm), electrostatic applicator voltage (7–12 kV), ambient humidity interaction. LED wiring: LED forward voltage Vf by color (red ~2.0V, white/blue ~3.0–3.2V), desired current If (1–10 mA for SMD), resistor R = (Vs − Vf) / If from supply voltage. Weathering: oil wash (OMS diluted oil paint, gravity-assisted flow into recesses, wiped clean with flat brush); pin wash (smaller oil quantity applied to specific detail recesses); hairspray chipping (lacquer basecoat, hairspray, water chip layer, acrylic color, re-wet and chip with stiff brush); pigment powder buffed into surface after varnish. iOS 55–84% Apple Tax.

Scale selection — which scale and why

The working scale is the first and most consequential decision in any diorama build because it determines what commercial products are directly usable, what level of surface painting detail is visible at finished-piece viewing distance, and how much correction is possible at the painting and weathering stages. 1:35 is the primary standard for military diorama work: figures are approximately 54–55 mm tall, the most commercially available vehicle and figure kits are 1:35, and the scale allows 3–4 full painting and weathering layers (primer, base color, shading, weathering) without filling the surface detail. At 30 cm viewing distance, skin texture, fabric folds, and equipment detail are all clearly visible. 1:72 allows more elements in a given base footprint (a diorama showing a vehicle crew interaction scene is more believable at 1:72 when the entire environment fits in a 15 cm × 20 cm base) but limits the detail work visible to the unaided eye: painting and weathering at 1:72 is primarily about overall impression rather than individual brush strokes. 1:16 figures are 110 mm tall and show skin texture, pore texture, and individual brush strokes at normal viewing distance: the most demanding painting scale.

Terrain documentation — foam, plaster, static grass

XPS foam (extruded polystyrene, sold as Styrofoam, Foamular, or pink/blue insulation foam) is the most widely used diorama terrain base material: it carves cleanly with a blade, accepts acrylic paint and glue without dissolution (unlike EPS expanded polystyrene, which melts with solvent contact), and can be shaped to represent earth, rock, rubble, and urban surfaces. Carving XPS produces a smooth foam surface that must be textured before painting: pasting diluted plaster or tile grout into the surface with a stiff brush, pressing with crumpled kitchen foil for rock face impression, or stippling with an epoxy putty tool for rough ground. Document foam density and thickness, the carving tools used (X-Acto blade vs hot wire, noting hot wire fume ventilation required), and the texture method applied per zone. Plaster casting for resin-cast rock forms or cast ground patches: plaster of Paris to water ratio 2:1 by weight for standard hardness; 2.5:1 for harder, slower-set material. Dental stone (die stone) at 3:1 water by weight produces the hardest cast for use in high-contact areas. Seal cast plaster before painting with diluted PVA (2:1 water:PVA) or it will absorb acrylic paint unevenly.

Static grass fiber length documentation: 2 mm = closely mowed lawn; 4 mm = field or meadow grass; 6 mm = tall summer growth; 12 mm = overgrown or wetland vegetation. The same fiber length looks significantly different at 1:35 versus 1:72 scale (2 mm fibers at 1:35 represent 7 cm real-height grass; at 1:72 they represent 14 cm grass). Electrostatic applicator voltage: most grass applicators use a Wimshurst-style electrostatic generator producing 7–12 kV. Higher voltage produces more upright fiber orientation; lower voltage produces more random angle and some fallen fibers. Ambient humidity above 70% RH significantly reduces fiber electrostatic response — perform static grass application in controlled humidity. Document the applicator model, voltage setting, fiber length and color (manufacturer and color code), adhesive type, and the proportion of fibers that stood upright vs lay flat at the time of application.

LED lighting — wiring and resistor documentation

LEDs require a current-limiting resistor in series to prevent overcurrent damage. The resistor value calculation is: R = (V_s − V_f) ÷ I_f, where V_s is the supply voltage, V_f is the LED forward voltage, and I_f is the desired operating current. Forward voltage by LED color: red and amber 2.0–2.2 V; yellow 2.1–2.4 V; green 2.0–3.5 V (depends on LED chemistry); blue and white 3.0–3.5 V. Example: single white LED, V_f = 3.1 V, I_f = 10 mA, V_s = 5 V USB: R = (5 − 3.1) / 0.01 = 190Ω — use nearest standard value of 220Ω. Document for each LED circuit: supply voltage, LED type and specifications, V_f, I_f, calculated R, resistor value used, and LED position in the diorama with the lighting rationale (ambient scene fill at 30% brightness, simulated window light from a specific direction, fire effect). Warm white LEDs (2700–3000K color temperature) for interior scenes and firelight; neutral white (4000K) for exterior overcast; cool white (5000–6500K) for harsh outdoor sun or fluorescent interior.

Weathering documentation — wash sequence and chipping mechanics

Oil wash is applied as a highly diluted oil paint in odorless mineral spirits (OMS) after a gloss varnish coat to allow gravity-assisted flow. Apply a visible amount of thinned oil paint over a surface panel; let it flow into recesses by capillary action for 5–10 minutes; wipe the flat panel surfaces clean with a flat brush slightly dampened with OMS while leaving the recessed shadow tone. Pin wash applies a smaller, targeted amount of thinned oil paint to specific recesses (panel lines, bolt heads, hinges) using a fine brush without covering the surrounding panel surface — it produces crisper recess definition than a general oil wash. Document oil paint color (typically dark brown, raw umber, or black + raw umber mix), dilution ratio with OMS (approximately 1:10 to 1:20 oil paint to OMS), the gloss varnish used as a base, and the wipe method (cotton bud, flat brush dampened in OMS, lint-free cloth). Hairspray chipping method sequence: apply lacquer varnish basecoat; spray or brush hairspray (water-soluble barrier layer); apply acrylic color coat; allow to cure 1–2 hours; dampen a specific area with water and scrub with a stiff brush (old toothbrush or stiff bristle) to mechanically remove the top acrylic layer by dissolving the hairspray barrier, exposing the lacquer basecoat as chipped metal. Document hairspray brand, drying time between hairspray and color coat, water application method, and brush stiffness. Pigment powder application: dry-brush pigment powder from a pan or jar onto the finished surface after the final matte varnish coat; buff lightly with a dry flat brush to remove excess and blend into the surface. Do not apply clear coat over pigment powders as this darkens and partially dissolves them.

Apple Tax — diorama creator audience iOS rates

YouTube diorama build tutorial content: 55–68% iOS. Instagram diorama photography: 72–82% iOS. TikTok diorama timelapse and reveal: 74–84% iOS. At $200/month with 62% iOS: approximately $37.20/month ($446.40/year). At $300/month with 70% iOS: approximately $63/month ($756/year). At $400/month with 76% iOS: approximately $91.20/month ($1,094.40/year). Enable Patreon’s web-only billing toggle before October 31, 2026.