Creator guides · 2026-07-11
Patreon for taxidermy creators: mounting technique tiers, skin preparation documentation, freeze-dry vs conventional mount, fish painting protocols, iOS rates, and the Apple Tax in 2026
Taxidermy Patreon subscriptions retain when the creator delivers the decision layer the YouTube process video cannot carry: why this tan was chosen for this specific cape, what the form modification measurements look like for this individual animal, and what the airbrush color sequence is for this fish species. Taxidermy audiences are moderately iOS-heavy across YouTube, Instagram, and TikTok. Apple Tax exposure begins November 1, 2026.
Mammal mount creators: deer cape and big game documentation
White-tailed deer and big game mammal mount YouTube channels have established Patreon creator communities because the skill gap between watching a process and executing it independently is large and species-specific. The highest-retention content covers the decisions the video cannot document.
Skin preparation documentation is the core Apprentice tier exclusive. The patron receives the complete preparation notes for each cape in the content cycle: the fleshing approach by body region (wire wheel for thick cheek and forehead areas, pull knife for the lip margins and ear base, beam scraper for the eye orbit thinning that determines how well the skin fits the form at the most visible point); the bacterial risk assessment based on field care conditions (temperature at time of kill, hours between kill and refrigeration, condition of the cape on receipt); the salt application weight and contact time before the first shake-and-re-salt cycle. The tan selection reasoning is the highest-specificity content: an acid pickle followed by Knobloch’s Liqua-Tan or similar oil-based tan is standard for deer capes that will be mounted within two weeks of tanning; a chrome tan is preferred for waterfowl skins where the feather quill shafts require the chrome’s superior penetration; aldehyde-based tans (EZ-100, Lutan F) work at room temperature without acid pickle and produce a softer, stretchier skin suited to small mammal and reptile specimens where detailed form fitting requires maximum stretch. No YouTube tutorial communicates the reasoning behind tan selection for a specific specimen because the edit compresses to “I’m using Liqua-Tan today.”
Form modification and reference photography constitute the Journeyman tier’s primary content. Before any cape is removed from an animal, a set of reference photographs taken from standardized angles (directly dorsal, directly lateral, directly frontal, and 45-degree oblique from each side) documents the individual animal’s facial structure in a way that cannot be reconstructed after caping. The creator documents the specific measurements taken from these photographs (or from the live/fresh specimen): nose-pad width, tip-of-nose to front corner of eye (eye set position), eye-to-ear-butt distance, eye diameter. These measurements are then compared to the selected form’s published specifications. The form modification notes document every foam rasp cut and the reason for each: removing 3–5 mm from the dorsal nose length to match the individual animal’s shorter nose profile, lowering the supraorbital ridge line by 2 mm to position the eye correctly for this specimen’s anatomy. A patron who has followed this documentation across six deer mounts has a calibrated measurement protocol for their own work—one that transfers to their specific regional deer subspecies and hunting area.
Bird mounting specialists: waterfowl, upland birds, and raptors
Bird mounting requires fundamentally different skills from mammal mounting, and the Patreon content structure reflects this. Bird skin preparation, degreasing, and feather management each have species-specific requirements that are compressed out of the YouTube tutorial format.
Degreasing protocol documentation is the most species-specific content in bird mounting. Waterfowl (ducks, geese) have extreme preen gland oil content throughout the skin and feather follicles—multiple degreasing cycles are required or the finished mount will have oily, matted feathers that attract dust and eventually darken. A documented degreasing protocol specifies: the degreasing agent and dilution (Dawn dish soap at full concentration in hot water for the initial bath; white spirit or naphtha for heavily oiled skin areas near the preen gland; isopropyl alcohol for final rinse); the number of soap baths and their duration; the water temperature through each cycle (hot enough to dissolve preening oil without loosening feather follicle attachment); the drying method (wire form positioning under a fan with specific airflow direction, or compressed air grooming before final positioning). Raptors have a different degreasing requirement from waterfowl despite both being heavy fliers: raptor feathers are structurally different (closed vane structure for silent flight rather than interlocked barbule structure for waterproofing) and require gentler handling to avoid flattening the feather structure that creates their characteristic silhouette.
Eye orbit and clay work is the technical content that separates studio-quality bird mounts from amateur work. Bird eye diameters, iris colors, and orbital ring colors are highly species-specific: a mallard drake’s dark brown iris differs from a pintail’s brown iris in the specific ring pattern; a red-tailed hawk’s yellow iris changes to brown in adult birds. The creator who documents their glass eye selection process (manufacturer, size in millimeters, iris color code) and their orbital clay build-up technique (the specific clay type, the ridge shape that matches the species-specific supraorbital feather tract, the technique for blending the clay edge under the feather margin without disturbing the feathers) provides calibration information unavailable from any published reference.
Fish taxidermy: skin mounts, replicas, and airbrush painting
Fish taxidermy divides into skin mounts (using the actual fish skin) and fiberglass replicas (cast from reference molds and custom-painted). Both methods have Patreon content structures, but the airbrush painting documentation for replicas is the highest-value exclusive because color formulas are individual to each creator’s paint inventory and judgment.
Skin mount preparation for fish requires fleshing through a wire mesh form (pressing the skin onto fine mesh and scraping with a wire wheel to remove all flesh without tearing the delicate scale structure), borax treatment (covering the fleshed skin in dry borax, the standard preservative for fish skins, and allowing it to dry on the form), and the wrapping sequence. The documentation value is in the timing decisions: how long to borax-dry before wrapping (too soon and the skin will slip on the form; too long and it will crack at the fin bases), which areas require additional pinning to prevent shrinkage during drying, and which fin positions must be set before the skin dries to final shape.
Replica painting documentation is the Collector tier’s primary exclusive. A fiberglass or urethane replica arrives from the manufacturer as a white unpainted form; the creator must apply a complete species-accurate color scheme from the base coat through all highlight, shadow, and iridescent detail layers. The painting documentation covers: the base color mix (specific paint codes and ratios by volume, not manufacturer brand names alone because brand formulations change); the translucent wash layers for the lateral scale iridescence (which vary by viewing angle because the nacreous quality requires multiple thin semi-transparent layers, not a single opaque application); the local color variations at the cheek, operculum, belly, and dorsal regions of the specific species; the fin ray painting technique; and the final sealer choice and dilution ratio for the gloss level that matches live fish iridescence rather than appearing plasticky. A patron who has the full formula set can replicate the creator’s results on their own replicas immediately; without the formulas, they are experimenting blind.
Freeze-dry taxidermy: equipment, species selection, and failure documentation
Freeze-dry taxidermy uses a vacuum freeze-dry unit to remove water from a freshly positioned specimen by sublimation rather than conventional skin preparation and form mounting. The results for small mammals, birds, fish, and reptiles can be extraordinary in anatomical accuracy. The equipment cost ($3,000–$15,000 for home units) and the learning curve for positioning, cycle parameters, and failure prevention create a natural Patreon audience among those considering or early-in the investment.
Species suitability and cycle documentation is the core Equipment tier content. Not all specimens freeze-dry equally: waterfowl and oily fish species may develop oxidative off-color in the fat reserves under vacuum without prior degreasing; large mammals with thick body mass require extended cycle times (40–90 days for a deer head versus 7–14 days for a squirrel); certain reptile scale patterns develop shrunken distortion without specific repositioning procedures. The creator who documents each freeze-dry cycle with specimen type, positioning method, unit temperature and vacuum parameters, cycle duration, and the final result with any problems and their likely causes provides a species-specific reference library that no published freeze-dry guide contains. Failure documentation—what happened when a cycle ran too warm, when the vacuum seal leaked, when the specimen was positioned in a way that caused asymmetric drying distortion—is the most valuable content because failures are expensive (a spoiled specimen cannot be recovered) and the failure modes are not obvious from operating instructions.
iOS rates and Apple Tax
Taxidermy creator iOS rates are moderate-to-high across primary audience platforms. YouTube taxidermy content tracks at 50–65% iOS, reflecting a hunting and wildlife enthusiast audience that consumes video primarily on mobile and tablet. Instagram taxidermy content tracks at 68–80% iOS. TikTok taxidermy content tracks at 72–84% iOS.
Beginning November 1, 2026, Apple charges Patreon 30% on every subscription payment processed through the iOS app.
At $150/month with 58% iOS: approximately $26.10/month ($313.20/year) in Apple fees. At $250/month with 65% iOS: approximately $48.75/month ($585/year). At $400/month with 72% iOS: approximately $86.40/month ($1,036.80/year). Enable Patreon’s web-only billing toggle before October 31, 2026 and update all subscription links to the direct Patreon web URL. KeepTier provides a self-hosted alternative with no platform fee. Plans from $9/month.
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