What should wheel-throwing instructors offer on Patreon?

Wheel-throwing instructors should offer process documentation that captures the tactile and proprioceptive layer the video cannot convey. A three-tier structure: Studio ($5–8/month, early access to technique videos, Discord organized by skill level and clay body type, monthly Q&A on materials and tool selection), Apprentice ($12–18/month, full process documentation for each technique — the hand pressure gradient for opening the base without thinning the foot ring, the resistance signal that indicates correct centering versus off-center, the trimming speed that removes clay cleanly versus tears at different wall thicknesses, the troubleshooting guide organized by specific failure mode: S-cracks, rim wobble, foot ring collapse, body asymmetry), Workshop ($35–50/month capped 10–15, monthly critique session with submission protocol). The critique tier requires a specific submission protocol: the patron submits what they were attempting, a photograph or short video of the result, the specific problem they are experiencing, and what they have already tried. Without the protocol, critique sessions become unfocused; with it, the creator delivers technical feedback in twenty to twenty-five minutes per patron. At ten patrons in the Workshop tier, a monthly critique session is approximately four hours of focused work — a realistic sustainable load. The cap should be set by the number of critique sessions the creator can deliver usefully in a single monthly session, not by demand.

How does the Apple Tax affect pottery creator Patreons?

Pottery creator iOS rates split by content type and consumption context. Wheel-throwing process YouTube: 55–65% iOS, primarily casual couch viewing of aesthetically satisfying process content. Pottery technique instruction YouTube: 45–55% iOS — learners consulting technique content in the studio often use a propped tablet or desktop computer where they can maintain screen visibility while working with wet clay. Pottery business content and studio tour content: 60–70% iOS. Instagram and TikTok pottery content: 75–85% iOS — entirely mobile-primary platforms. A pottery YouTuber at $400/month with 60% iOS faces approximately $72/month ($864/year) in Apple fees beginning November 1, 2026. At $800/month with 60% iOS: approximately $144/month ($1,728/year). Enable Patreon's web-only billing toggle before October 31, 2026 and direct all YouTube description links and Instagram caption links to Patreon web URLs rather than app links. A patron who follows a Patreon web link and subscribes through a browser does not generate an iOS-billed subscription. Test the complete patron subscription flow from an iOS device before November 1 to confirm that web-only billing is functioning.

What makes a glaze notebook valuable as Patreon content?

A glaze notebook is valuable because it documents the development process rather than just the final recipe. A recipe tells a patron what materials to combine at what percentages. A glaze notebook tells them what was tested before that combination was reached — the percentage adjustments across multiple test tiles, the colorant additions that were tried and rejected, how the same base formula behaves on two different clay bodies at the same cone, what happens when the kiln atmosphere changes from oxidation to reduction. The test tile documentation within the notebook is what makes it operationally useful: each tile labeled with the date, the exact materials and percentages, the firing cone, and the atmospheric conditions, with a photograph and a note on the result — surface texture, color, transparency, crawling, pinholing, or any anomaly observed. A patron who has followed a creator's glaze notebook for twelve months has an annotated reference library covering multiple glaze families, each documented from initial test through final development. The archive grows with each new glaze entry and retains because each new post extends the resource rather than replacing earlier ones. A patron who has modified one of the creator's base glazes and built their own variations on it retains because the creator's ongoing development posts introduce new combinations to test — each post is a prompt for the patron's own studio work.

How should pottery creators structure kiln documentation on Patreon?

Kiln documentation retains patrons when it contains enough operational detail that a reader can use it to interpret their own kiln's behavior, not just learn what happened in the creator's kiln. A useful kiln log entry includes: the firing date and kiln type (electric, gas, wood, soda, salt — kiln type determines what atmospheric control means and what results are achievable); the atmospheric target and what the witness cone at the peephole actually showed versus the target (the difference between cone 6 target and cone 5 result explains many surface texture variations); the temperature curve (ramp rate by temperature segment, any hold periods and their duration and rationale — a fifteen-minute hold at 1000°F before closing the damper on a reduction firing means something specific about the atmospheric moment the creator was targeting); the load description (clay body types present, glaze combinations and their shelf positions, what was loaded near the bottom near the elements or flame versus the top of the stack where temperature profiles differ); and result notes per piece including the specific anomaly observed and the probable cause. The probable cause note is the most useful component: a patron who reads that crawling on the lower shelf pieces resulted from loading pieces too close together — restricting the airflow that would have burned off the glaze adhesion layer in an early segment of the firing — has learned a cause-and-effect relationship they can test in their own kiln. Over two years of documented firings, the log accumulates pattern data: which load configurations consistently produce even color, which glaze combinations require separation, how many degrees of overshoot the kiln typically produces at the target cone.

What process documentation can pottery creators offer that YouTube cannot show?

YouTube can show the sequence of movements in throwing, trimming, and glazing. It cannot show what correct execution feels like from the inside, or what the clay is doing at the point of contact beyond what the camera angle captures. Process documentation can describe four categories of information the video medium cannot convey. First, tactile indicators for correct technique: the specific resistance the clay offers when centering is complete (a smooth vibration-free rotation at the rim rather than the pulsing push-back of incomplete centering), the pressure gradient change when the floor of a cylinder is the correct thickness (the fingertip begins to feel the resistance of the bat below rather than just the clay), the sound difference between trimming that removes clay cleanly and trimming that tears (a tonal shift from consistent scraping to intermittent catching). Second, decision thresholds: the wall thickness at which a cylinder should be left versus taken thinner, how far a foot ring can be undercut before structural integrity is compromised, the moisture level at which leather-hard trimming becomes efficient versus too late. Third, failure mode diagnosis: what causes S-cracks in drying (incomplete floor compression during opening), why rims wobble after pulling (insufficient compression of the rim wall before lifting), what produces a collapsed shoulder (the clay was opened without sufficient clay left in the floor to draw up). Fourth, adjustments for material variables: how the throwing behavior changes when switching from a short clay to a plastic one, what different grog sizes do to the throwing experience, how stoneware and porcelain require different centering approaches because of their different mechanical properties.

Explainers · 2026-06-21 · ~3,900 words

Patreon for pottery creators: complete 2026 guide — wheel-throwing process documentation, glaze notebook mechanics, kiln log format, and the Apple Tax

Pottery Patreons retain when they deliver the process depth that YouTube must compress out: the tactile indicators for correct centering that the camera cannot show, the development history behind the final glaze recipe, and the pattern data in two years of kiln logs that teaches a patron to read their own kiln. The glaze notebook is the most structurally retentive content a studio potter can produce — an accumulating archive that grows more valuable with each new entry and cannot be replicated by a new subscriber reading the same posts retrospectively.

Creator types and tier structure

Wheel-throwing instructors

Tier structure: Studio ($5–8/month, early access to technique videos, Discord organized by skill level and clay body type, monthly materials and tooling Q&A), Apprentice ($12–18/month, full process documentation for each technique covered — hand pressure gradients, tactile indicators for correct centering, trimming speed guides, troubleshooting organized by specific failure mode), Workshop ($35–50/month capped 10–15, monthly critique session with submission protocol).

The Apprentice tier's process documentation is the structural differentiator from YouTube tutorial content. A throwing tutorial can show the sequence of movements from centering through pulling and collaring. It cannot show what the clay feels like when centering is complete — the difference between the smooth, vibration-free rotation at the rim that indicates even distribution and the pulsing push-back of clay that is still off-center. It cannot show the pressure gradient for opening the base: sufficient downward pressure to prevent the floor from compressing unevenly but not so much that the bat flexes and introduces asymmetry before the clay is even open. These proprioceptive details are the difference between a learner who watches the video and attempts to replicate the sequence and a learner who understands what signals to look for at each stage to assess whether the technique is working.

The troubleshooting guide organized by failure mode is the second component. S-cracks in drying: incomplete floor compression during opening — the floor's layers did not bind because the pressure gradient during opening traveled across the floor rather than down into it, leaving a shear plane at the center. Rim wobble after pulling: insufficient compression of the rim wall before lifting — the rim needs a final pass where the fingers compress inward and slightly upward to align the clay particles; lifting before this pass leaves the rim wall's outer layer loose. Collapsed shoulders: the clay was opened without sufficient clay left in the floor to draw up — the pulling sequence extracted clay from the floor faster than the wall gained height, leaving insufficient thickness at the base of the wall to support the shoulder. Each diagnostic note is specific enough that a patron can look at their own failed piece and identify which failure mode applies.

The Workshop critique tier works when it has a submission protocol. Without one, the creator receives photographs with descriptions like "the bowl looks off" and must spend the first ten minutes of each critique establishing what the patron was attempting and what went wrong. With a protocol — what the patron was attempting, a photograph or short video, the specific problem observed, and what the patron has already tried — the creator can deliver targeted feedback in twenty to twenty-five minutes. At ten patrons in the Workshop tier, a monthly critique session is approximately four hours of focused work. The cap is determined by this constraint: how many useful critiques can the creator deliver in a single monthly session without quality declining.

Studio potters and ceramic artists

Tier structure: Community ($5–8/month, behind-the-scenes studio content and Discord access), Maker ($12–18/month, full glaze development notebooks covering each new glaze from first test through final recipe, plus studio process posts and failure documentation), Studio Access ($35–50/month capped 15–20, quarterly live studio walkthrough and open Q&A on materials and process decisions).

The glaze notebook is the structural retention mechanism for studio potters. The notebook documents the development of each glaze from first test tile through the final recipe — not just the recipe the creator uses, but the path taken to arrive at it. A typical glaze development notebook entry for a new liner glaze covers: the starting formula and why it was the starting point (a known base selected for its stability profile at the target cone, or a modification of an existing glaze in the creator's palette), the first set of test tiles with photographs and notes on the surface result (cone achieved, texture from glossy through matte, any crawling or pinholing, color if a colorant was added), the percentage adjustments made between the first and second test series (the specific change — reducing silica by 5% to increase flux and test for improved surface at cone 6 — and the rationale for that change over alternatives), the second test tile results documenting what changed and what did not (the surface texture shifted from matte to satin but pinholing appeared on the lower tiles near the element, suggesting temperature differential sensitivity rather than formula instability), and the subsequent adjustments until the final recipe was reached.

The notebook's value is not the recipe — the recipe is a single line that can be published anywhere. The value is the development history: the evidence of what was tried, what failed, what worked at one cone and not another, and the reasoning that guided each adjustment. A patron who has this documentation can modify the recipe intelligently rather than randomly. When a patron in a different region tries the glaze on a different clay body and gets different surface texture, they can consult the notebook's section on how the glaze behaved at different percentages and make an informed adjustment rather than starting over.

Kiln documentation and firing log creators

Tier structure: Supporter ($5–8/month, monthly firing roundup post with highlights and results), Kiln Room ($12–18/month, full firing logs for every kiln session — date, atmosphere target, cone target and actual cone achieved, temperature curve with hold period rationale, complete load description, per-piece result notes with probable cause analysis for anomalies).

Kiln documentation works as Patreon content because firing results depend on so many variables that the pattern data in a multi-year log is genuinely useful to potters trying to understand their own kilns. A single firing log entry is interesting. Two years of firing log entries — covering dozens of different load configurations, glaze combinations, atmospheric conditions, and cone targets — is a reference library that lets a patron recognize which combinations consistently produce which results in a specific kiln type and firing environment.

The result notes with probable cause analysis are the most useful component. When crawling appears on pieces in a specific position in the load, the probable cause note tells the patron what the creator believes caused it — loading pieces too close together, restricting the airflow that would have burned off the glaze adhesion layer in an early firing segment; applying glaze too thickly on the underside of pieces; the atmosphere in that position of the kiln having different conditions than the top shelf where the same glaze fired cleanly. A patron whose own kiln shows the same anomaly has a diagnostic framework to apply rather than starting from scratch.

What YouTube cannot show and Patreon can document

The camera shows the sequence of pottery-making. It does not show what the potter experiences at the point of contact with the clay — the resistance, the temperature, the vibration frequency, the sound of clay that is working versus clay that is about to fail. Process documentation in text can describe these things in a way that video cannot.

Centering is the clearest example. A centering tutorial shows hands against clay, pressure applied, the mound of clay gradually becoming symmetrical. What it cannot show is the sequence of pressure signals that indicates progress: the initial resistance when hands first contact off-center clay, the change in vibration frequency as the clay begins to distribute evenly, the specific quality of rotation at the rim when centering is complete — a smooth, almost still quality rather than the pulsing movement of incomplete centering. A learner who has only watched the video will attempt to replicate the visual sequence and assess the result visually. A learner who has read a description of the pressure signals will be assessing proprioceptive feedback at each stage, which is how the technique actually works.

Trimming has the same structure. A trimming tutorial shows the tool against leather-hard clay, the foot ring taking shape. What it cannot show is the sound difference between trimming speed that removes clay cleanly — a consistent, slightly musical scraping — and trimming speed that tears — an intermittent catching and releasing. It cannot show the pressure change in the fingertips holding the tool when the trimming depth reaches the floor of the piece, which is the signal to stop — the resistance increases subtly as the tool approaches the thinner section near the base. Process documentation can describe both of these: what the sound of clean versus tearing trimming sounds like and how to adjust speed to maintain the former, and what the pressure signal at floor depth feels like and why it is reliable.

Glazing has a different set of undocumentable details. The application thickness for a specific glaze that was optimized for a specific clay body at a specific cone is not visible in the video. The dipping depth that achieves the target thickness, the number of coats by brushing, what the surface looks like when the glaze application is correct versus too thin or too thick — these are judgment calls that require calibration. Documentation can provide the calibration reference: for this glaze on this clay body at cone 6, the correct dipping time is approximately three seconds for a single immersion, and the dry glaze surface should have a specific powdery texture rather than a glossy or shiny appearance. A patron with this reference can calibrate their own application rather than guessing.

Glaze notebook mechanics: what makes it retentive

The glaze notebook's retention mechanism is cumulative dependency. A patron who has used a creator's base glaze for three months and modified it for their own clay body has built a working relationship with that formula. The creator's subsequent development posts — modifications to the base, new colorant additions tested, behavior at different atmospheric conditions documented — extend the patron's toolkit rather than requiring them to start over. Each new post is a prompt for studio experimentation that the patron can engage with directly.

Three elements make a glaze notebook entry retentive rather than merely interesting. First: the test tile series must be documented in enough detail that the patron can replicate the test sequence. This means the exact formula at each stage (not "I added more silica" but "I increased silica from 20% to 25%, which reduced the flux ratio from 0.67 to 0.52"), the firing conditions for each test (cone, atmosphere, kiln type if the creator fires in multiple kilns), and a photograph of each tile labeled with the formula variation. A patron who reads a test series documented at this level of detail can run parallel tests in their own studio and compare results — an engagement that no video content can create.

Second: the failure documentation must include diagnostic reasoning, not just observation. "The glaze crawled on three pieces" is observation. "The crawling occurred on pieces that were bisque-fired to cone 06 rather than cone 04, which means the bisque surface was more vitrified and less absorbent — the glaze application floated on the surface rather than bonding to the bisque, and when the glaze melted it retracted from areas where adhesion was weakest" is diagnostic reasoning that the patron can apply to their own crawling problems regardless of whether they are using the same glaze.

Third: the development posts should document the creator's current working questions, not just completed investigations. A note that says "I am currently testing whether adding barium carbonate at 3% improves the surface texture of this matte without introducing the opacity issues I saw with calcium — next post will have results" creates anticipation and engagement that a completed recipe does not. The patron who is invested in the outcome subscribes for the next post rather than deciding they have enough information.

Kiln log format: what makes it useful rather than decorative

A kiln log that documents only the date, the cone target, and a summary of results ("good firing") is a record but not a reference. A kiln log that documents the temperature curve, the atmospheric conditions, the load configuration, and per-piece result notes with diagnostic reasoning is a resource that a patron can use to understand their own kiln's behavior — even if their kiln is a different type in a different location.

The temperature curve is the most underproduced element of publicly shared kiln documentation. Published firing schedules typically specify the ramp rates and cone targets, but not the actual recorded curve from a specific firing — the places where the kiln exceeded the target ramp rate because the element controller lagged, the segments where the creator chose to hold the temperature and why (a fifteen-minute hold at cone 012 in a bisque firing to ensure complete water removal before the thermal shock of rapid temperature increase; a thirty-minute hold at the peak of a glaze firing to allow sufficient heat work at the mature cone). The difference between the intended schedule and the actual recorded curve is where the information is: the pattern of how a specific kiln deviates from schedule, accumulated over multiple firings, tells a patron whether their kiln's similar deviations are normal.

The atmosphere target and what the witness cone actually showed is the second underproduced element. Electric kiln firings are nominally oxidation, but the actual atmospheric conditions in the kiln at different points in the schedule depend on the venting protocol — whether the peephole was open or closed during specific temperature ranges, whether the creator introduced any reduction with combustible materials. A gas kiln's atmosphere depends on the damper position during each phase of firing. Documenting what the witness cone showed, and whether it differed from the target, tells the patron whether the glaze results should be interpreted as the formula's behavior at cone 6 oxidation or at something slightly different.

Load notes by position are the third element that makes a kiln log useful rather than decorative. Kilns are not isothermal — the top and bottom of the load, the areas near elements or near flame entry points, the areas closest to and furthest from the vent all fire at slightly different effective temperatures. A patron who reads load notes knows which shelf positions and distances from elements in the creator's kiln correspond to which cone results — and can use that to interpret why their own load positions produced different results from the creator's.

Apple Tax for pottery creator audiences

Pottery content has a mixed iOS rate because the audience consumes different content types in different contexts. Process video — wheel-throwing, hand-building techniques, glaze application — is watched in two modes: aesthetic and educational. Aesthetic mode is casual couch viewing, often on a phone or tablet, and produces 60–70% iOS rates. Educational mode is reference viewing in the studio, where the learner needs their hands and needs the screen to stay in view while working, which pushes toward propped tablets or desktop screens and produces 45–55% iOS rates. The same creator's audience may shift between modes depending on the content type.

iOS rates by pottery content subtype: wheel-throwing process YouTube, 55–65% iOS (aesthetically satisfying process content, primarily casual mobile viewing); pottery technique instruction YouTube, 45–55% iOS (learners using technique content while working in their own studio use desktop or propped tablet more often); pottery business content and studio tour YouTube, 60–70% iOS (lifestyle and aspirational content viewed in leisure contexts); Instagram Reels and TikTok pottery content, 75–85% iOS (mobile-primary platforms where the audience discovered the creator and engages with content).

Apple Tax exposure by scenario. A pottery process YouTuber at $400/month with 60% iOS faces approximately $72/month ($864/year) in Apple fees beginning November 1, 2026. At $800/month with the same rate: approximately $144/month ($1,728/year). A pottery instructor with an iOS rate closer to 50% and $600/month gross: approximately $90/month ($1,080/year). An Instagram-primary ceramics creator at $300/month with 80% iOS: approximately $72/month ($864/year).

The mitigation is the same across pottery subtypes: enable Patreon's web-only billing toggle before October 31, 2026. Direct YouTube description links, Instagram caption links, and any in-video verbal calls-to-action to Patreon web URLs rather than app links. A pottery patron who follows a web link and subscribes through a browser does not generate an iOS-billed subscription and does not contribute to the Apple Tax exposure. Verify the subscriber flow from an iOS device before November 1 to confirm that the toggle is functioning correctly. The toggle is free; it costs one afternoon of updated link text and one patron announcement.

Retention mechanics across pottery creator subtypes

Pottery Patreons have a structural retention advantage that most creator categories do not: the content accumulates in a way that makes cancellation increasingly costly. This is not true of most content categories, where cancellation costs access to future content but older content remains equally accessible to a re-subscriber. Pottery process documentation accumulates in a way that gives long-tenured patrons a reference library that is specific to their own studio practice.

A patron who has used a creator's glazes for twelve months has not just read twelve months of glaze notebooks — they have run tests, made adjustments, built a working knowledge of how those specific formulas behave on their specific clay bodies in their specific kiln. The creator's notebook is now part of their studio practice in a way that cannot be transferred. A new subscriber can read the same posts but does not have the accumulated test results and modifications that the long-tenured patron has built. This is the structural retention property: the patron's own studio work is entangled with the creator's archive in a way that makes cancellation disruptive to their practice, not just their content consumption.

The critique tier has a different retention dynamic. A patron who receives a critique and follows the creator's specific feedback — adjusting their centering technique, modifying their glaze application approach, restructuring their trimming sequence — has a reference to the original feedback that is only useful in context of ongoing patronage. The feedback makes most sense alongside the next months of technique development posts. Canceling mid-improvement-cycle loses the scaffolding for a practice the patron has already invested in.

The kiln log's retention is pattern recognition. A patron who has read twenty firing logs from the same kiln begins to see the patterns: which configurations consistently produce the best results, which glaze combinations need separation, how the top shelf compares to the bottom across different cone targets. This pattern knowledge is not available from reading the posts individually — it emerges from the longitudinal record. A patron who cancels loses the ongoing pattern data that updates the picture with each new firing. Re-subscribing later means reading the archive, but it means reading it without the real-time context in which each entry was produced.

What not to put behind the paywall

Free content drives discovery; exclusive content drives retention. Pottery creators who put their best process content behind the paywall before building an audience find the paywall empty of subscribers because there is no public content demonstrating the depth of what the paywall contains.

For wheel-throwing instructors: technique overview videos — centering, pulling, collaring, trimming, glazing — belong free. These are the content that surfaces the creator's teaching approach and production quality to new viewers. The technique overview video tells the viewer what to do and shows the sequence. The process documentation post tells them what it feels like to execute correctly and what signals indicate it is going wrong — this belongs behind the paywall because it requires the context of the public technique video to interpret correctly.

For studio potters: finished work photographs belong free. The aesthetic of the work is what attracts new followers. The glaze notebook that explains how the glaze was developed — the test tile series, the percentage adjustments, the failure batches — belongs behind the paywall. The finished surface is public; the development history is exclusive.

For kiln documentation creators: the monthly highlights post — three photographs of the best work from a firing, with the cone target and basic notes — belongs free. The full firing log with temperature curve, atmospheric notes, load diagram, and per-piece result analysis belongs behind the paywall. The summary attracts new followers; the technical documentation retains them.

KeepTier is a self-hosted membership page for creators who want 100% of their tier revenue and zero Apple tax. Plans start at $9/month.