Explainers · 2026-07-03 · Patreon guide

Patreon for wood turning creators: tiers, timber documentation, iOS rates, and the Apple Tax in 2026

Wood turning Patreons work because the audience has a documentation gap that YouTube lathe videos structurally cannot fill: the video shows the gouge moving across the form, but it does not contain the species moisture content at time of turning, the expected oval distortion on drying by diameter, the grind angle and platform setting that produced the clean cut on that particular piece of spalted maple, or the wall thickness allowances that prevented cracking during the six-week air-dry. The Patreon tier that retains wood turning patrons is not the one with the most bowl-turning footage — it is the one with the timber and technique documentation that converts a piece of green wood into a finished, stable, well-proportioned form.

The wood turning creator subtypes

Bowl turners and vessel turners: form documentation and green wood mechanics

Bowl turners and vessel turners — YouTube lathe channels, Instagram hollow-form photographers, woodturning club demonstrators — have audiences who are active turners looking for the technical depth the video format cannot efficiently convey. The gap between “I watched the turning video and roughed out a bowl” and “I understand why my green-turned bowl cracked during drying or why my foot-to-shoulder ratio feels visually wrong” is precisely where the Patreon tier lives.

Two tiers work for bowl turners. The Turner’s Notes tier ($12–18/month) provides detailed project logs for each piece: species selection reasoning (why this blank was turned green vs dry, what the pin-meter moisture reading was at the end grain and face grain, what the grain character is and how it affected tool behavior), wall thickness documentation at the equator and rim and base, expected drying time for that species at that diameter, crack prevention protocol used, and the finishing sequence with observations. The Turner’s Notes tier functions as a living reference document — patrons return to it when they encounter a similar species or blank configuration in their own turning. The Forms Workshop tier ($40–60/month, capped at 8 patrons) adds live virtual critique sessions where the creator reviews patron form photographs and provides direct proportion feedback: foot diameter to shoulder diameter ratio, inside-to-outside radius relationship, wall thickness taper from base to rim, and whether the continuous curve from foot to rim reads as a coherent form or breaks at the shoulder.

Timber selection documentation is the core retention content. Record species common name and botanical name (“big-leaf maple, Acer macrophyllum”), moisture content measurement method (pin meter reading at end grain, separate reading at face grain), grain character description (straight grain vs. bird’s-eye vs. curl vs. spalting, with zone descriptions for spalted pieces and notes on the white zone safety consideration — spalted wood contains fungal hyphae and the fine dust carries real spore risk; document the respiratory protection used). Working notes complete the entry: whether the species was prone to tearout on the bowl gouge wing, whether endgrain sections required a card scraper rather than the gouge to achieve a clean surface, and what sharpness condition the tool was in when the clean cut was achieved.

Pen turners and small object turners: blank selection and barrel documentation

Pen turners — YouTube pen turning channels, Etsy sellers who document their process, craft show demonstrators — have audiences who range from beginners choosing their first kit to experienced turners refining their finish sequence and barrel profile. The documentation gap for pen turners is narrower in subject but no less specific: blank drilling tolerances, tube gluing technique, mandrel deflection at longer blank lengths, and the sanding and finishing sequence through to 12,000 micromesh.

Two tiers work for pen turners. The Pen Notes tier ($8–15/month) covers blank selection documentation (cast acrylic blank considerations — color consistency, internal bubble risk, cutting speed on the lathe; wood blank considerations — grain direction relative to the barrel axis, stabilized wood blank notes on resin penetration and working behavior; kit compatibility notes by hardware brand, covering Berea Hardwoods vs. Dayacom vs. other hardware lines and the brass tube OD for each), blank drilling documentation (correct bit diameter for each kit’s brass tube OD, the importance of square blank ends for consistent glue contact, drill press speed and feed rate observations by blank material), and tube gluing protocol (CA vs. epoxy, tube-flush-to-blank-end technique, mandrel deflection notes for longer blanks and the barrel taper that results from a flexing mandrel). The Project Kit tier ($25–40/month) adds a monthly featured project with full documentation from blank selection through finish coat, including the barrel turning sequence for a specific kit profile (slim vs. cigar vs. Euro), the sanding progression through 12,000 micromesh with grit-change observations, and finish selection notes covering CA friction polish vs. lacquer vs. PE pen finish by intended use and durability expectation.

Tool geometry, sharpness, and green wood movement documentation

Tool geometry documentation is the technical content that distinguishes a wood turning Patreon from a YouTube channel. Record the bowl gouge flute profile in use (traditional U-shaped flute vs. swept-back fingernail grind, and the wing length relative to the flute width — a longer swept-back wing allows more aggressive side-cutting entry into the interior of a bowl but requires a more practiced wrist rotation), the grind angle at the cutting edge (measured with a digital angle gauge at the bevel face), the platform angle and grinding wheel diameter (a larger wheel produces a flatter bevel grind; a smaller wheel produces a more convex bevel that rides differently on the toolrest), and sharpening frequency (number of pieces or minutes of cutting time between sharpenings for a given wood species and condition — green wood dulls tools less quickly than kiln-dried hardwood; spalted wood may contain embedded minerals or debris that accelerates edge wear).

Green wood turning mechanics deserve their own documentation category. Green wood contains free water in the cell lumens and bound water in the cell walls. As a green-turned piece dries, it loses the free water first, then the bound water, and it is the loss of bound water that causes dimensional change. The tangential shrinkage rate (perpendicular to the grain rays, around the ring) is typically 1.5 to 2 times the radial shrinkage rate (along the grain rays, toward the center) for most temperate hardwoods. A round green-turned bowl will therefore become oval as it dries, with the long axis oriented radially. Turning the wall to 10% of the bowl’s diameter in thickness — the standard wet-turning allowance — leaves enough material to finish-turn the oval back to round after drying is complete. Document in the project log: the initial green diameter, the wall thickness at the equator (at 50% of height), at the rim, and at the base; the target finish diameter; the expected oval distortion range for that species; and the drying protocol used. Crack prevention during drying: controlled paper bag drying (the bag slows moisture exchange at the end grain, which dries faster than face grain and cracks when the differential is too steep); denatured alcohol soaking for accelerated drying of small to medium pieces (the alcohol displaces water and allows faster moisture release without the steep gradient that causes cracking); and documenting which protocol was used and what result was observed.

Surface finish documentation

Surface preparation on the lathe requires a documented sequence because endgrain and face-grain sections of a turned bowl behave differently at every stage of finishing. The sanding sequence on the lathe: fold the sandpaper so a fresh grit face contacts the wood (a folded third of a quarter-sheet presents three fresh surfaces before the grit is exhausted), change direction between grits from with-the-grain to cross-the-grain to ensure the previous grit’s scratches are fully removed before progressing, and complete the final grit pass by hand with the lathe stopped — moving with the grain — to remove the lathe-induced swirl scratches that accumulate on face-grain sections during powered sanding. Document grit sequence per species: coarse-grained open-pored species (white oak, ash) may begin at 80 grit; fine-grained species (cherry, pear) may begin at 120 grit; figured or curl grain may require sanding at slower speeds to prevent heat-checking on the curl peaks.

Endgrain absorbs oil and water-based finishes significantly more deeply than face-grain, producing a blotchy, uneven appearance if the surface is not sealed before finish application. Apply a sanding sealer or a diluted first coat of the intended oil finish to the endgrain sections first, allow it to cure, sand back to flat, then apply the full finish across the entire piece. For food-contact bowls: document the finish selected and confirm it is a food-safe cured finish (pure tung oil, hardening mineral oil, or a tested cutting board oil — not raw linseed or boiled linseed oil, which contain metallic driers that are not food-safe). For decorative pieces: document whether a wax finish (carnauba or microcrystalline) was applied over an oil base, or whether a film finish (lacquer, polyurethane, or Danish oil film) was used, and the application method (sprayed vs. wiped vs. lathe-applied). These are the finish notes patrons return to when selecting a finish for their own pieces.

iOS rates and the Apple Tax

Wood turning iOS rates vary by platform and content format. YouTube wood turning tutorials — typically watched in or near the shop on a bench monitor, desktop screen, or mounted tablet — are the most desktop-leaning wood turning format, with iOS rates of 50–65%. TikTok turning reveals (the satisfying chip-flying, form-emerging short video) see 75–85% iOS. Instagram form photography of finished pieces and process Reels see 70–80% iOS. Pen turning content is more mobile-discovery-oriented and runs 65–75% iOS. Wood turning audiences who arrive primarily from YouTube are the lowest-iOS wood turning segment; creators with a TikTok or Instagram-first audience should model their Apple Tax exposure at the higher end of the range.

Frequently asked questions

Related: Patreon for woodworking creators · Woodworking creator Patreon guide · How the Apple Tax works · All explainers