What Patreon tier structure works for spoon carving creators?

A two-tier structure suits most spoon carving creators: a Technique Documentation tier ($8–15/month) delivering grain reading notes for each blank, gouge selection documentation per spoon section (bowl, neck, handle), hook knife entry angle notes, and wood species comparison swatches as patron photos; and a Carving Notes and Pattern tier ($20–35/month, capped 10 patrons) adding full carving notes for each completed spoon — species and moisture level at the start of carving, grain direction decision at each major transition, tool sequence from rough blank to finished form, and finishing protocol — plus a printable pattern at original scale with grain direction marked on the pattern itself. The capped pattern tier is high-value because the at-scale printable pattern with grain direction annotation is the one resource that cannot be extracted from process video and is what separates a replicable spoon from a one-off demonstration.

How should spoon carving creators document wood species and moisture level for Patreon?

Wood species and moisture documentation for Patreon should include: species name and source (foraged green wood or purchased air-dried blank), estimated time since felling if known, a pin-type moisture meter reading taken at the center of the blank at the start of carving, initial blank dimensions, and final finished dimensions. Green wood versus air-dried is a critical distinction for patrons: green wood carves with less force and accepts more dramatic shape changes (a deep hook knife scoop, a thin wall) but will shrink and may check during drying; air-dried wood is dimensionally stable but requires more force and sharper edges. Species characteristics to document: birch (common, reliable grain, 6–8% shrinkage from green to dry, very sharp edge required even when green); alder (softer than birch, faster to carve green, some checking risk during drying); fruit woods such as apple, cherry, and pear (dense fine grain that takes fine detail but has higher resistance even when green); willow (very easy to carve green, highest checking risk of common spoon woods); basswood (forgiving for beginners but not a traditional spoon carving wood — low structural density and poor moisture resistance in use). Moisture level also affects check risk during drying: carving the spoon bowl with a flat back instead of a fully rounded back dramatically reduces check risk because the flat face cracks preferentially along a controlled flat plane rather than splitting the bowl wall.

What is gouge selection documentation for spoon carving, and why does it matter for Patreon content?

Spoon carving uses gouges for the bowl roughing and wall establishment before the hook knife finishes the interior. Document the gouge sweep number for each section of the spoon: sweep numbers run from #1 (flat, equivalent to a straight chisel) to #9 (deep U-profile). A shallow dessert spoon uses a sweep #5 or #6 for the bowl profile; a standard serving spoon uses sweep #7 or #8; a deep scooping spoon or ladle bowl uses sweep #8 or #9. Using a sweep number that does not match the intended bowl profile means the gouge will either not reach the bowl depth (too flat a sweep) or will cut past the intended depth and thin the wall unevenly (too deep a sweep). Document the bevel angle by tool type: bench gouges on dry hardwood are typically sharpened at 35–40 degrees; carving gouges used on green softwood are sharpened at 25–30 degrees to reduce the force required and avoid compressing the fibers ahead of the edge. Document the sharpening protocol: Arkansas stone or diamond stone at the documented bevel angle (maintaining the existing bevel rather than regrinding), strop with green chromium oxide compound on a leather strop curved to match the sweep. Document entry angle for green wood cuts: cut with the grain (blade moving in the direction the grain lines run downslope at the surface) for all shaping cuts; cross-grain cuts only for the initial roughing of flat areas; end-grain cuts minimized and restricted to very sharp edges.

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

Spoon carving creator iOS rates by platform: YouTube green wood carving tutorials and process videos, 55–68% iOS — the tutorial format draws makers watching in the workshop on a phone or tablet, though YouTube desktop use is above average relative to other platforms; Instagram finished spoon photography and process reels, 72–82% iOS — the hand-crafted object photography format performs in Instagram recommendation and reaches a craft-collector and hand-made goods audience that is heavily iOS; TikTok spoon carving process videos, 70–80% iOS — short green wood carving content (the satisfying hook knife scoop reveal, the finished spoon in hand) performs in TikTok recommendation. Apple Tax at the November 1, 2026 rate: at $200/month with 65% iOS: approximately $39/month ($468/year). At $300/month with 68% iOS: approximately $61.20/month ($734.40/year). At $250/month with 75% iOS: approximately $56.25/month ($675/year). Fix before November 1, 2026: enable Patreon's web-only billing toggle. Update all bio links to the Patreon web URL. Verify the subscription flow from Safari on iOS before October 31.

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Patreon for spoon carving creators: tiers, wood selection documentation, gouge mechanics, hook knife technique, iOS rates, and the Apple Tax in 2026

Q: How should spoon carving creators document hook knife technique for Patreon?

The hook knife (also called a crook knife or bent knife) is the primary tool for finishing the spoon bowl interior after gouge roughing. Document two distinct cut types and which section of the bowl each applies to: the push cut (blade moves away from the body, controlled with a locked wrist rotation) for the center of the bowl where consistent depth is needed; the pull cut (blade moves toward the body) for the rim approach where the wall thins and the cut must be controlled precisely to avoid breaking through. Entry angle documentation: the hook knife enters the bowl at approximately 45 degrees to the wood surface and is rotated — not pushed or pulled in a straight line — to scoop material. Document the rotation arc: inner wrist rotation from neutral to approximately 60 degrees through the cut, with the wrist locked and the rotation driven from the elbow and shoulder for control. Tool size documentation by bowl profile: a small hook knife with blade radius 25–35mm suits teaspoon bowls and narrow elongated bowls; a medium hook knife with radius 35–50mm suits standard eating and serving spoon bowls; a large hook knife with radius 50mm or more suits ladle bowls. Hook knife edge geometry matters and should be documented: the inside face of the blade (concave face) should be hollow-ground — a hollow grind produces a more efficient cut in green wood with less force than a flat grind on the inside face. Document whether the tool in use is hollow-ground or flat-ground, because flat-ground hook knives require meaningfully more force per cut and produce less clean results in green wood; patrons using a flat-ground knife will need to adjust their force expectations and sharpening approach.

Spoon carving Patreons retain when they deliver the technical layer below the satisfying hook knife scoop reveal: the wood species and moisture level documentation at the moisture meter reading and shrinkage percentage level so patrons understand why green birch behaves differently from air-dried cherry; the gouge selection documentation at the sweep number and bevel angle level so patrons know which tool produced which bowl profile; the hook knife technique documentation at the push cut versus pull cut and wrist rotation arc level so patrons can replicate the motion rather than guess at it; and the finishing protocol. The spoon carving audience is YouTube and Instagram-primary with a growing TikTok presence — Apple Tax exposure begins November 1, 2026.

Spoon carving creator categories on Patreon

Green wood spoon carvers work with freshly felled or freshly split wood, exploiting the ease of cutting wet fibers to produce spoons with thinner walls and more fluid shapes than are achievable in dry wood. Their Patreon deliverable is the species and moisture documentation: what species was used, what the moisture content was at the start of carving, how the form was shaped to reduce check risk during drying, and what the final dimensions were after drying. Hook knife technique instructors focus on the bowl carving process specifically: the entry angle, the push cut versus pull cut distinction, the wrist rotation mechanics, and the gouge selection that precedes hook knife work. Their Patreon deliverable is the cut-by-cut bowl carving record. Traditional spoon carvers use historical Scandinavian and Welsh forms (the Welsh cawl spoon, the Scandinavian eating spoon with the thin transition at the bowl-handle junction), documenting the grain direction management required to carve the fragile neck junction without splitting. Wooden utensil and kuksa makers extend spoon carving into ladles, spreaders, and kuksa cups, adding the ladle bowl scale challenge (larger hook knife radius, thicker walls, higher checking risk in green wood) and the food-safety finishing protocol (food-grade oil species and application sequence).

Wood species and moisture level documentation

Green wood versus air-dried: carving behavior and documentation requirements

The green wood versus air-dried distinction is the most consequential variable in spoon carving and the one most frequently underdocumented in video content. Green wood (freshly felled or freshly split, typically above 30% moisture content by weight) carves with significantly less force than air-dried wood because the cell walls are still water-swollen and the fibers cut cleanly with less resistance. The hook knife push cut in green birch at 50% moisture content requires approximately half the hand pressure of the same cut in air-dried birch at 8% moisture content. Document moisture content with a pin-type moisture meter: insert the pins at the center of the blank cross-section, record the reading in the carving notes. Green wood also accepts more dramatic shape changes — a hook knife can produce very thin walls (2–3mm) in green birch that would be nearly impossible in the same species air-dried without a very high bevel-angle sharpening approach.

The drying risk must also be documented: a completed green wood spoon will shrink and may check (develop surface cracks along the grain) during the drying period. Carving the bowl with a flat back rather than a fully rounded back dramatically reduces check risk: the flat back face cracks preferentially along the flat plane rather than propagating into the bowl wall. Document in each project post whether the spoon was carved with a flat or rounded back, and the drying outcome after 2–4 weeks.

Species documentation for spoon carving

Document the species for every spoon with the following fields: common name, species name, source (foraged vs purchased, and region if foraged), estimated time since felling, moisture meter reading at blank center at start of carving, initial blank dimensions, and final finished dimensions after carving and drying. Species characteristics for common spoon carving woods: birch (Betula spp.) — the most common spoon carving wood in Scandinavian tradition; reliable consistent grain, 6–8% linear shrinkage from green to fully air-dried, good structural strength in thin sections, requires a genuinely sharp edge even when green. Alder (Alnus spp.) — softer than birch, faster to carve green, somewhat higher checking risk during drying than birch. Fruit woods: apple (Malus spp.), cherry (Prunus avium), pear (Pyrus communis) — dense fine grain that takes fine surface detail and produces a hard, durable finished spoon; higher resistance even in green condition than birch; apple in particular is considered a prestige spoon carving wood for its density and figure. Willow (Salix spp.) — very easy to carve green, one of the least resistant spoon woods available, but very high checking risk during drying; suitable for demonstration or practice spoons where drying outcome is not critical. Basswood (Tilia americana) — forgiving for beginners and very easy to carve, but not a traditional spoon carving wood; low structural density means thin sections are fragile; low moisture resistance in use makes basswood spoons unsuitable for repeated washing.

Gouge selection and bevel angle documentation

Sweep number selection by spoon profile

Spoon carving uses gouges to rough and shape the bowl interior before the hook knife finishes the surface. The gouge sweep number describes the curvature of the cutting edge: sweep #1 is flat (no curve, equivalent to a straight chisel), and the sweeps increase in curvature through #9, which is a deep U-profile. Matching the sweep number to the intended bowl depth profile is the core gouge selection decision. A shallow dessert spoon bowl (approximately 8–10mm deep in a 45mm-wide bowl) suits sweep #5 or #6; using a #8 sweep would cut past the intended depth on each pass, thinning the walls unpredictably. A standard eating spoon bowl (12–15mm deep) suits sweep #7 or #8. A deep scooping spoon or serving ladle bowl (18mm or more) suits sweep #8 or #9. Document the sweep number used for the bowl in each project post, alongside the target bowl depth, so patrons can verify whether their available gouges match the documented choice.

Bevel angle documentation by wood type

Bevel angle on carving gouges follows a different standard than bench gouges: bench gouges on dry hardwood are sharpened at 35–40 degrees for edge durability under mallet work; carving gouges used for spoon carving on green softwood are sharpened at 25–30 degrees, which reduces the wedging force required and produces a cleaner cut in wet fiber. The lower bevel angle on green wood is sustainable because the reduced hardness of wet fiber does not dull the edge as rapidly as dry hardwood. Document the bevel angle for each gouge in the tool record, and note whether it was adjusted for the wood species used in a given project. Sharpening protocol for spoon carving gouges: Arkansas stone or diamond slip stone at the documented bevel angle (following the existing bevel rather than regrinding), maintaining the gouge bevel against the stone with a rocking motion matching the sweep curve, followed by a leather strop curved to match the sweep radius with green chromium oxide compound. The inside face of the gouge (the concave face) requires a slipstone to remove the wire edge; the inside face is not beveled and should remain as flat as possible.

Grain direction approach for green wood gouge cuts

Entry angle for green wood gouge cuts follows the same with-grain principle as all wood carving: the gouge should enter the wood traveling in the direction the grain lines run downslope at the surface, so the blade is traveling into the closing fibers rather than under the opening fibers. Cross-grain cuts (gouge traveling perpendicular to the grain) are used only for initial roughing of flat areas and should be followed with a with-grain pass to clean the surface. End-grain cuts at the tip of the bowl are the most difficult: the gouge must be very sharp and the cut must be shallow and decisive to avoid compressing the end grain rather than cutting it. Document grain direction decisions in the project post: which direction was the grain running in the blank, which section of the bowl required a direction change mid-stroke, and how the bowl tip end-grain was approached.

Hook knife technique documentation

Push cut versus pull cut by bowl section

The hook knife is the primary tool for finishing the spoon bowl interior after gouge roughing and is the tool most associated with spoon carving in tutorial content. Document the two distinct cut types and which section of the bowl each is appropriate for. The push cut (blade moves away from the body, driven by extending the arm or rotating the wrist outward from a locked position) is used for the center of the bowl where consistent depth and smooth surface are the goals; the push cut allows precise depth control because the motion is driven by arm extension rather than finger or wrist strength. The pull cut (blade moves toward the body) is used for the rim approach where the wall thins and the cut must be controlled precisely to stop before breaking through the wall; the pull cut uses the body as a brace and allows the carver to stop the cut with a locked elbow before the blade exits the rim. Document which cut was used for which section of the bowl in each project post, and note whether any section required switching from the primary cut type due to grain direction.

Entry angle and wrist rotation arc documentation

The hook knife does not cut by pushing or pulling in a straight line; it cuts by rotating through an arc. Document the entry angle and rotation arc for each cut type. Entry angle: the hook knife enters the bowl at approximately 45 degrees to the wood surface, with the hook oriented toward the center of the bowl. The tool is then rotated — inner wrist rotation from neutral to approximately 60 degrees through the cut, with the wrist locked and the rotation driven from the elbow and shoulder for control. This rotation scoops material rather than slicing it, which is why the hook knife can produce a clean, consistent bowl surface in green wood without following a straight grain direction as strictly as a gouge cut requires. Document the rotation arc in the notes as the distinguishing technical variable: patrons who push or pull the hook knife without rotating it will produce a dragging cut rather than a scooping cut, with rough surface results regardless of tool sharpness.

Tool size documentation by bowl profile

Hook knife size must match the bowl profile for efficient cutting. Document the blade radius (the radius of the hook curve at the cutting edge) for each tool used. A small hook knife (blade radius 25–35mm) suits teaspoon bowls and narrow elongated bowls where the bowl diameter is 30–40mm; the tighter radius allows the hook to reach the sides of the bowl without the spine of the blade contacting the rim. A medium hook knife (blade radius 35–50mm) suits standard eating spoon and serving spoon bowls where the bowl diameter is 40–60mm. A large hook knife (radius 50mm or more) suits ladle bowls where the bowl diameter is 60mm or more. Using too small a hook knife in a large bowl means the spine of the blade contacts the rim before the edge reaches the center of the bowl; using too large a radius in a narrow bowl means the edge cannot reach the bowl sides cleanly. Document the hook knife radius used in each project post alongside the bowl diameter measurement.

Edge geometry documentation: hollow grind versus flat grind

Hook knife edge geometry affects cut efficiency in green wood significantly. The inside face of the hook knife blade (the concave face) should be hollow-ground — concave across the width of the face as well as curved along its length. A hollow grind on the inside face reduces the contact area between the blade face and the wood during a scooping cut, which reduces friction and allows the edge to release the cut more easily. A flat-ground inside face (flat across the width) requires meaningfully more force per cut in green wood because the full face drags against the wood surface. Document in the tool record whether each hook knife is hollow-ground or flat-ground on the inside face. Patrons using a flat-ground hook knife who are following content produced with a hollow-ground knife will experience higher force requirements and should be advised to use a slipstone to introduce a slight hollow on the inside face if the geometry allows.

Apple Tax for spoon carving creator audiences

Spoon carving creators have significant Apple Tax exposure from mobile-heavy platforms. YouTube green wood carving tutorials and process videos: 55–68% iOS — makers watching while in the workshop on a phone, though YouTube desktop use is above average relative to short-form platforms. Instagram finished spoon photography and process reels: 72–82% iOS — hand-crafted object photography performs in Instagram recommendation and reaches a craft-collector audience that is heavily iOS. TikTok spoon carving process: 70–80% iOS — short green wood carving content (the satisfying hook knife scoop reveal, the finished spoon held against natural light) performs in TikTok recommendation. Apple Tax at the November 1, 2026 rate: at $200/month with 65% iOS: approximately $39/month ($468/year). At $300/month with 68% iOS: approximately $61.20/month ($734.40/year). At $250/month with 75% iOS: approximately $56.25/month ($675/year).

Fix before November 1, 2026: enable Patreon’s web-only billing toggle. Update all social bio links to the Patreon web URL. Verify the subscription flow from Safari on iOS before October 31.

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

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