How should rug hooking creators document strip cut width for Patreon patrons?

Strip cut width documentation covers the cut number (the standard sizing used in rug hooking cutters, where a lower number produces a narrower strip) and its equivalent measurement in millimeters for the specific cutter and blade used, because different cutter brands use slightly different numbering conventions. A cut #8 on a Bliss cutter produces approximately 8/32-inch (6.35mm) wide strips; a cut #8 on a Townsend cutter produces the same nominal measurement but with a slightly different blade geometry that affects the cut edge character. Document the cutter brand, blade number, and actual measured strip width from a 10-strip sample: cut ten strips, stack them loosely, and measure the total width with calipers, then divide by ten for the average strip width. Wool felting level is the second critical cut-width variable. A lightly fulled (minimally felted) wool strip at 6mm will pull through a primary backing hole that accommodates it with moderate resistance; the same strip cut from a more heavily felted wool may require significant additional force and can stretch or distort the backing holes, or alternatively, a heavily felted strip at 6mm that is more compact and firmer may produce loops that are slightly shorter than the same hooking hook depth produces with a lighter wool. Document the felting level of the wool used: 'lightly fulled (1 cycle machine wash, air dry)' vs 'hand-fulled (agitated by hand in warm water until fibers begin to mesh, dried flat)' vs 'as-spun' (unwashed raw or processed wool fabric, no felting). As-spun or un-fulled recycled wool (from salvage clothing or mill ends) has a different cut behavior than purpose-prepared rug hooking wool. Woven recycled wool cut on the bias stretches more during the pull-through than cut-on-grain strips, producing loops that are slightly narrower after the bias stretch; cut-on-grain strips are more dimensionally stable. Document the cutting direction relative to the fabric grain when using recycled woven wool: 'cut on grain' (strips parallel to warp or weft threads) or 'cut on bias' (strips at 45 degrees to the grain). The practical difference: on-grain recycled wool produces more consistent loop heights; bias-cut recycled wool has a softer, more supple character but requires compensation in hook depth to account for the elongation during pull-through.

How do punch needle creators document technique for Patreon, and what distinguishes it from rug hooking documentation?

Punch needle is mechanically distinct from rug hooking: instead of pulling loops up through a primary backing with a hook, the needle punches down through the backing from the front, depositing a loop on the back (the pile side). The needle gauge and the loop height adjustment on the needle together determine the pile height on the finished work. Needle gauge and thread compatibility documentation: punch needles come in several gauge sizes calibrated to thread weight. Ultra-fine punch needles (such as the Igolochkoy or fine Amy Oxford needle) are designed for single-strand embroidery floss or fine wool yarn (3–4-ply at DK weight or lighter); medium punch needles work with 3–4-ply worsted weight wool or a single strand of bulky yarn; large punch needles (rug punch needle) work with bulky yarn, multiple strands of worsted, or strips of fabric. The documented specification: 'This piece uses an Amy Oxford fine punch needle at the 3-thread (3mm pile height) setting with a single strand of Valdani hand-dyed perle cotton size 12. Using a thicker thread produces larger loops and reduces the stitch definition in fine motifs.' Loop height documentation is the pile height specification. Most adjustable punch needles have a gauge on the barrel that sets the amount of needle tip that extends beyond the backing surface during the punch stroke; this extension length equals the loop height deposited on the pile side. Document the gauge setting (in millimeters or the numbered setting on the needle barrel) and measure the actual loop height on the finished work with calipers: punch 10 loops into a scrap section of the same backing material, measure the loops on the pile side, and record the average. The documented value is: 'Gauge setting: position 3 (7mm on this needle model); measured loop height on monk's cloth: 6.2mm average (slightly less than gauge setting due to backing fabric compression).' Backing material tension specification: punch needle produces even loops only when the backing is stretched drum-tight in a hoop or frame. Insufficient backing tension produces loops that pull back through the backing when the needle is withdrawn, creating gaps or low loops. Document the hoop or frame size, the material stretched (monk's cloth, weavers cloth, or linen rug backing), and the tension method: 'stretched in a 14-inch Gripper Strip frame at medium-high tension (backing does not sag when a corner is pressed with a fingertip and released).'

What Patreon documentation is specific to tufting creators, and how does it differ from rug hooking?

Tufting is mechanically distinct from both rug hooking and punch needle: a tufting gun (either cut-pile or loop-pile) drives yarn through a primary backing fabric at a rate determined by the gun's speed setting and the operator's feed rate. The documentation variables are the pile height setting, the yarn specification, the backing stretch and frame tension, and the secondary backing adhesion protocol. Pile height documentation: cut-pile tufting guns produce pile at a height determined by the blade-to-backing distance (the physical pile height adjustment on the gun). Loop-pile guns produce uncut loops at a height determined by the loop height dial. Document the specific setting used (most commercial tufting guns have a numbered or calibrated pile height adjustment): 'Cut pile at 25mm setting with Columbia Minerva 4-ply worsted acrylic, single strand.' Pile height in the finished rug after cutting and steaming differs from the pile height setting: steam pressing the finished cut pile compresses it by 15–30% depending on fiber type and pile density. Document pre-steam and post-steam pile height measurements from a finished test panel. Yarn and density documentation: tufting density (stitches per inch) is set by the gun speed and feed rate. A fast gun speed with a slow hand movement produces high density (tufts close together); a slow gun speed with a fast hand movement produces lower density. Most tufters work by visual eye at a feed rate that fills the backing evenly, but the documentation of stitches per square inch allows patrons to reproduce the pile density. Count stitches in a finished 1-inch-square test panel from the primary backing side (visible as individual yarn punches through the backing holes). Secondary backing adhesion protocol: after completing the pile, the primary backing is coated with latex adhesive (rug latex or hot glue for smaller pieces) and a secondary backing fabric (hessian or woven polypropylene) is pressed on to lock the yarn and protect the base. Document the adhesive type, the coverage in grams per square foot (for latex: 200–300 grams per square foot applied in two coats), and the drying time between coats. The secondary backing adhesion is the structural element that determines the rug's durability; inadequate adhesive coverage produces yarn pullout under foot traffic.

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

The Apple Tax is Apple's 30% fee on iOS-billed app subscriptions, applying to Patreon subscriptions made through the iOS app starting November 1, 2026. For rug hooking and textile art creators, the iOS rate varies by platform. YouTube rug hooking and punch needle tutorial content runs 55–68% iOS — rug hooking audiences include a strong contingent of older makers who watch on desktop or tablet, pulling the iOS rate slightly below the craft-content average. YouTube tufting content, which attracts a younger audience through the visual drama of the tufting gun, runs 65–75% iOS. Instagram punch needle and tufting content runs 70–80% iOS. TikTok tufting transformation content runs 75–85% iOS — the satisfying cut-pile reveal is a well-performing TikTok format. At $300/month with 60% iOS: approximately $54/month ($648/year). At $400/month with 65% iOS: approximately $78/month ($936/year). At $350/month with 75% iOS (Instagram or TikTok-primary creator): approximately $78.75/month ($945/year). Enable Patreon's web-only billing toggle before October 31, 2026, update all platform bio links to the Patreon web URL, and verify with a test Safari subscription from iPhone.

Guides · 2026-06-26

Patreon for rug hooking creators: strip-cut documentation, punch needle technique records, tufting pattern mechanics, iOS rates, and the Apple Tax in 2026

Q: What should rug hooking creators offer on Patreon?

Rug hooking Patreons retain when they deliver the documentation that a process video cannot carry: the cut number and its millimeter conversion for the specific cutter used, the wool felting level that makes a cut strip pull through the backing at the intended loop height, and the backing tension that produces even loops across the frame. A two-tier structure suits most rug hooking educators: a Pattern-plus-Documentation tier ($10–18/month) delivering each pattern with full wool specification, cut width documentation, and color mixing notes; and a Technique Consultation tier ($25–40/month, capped at 8 patrons) adding a quarterly work-in-progress photograph review where the creator identifies the source of any loop height inconsistency or backing puckering.

Rug hooking and textile art Patreons retain when they document the variables a process video cannot carry: the cut number and its millimeter equivalent, the wool felting level that makes a strip pull through cleanly, and the loop height measurement that distinguishes a pile depth specification from a subjective description. Rug hooking audiences are YouTube and TikTok-primary; Apple Tax exposure begins November 1, 2026.

What rug hooking creators offer on Patreon

Rug hooking creators separate into several types with distinct documentation needs on Patreon. Traditional rug hookers work with a hook pulling wool strips through a primary backing; their Patreon value is the wool preparation documentation — cut width, felting level, color mixing notes — that makes each design reproducible. Punch needle artists use a spring-loaded needle to push thread or yarn through a backing from the front; their Patreon deliverable is the loop height calibration and backing tension documentation. Tufting creators use a pneumatic or electric tufting gun; their documentation covers pile height, density, secondary backing adhesion, and the finishing protocol. Pattern designers across all three methods deliver the design transfer documentation alongside the pattern: how to scale and transfer a design to the specific backing material, and how the pattern scale relates to the cut width or needle gauge for the intended pile density.

A two-tier structure suits most rug hooking educators: a Pattern-plus-Documentation tier ($10–18/month) delivering each pattern with full wool specification, cut width documentation, and technique notes; and a Technique Consultation tier ($25–40/month, capped at 8 patrons) adding a quarterly photograph review where the creator identifies the source of any loop height inconsistency or backing distortion in the patron’s submitted work.

Traditional rug hooking: strip-cut documentation

Strip cut width is the primary technical variable in traditional rug hooking, and it determines pile height, pile density, and the visual character of the finished rug. Document the cut number and its measured strip width separately: a cut #8 on a Bliss cutter is nominally 8/32 inch (6.35mm), but the actual strip width from a 10-strip sample measured with calipers may be 6.0mm or 6.8mm depending on the blade gap and wear. Document the cutter brand, blade number, and measured strip width from a 10-strip average.

Wool felting level changes how the strip behaves during pull-through and affects the loop character in the finished rug. A lightly fulled strip (washed once in warm water and air dried) remains relatively flexible and pulls through the backing hole with moderate resistance, producing loops that are round in cross-section and stand upright. A more heavily fulled strip (agitated in hot water until the surface fibers mesh) is denser and stiffer, pulls through with more resistance, and produces loops that are firmer and less springy but more dimensionally stable. Document the preparation: “One machine wash cycle at 40°C, air dried flat; fabric feels hand-soft with no surface felting.” For recycled wool, document whether the strips are cut on grain or on bias: on-grain strips are more dimensionally stable; bias-cut strips stretch during pull-through and require a slightly deeper hook depth to achieve the same loop height.

Backing tension documentation covers how the primary backing (linen, monk’s cloth, or rug warp) is stretched in the hoop or frame. Insufficient tension produces uneven loops because the backing deflects downward as each loop is pulled through, changing the effective hook depth; the loops at the beginning of a row are shorter than loops at the end because the deflection increases as more loops are added. A well-tensioned backing resists deflection when a loop is pulled through: the hook depth sets the loop height consistently across the entire working area. Document frame or hoop size, backing type, and tension check: “12×16 inch Hartman frame; linen backing; tension confirmed adequate by pressing a corner with fingertip — backing springs back immediately without visible sag.”

Punch needle: loop height and backing tension

Punch needle documentation covers needle gauge, thread specification, loop height setting, and backing tension. These four variables together determine the pile character of the finished piece, and each affects the others: a finer gauge needle on a thicker thread produces compressed, tighter loops; a larger gauge needle on the correct thread produces round, open loops.

Needle gauge and thread compatibility: ultra-fine punch needles work with single-strand embroidery floss or fine wool thread; medium needles work with 3–4-ply worsted weight yarn; large rug-punch needles work with bulky yarn or multiple strands. Document the specific needle brand and gauge alongside the thread: “Amy Oxford fine punch needle, gauge 3 setting (approximately 5mm loop height); single strand DMC Mouliné stranded cotton, shade 3689; monk’s cloth backing stretched at high tension in a 10-inch hoop.” Measure the actual loop height from a test panel rather than relying on the gauge setting alone, because backing fabric compression reduces the actual loop height below the gauge setting by 1–2mm.

Backing tension is more critical for punch needle than for traditional rug hooking because the punch needle deposits loops by punching down rather than pulling up: insufficient backing tension allows the backing to flex downward with each punch stroke, reducing the effective loop deposit and producing inconsistent loop heights. Document the hoop type (embroidery hoop, Gripper Strip frame, or Q-Snap frame), the backing material, and the tension method. A Gripper Strip frame produces more consistent backing tension across a large working area than an embroidery hoop, which tends to relax tension at the center of large pieces.

Tufting: pile height and secondary backing protocol

Tufting documentation covers pile height setting, yarn specification, pile density, and the secondary backing adhesion protocol. The secondary backing is the structural element that determines the rug’s durability and is the step most often under-documented in tufting tutorials.

Pile height documentation: document the gun model, the pile height setting (numbered dial or measured position on the gun), and the measured pile height on a finished test panel. Cut pile guns produce a pile height that is approximately 10–20% shorter after steaming than the gun setting because the cut fibers bloom and compress slightly when wet-finished. Document pre-steam and post-steam pile height: “Gun set at 25mm; measured pre-steam 24mm; measured post-steam 21mm; final pile height 21mm documented.” Pile density, measured as stitches per square inch from the primary backing side, should be documented as a numeric value from a counted test panel rather than described qualitatively.

Secondary backing adhesion: apply rug latex or white PVA adhesive to the back of the primary backing after the pile is complete, spreading with a palette knife to fill all holes and coat the yarn bases. Cover with a secondary backing fabric (hessian, woven polypropylene, or canvas) and press firmly. Document the adhesive type, coverage weight per square foot, number of coats, and drying time between coats. Two coats of rug latex at approximately 200g per square foot each, with full drying between coats, is the standard for a floor-use rug. A single light coat is sufficient for a wall-hanging piece that will not receive foot traffic.

Apple Tax for rug hooking creator audiences

YouTube rug hooking and punch needle tutorials run 55–68% iOS. Rug hooking has a strong established community with older demographics who use desktop and tablet above the craft average, pulling the iOS rate slightly below center. YouTube tufting content runs 65–75% iOS because tufting gun content attracts a younger audience through the visual and auditory satisfaction of the tufting process, a demographic that skews more mobile. Instagram punch needle and tufting content runs 70–80% iOS. TikTok tufting content runs 75–85% iOS.

Dollar amounts on November 1, 2026: at $300/month with 60% iOS: approximately $54/month ($648/year). At $400/month with 65% iOS: approximately $78/month ($936/year). Instagram or TikTok-primary creator at $350/month 75% iOS: approximately $78.75/month ($945/year). Enable Patreon’s web-only billing toggle before October 31, 2026, update all platform bio links to the Patreon web URL, and verify with a test Safari subscription from iPhone.

More explainers on Patreon fees and Apple Tax · Patreon for felting creators · Patreon for weaving creators

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.