Explainers · 2026-07-12 · Patreon guide

Patreon for RC aviation creators: tiers, build documentation, iOS rates, and the Apple Tax in 2026

RC aviation Patreons retain patrons because the build video shows the aircraft flying but not the CG calculation worksheet: the component weight list, battery placement diagram, and measured CG as a percentage of mean aerodynamic chord that a patron can apply to their own build with the same airframe — the documented deliverable that a well-shot maiden flight video cannot substitute for. The RC aviation audience has strong desktop research habits (transmitter programming, eCalc power system tools, plan software), which keeps iOS rates below outdoor-hobby averages and moderates Apple Tax exposure.

The RC aviation creator subtypes

Scale warbird builders and historians: documentation, corrections, and authenticity research

Scale RC warbird builders construct museum-quality replicas of historic aircraft in 1/4 to 1/6 scale, emphasizing dimensional accuracy, authentic finish, and scale flight behavior. Their Patreon value is the build documentation: plan correction sheets, color and marking documentation from primary sources, and engineering notes that resolve ambiguities in kit or plan accuracy.

Plan correction sheets document every dimension on a commercial plan that differs from the historical aircraft’s known specifications, with the historical source (engineering drawings from the National Archives, NACA technical notes, museum measurements), the correction applied (noting the original plan dimension vs the historically accurate dimension), and the build method used to implement the correction without requiring plan redrawing. A patron building from the same plan uses the correction sheet as a build companion, not a starting-from-scratch plan. Color and marking documentation for a specific aircraft serial number includes: the specific Federal Standard or RLM color code for each camouflage color on the top surfaces and undersurfaces at the documented date of the aircraft, the manufacturer of the paint system used, the mixing ratio for any custom matches, and the primary historical source confirming the markings for that aircraft at that date. This documentation is the synthesis of museum research that individual builders rarely have the time or access to conduct themselves.

CG documentation for scale aircraft is complicated by the requirement for scale-appropriate flight behavior: a perfectly balanced warbird replica at 25% MAC for neutral stability may not exhibit the distinctive flight characteristics of the original — which was designed for combat maneuverability rather than docile sport flying. Document: the recommended CG range for realistic vs sport behavior, the effect of CG position on landing approach speed and pitch authority at low speed, and the battery placement that achieves each end of the range.

Tier structure: Archive Access ($6–10/month, build update posts and video early access, Discord with channels by warbird type and scale), Build Documents ($20–30/month, plan correction sheet per aircraft build, color and marking documentation from primary sources, CG worksheet), Consult ($50–70/month capped 4–6, patron submits build photos for documented accuracy review and correction notes for the specific aircraft and serial number being modeled).

Aerobatic trainer educators: control throws, exponential, and sequence documentation

Aerobatic RC trainer educators teach sport and pattern aerobatic flying using dedicated aerobatic aircraft (Extra 300-class, Sukhoi Su-26-class, Edge 540-class airframes in 60–100-inch wingspan). Their Patreon value is the documented control setup and aerobatic sequence notation.

Servo throw and exponential documentation for aerobatic aircraft: control surface deflection for ailerons (typical high rate: 35–45° each direction; low rate: 20–25°), elevator (high: 45–60°; low: 25–35°), and rudder (high: 45–60°; low: 30–40°); exponential percentage applied per channel in the transmitter (30–40% expo reduces center-stick sensitivity for smooth flight while retaining full deflection at full stick for snap rolls and spins); differential aileron setting (upward deflection > downward deflection reduces adverse yaw in rolling maneuvers). Document both the transmitter programming values (for OpenTX/EdgeTX: the specific curves applied in the output settings) and the physical deflection measured with a deflection gauge at the control surface hinge line. Aerobatic sequence documentation follows the Aresti notation system: each maneuver in the sequence is described by its Aresti code (the IAC/FAI standard for pattern sequence notation), with the entry airspeed, altitude at entry, the specific aircraft attitude at key points, and the recovery to wings-level or next figure entry point.

RC glider and soaring pilots: thermal documentation and site-specific soaring notes

RC glider pilots fly thermally, using rising columns of warm air to stay aloft without a motor. Their Patreon value is the soaring site documentation: where thermals trigger at a specific site, how they drift with wind direction, and the conditions that produce usable soaring windows.

Thermal trigger documentation for a specific site: the geographic features that produce thermals (dark asphalt or gravel surfaces, south-facing slopes, agricultural fields with bare soil), the typical thermal height range (documented from altimeter data), the drift direction under various wind conditions, and the time-of-day window when thermals are active (typically 1–2 hours after sunrise in summer for early morning flights; late morning through afternoon for sustained soaring). This site documentation is hyperlocal and non-reproducible from a YouTube flight video alone — a patron at the same site with the same documentation achieves a shorter learning curve for reading the specific site’s thermal patterns. Ballast documentation: for high-performance glass sailplanes, the specific ballast weight installed and the resulting wing loading in grams/dm² for wind conditions — heavier wing loading flies faster and penetrates headwind more efficiently but requires faster approach speed and higher minimum sink speed.

Tier structure: Soaring Notes ($6–8/month, site visit reports and flight video early access, Discord), Site Documents ($15–22/month, thermal trigger documentation per featured site with altimeter traces, ballast setup notes, and glide performance comparison data), Flying Day ($35–50/month capped 6–10, patron receives a real-time session debrief text with notes on conditions, thermals found, and equipment notes for that day’s flying).

iOS rates and the Apple Tax

RC aviation creator iOS rates are below typical outdoor-hobby averages because the audience’s technical workflow is substantially desktop-based: transmitter programming (OpenTX/EdgeTX companion software), power system selection (eCalc, ecalcX), scratch build CAD or plan software, and component purchasing research are all primarily desktop-driven. YouTube RC aviation content: 50–65% iOS — scale building and historical content at 50–60% iOS; aerobatic sport flying at 58–65% iOS. Instagram RC aviation: 65–75% iOS.

Frequently asked questions

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