Creator guides · 2026-07-12 · Patreon guide

Patreon for metal detecting creators: tiers, field hunting, beach detecting, detector technology, iOS rates, and the Apple Tax in 2026

Metal detecting Patreons succeed when they offer what the hunt video cannot: not the coin reveal in the hole, but the site research methodology (which historical map databases to cross-reference, how to trace land ownership history, how to approach a landowner), the detector settings documentation per site type, and the finds identification workflow. The subscriber using your site research guide to get their first permission and your settings sheet to pull their first silver does not cancel.

Who uses Patreon in the metal detecting space

Three creator types have established Patreon audiences in metal detecting: field hunters and relic hunters documenting site research, permission acquisition, hunt technique, and finds identification; beach and water hunters covering the specialized techniques and equipment for salt water, freshwater, and wet sand detecting; and detector technology educators who explain the engineering of how detectors work—ground balance, discrimination circuits, frequency selection, coil geometry—for the technically curious detecting audience.

Tier structure for field hunters and relic hunters

Field hunters and relic hunters generate the most in-demand Patreon content in the detecting hobby because site research and landowner permissions are the gating factors for most detectorists—the technique and the equipment are secondary to getting access to good land. The Patreon value proposition: site research methodology (historical maps: USGS historical topographic maps, David Rumsey Historical Map Collection, county atlas scans, Sanborn fire insurance maps for towns; aerial photography comparisons from USGS Earth Explorer showing historical vs. current land use; deed and land ownership records via county recorder databases; local newspaper archive research for event sites, old homestead locations, and lost item reports). VDI target identification: visual display indicator numbers correlate to the phase response of the detected target; coin-sized silver (VDI 85–99 on most detectors), coin-sized clad (VDI 72–85), pull tabs and rings (VDI 60–75), zinc pennies (VDI 55–65), iron (VDI −95 to −30 on Minelab scale, or 0–15 on some detectors). Relic hunting requires notching in iron to find iron relics while discriminating iron trash: a non-aggressive discrimination pattern that notches only foil and small iron while accepting everything above VDI 25 is a common relic field setting. Digging technique: plug cutting method (cut a three-sided flap, fold back, probe with pinpointer, recover target, fold plug back), grid pattern hunting (overlapping 4–6-inch sweeps), and pinpointing procedure (null method or x-method with the coil). Tier structure: Digger ($5–8/month): per-hunt documentation posts with site type, ground conditions, detector settings, and finds photograph series; VDI target ID reference by material and size; Discord channels by site type and country. Site Research Pro ($15–25/month): site research guide per region (US state-by-state historical map resources, UK heritage portal, AUS historical survey records); permission approach guide with sample letter templates and landowner conversation scripts; detector settings spreadsheet per machine model (Minelab Equinox 800, XP Deus II, Garrett AT Pro, Nokta Legend) per site type (old homestead, agricultural field, park, fresh water). Field Partner ($40–60/month capped 6–8): patron-submitted finds identification assistance (photograph provided, creator identifies by type, period, and probable origin); permission approach consultation for specific property type; access to the creator’s full site research template library.

Tier structure for beach and water hunters

Beach and water detecting requires different equipment and technique than land detecting, and the Patreon knowledge premium is correspondingly higher. The two core technology decisions for salt water: pulse induction (PI) vs. very low frequency (VLF). VLF detectors (operating at 5–100 kHz) use a transmitted continuous sine wave and measure the phase-shifted return signal; highly mineralized salt water saturates the ground channel (salt water contains sodium chloride, which is highly conductive and causes a massive ground signal), making VLF nearly unusable in wet salt sand without exceptional ground balancing. PI detectors (Minelab GPX and Excalibur, Garrett Sea Hunter, Nokta Pulse Dive) transmit a pulsed magnetic field and measure the signal decay after each pulse; the delay between pulse cutoff and measurement window is set to ignore the fast-decaying ground signal (including salt water ground signal) while capturing the slower-decaying response from metallic targets. PI detectors have minimal discrimination capability (cannot reliably distinguish gold from iron in most models); the operator must dig all targets, which is impractical in some environments but necessary in gold-rich wet sand zones. Tidal timing: low tide exposes the most sand; spring low tides (following new or full moon) produce the most extreme tide range and expose otherwise-submerged zones; storm surge recovery hunting (hunting the wet sand immediately after a storm has scoured and rearranged the sand layer) produces the highest find rates for jewelry and coins. Finds processing: gold jewelry requires no processing (gold does not corrode); silver darkens from sulfide; electrolytic cleaning or chemical dip in tarnish remover is appropriate for silver coins; bronze and copper require distilled water soaking and light brushing to remove salt crystallization without stripping patina. Tier structure: Sand Bagger ($6–10/month): beach hunt documentation with tide timing, zone selection rationale, detector settings, and finds photograph series; Discord channels for beach and water hunting discussion. Water Hunter ($18–28/month): comprehensive PI vs. VLF selection guide for different salt water conditions; tidal timing calendar and beach zone selection methodology; finds processing guide per material type with photograph documentation; wet sand sensitivity settings per PI detector model. Deep Water Access ($45–65/month capped 6): detector-specific settings consultation for the patron’s machine at their specific beach environment; finds identification assistance; tidal and seasonal timing consultation for the patron’s geographic region.

Tier structure for detector testing and technology educators

Detector technology educators serve the technically curious detecting community that wants to understand why the machine works the way it does, not just how to use it. Core topics: ground balance theory (the transmitted electromagnetic field from the coil induces eddy currents in both the target and the surrounding ground minerals, primarily magnetite and ferrous oxides; the detector’s ground balance circuit cancels the phase-shifted return from the mineralized ground matrix while preserving the response from metallic targets; manual ground balance requires pumping the coil over ground-only and adjusting until the detector reads neutral; auto ground balance samples the ground response continuously and subtracts it in real time); target ID discrimination circuits (each metal target returns a phase-shifted signal whose phase offset relative to the transmitted signal corresponds to the target’s electrical conductivity and size; the discrimination circuit maps this phase response to a numerical VDI or tone; high-conductivity targets like silver coins have high VDI; low-conductivity targets like aluminum foil have low VDI; iron targets have negative phase response; multi-frequency detectors transmit multiple simultaneous frequencies to improve target ID accuracy because the phase-conductivity relationship is frequency-dependent); operating frequency selection (single-frequency detectors: lower frequencies, 3–8 kHz, penetrate deeper and respond better to large high-conductivity targets like silver dollars; higher frequencies, 15–100 kHz, respond better to small low-conductivity targets like thin gold rings and tiny coins; multi-frequency detectors transmit and process 5–40 simultaneous frequencies, averaging or combining the responses for superior target ID and ground balance stability); coil geometry (concentric coils: transmit and receive coils are concentric rings, good depth and target ID accuracy, wider ground coverage; DD (double-D or blade) coils: two overlapping D-shaped transmit and receive coils produce a blade-shaped detection field, excellent ground rejection in high-mineralization environments, narrower detection field than concentric but more stable target ID in difficult ground; mono coils for PI detectors: single coil acts as both transmit and receive in time-separated phases, maximum sensitivity at the cost of ground noise). Tier structure: Signal Reader ($6–10/month): technology explainer posts on detector electronics and signal theory, detector settings rationale documentation, Discord channels by technology topic. Frequency Lab ($18–30/month): detailed frequency selection guides per target type and soil condition; comparative target response charts (VDI vs. target type vs. frequency for common finds materials); coil selection guide per site type and soil condition; air test and ground test methodologies for detector benchmarking. Electronics Deep Dive ($45–65/month capped 6): access to the creator’s detector comparative test database (air test results, ground penetration tests, target ID stability tests per machine); consultation on detector selection or settings optimization for the patron’s specific environment and target type.

iOS rates and the Apple Tax for metal detecting creators

Metal detecting is a YouTube-heavy hobby with a significant Instagram and TikTok crossover, producing a moderate iOS rate compared to purely visual crafts. YouTube metal detecting channels: 58–72% iOS (the detecting YouTube audience is a mix of desktop and mobile viewers; older hobbyists watch on desktop, younger subscribers watch on mobile). Instagram detecting finds and recovery photography: 72–82% iOS. TikTok metal detecting videos: 78–88% iOS. The blended iOS rate for a metal detecting creator active on YouTube, Instagram, and TikTok is typically 58–72%. At $150/month with 65% iOS: Apple’s 30% fee = 0.30 × 0.65 × $150 = $29.25/month ($351/year) beginning November 1, 2026. Enable web-only billing in Patreon Creator Settings before October 31, 2026, and update all YouTube video description links, Instagram bio links, and TikTok profile links to web Patreon URLs to route new subscribers through web checkout (no Apple fee).

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