Rodin Coil Array

Vortex-based toroidal coil following the Rodin number pattern — anomalous field topology

$95 plan

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// Blueprint rendering available after purchase

Technical Specifications

Classification Scalar EM — Wave

Topology Vortex math toroidal winding

Winding Pattern 1-2-4-8-7-5 / 3-6-9 (12-position)

Core Ferrite toroid or air toroid

Claimed Effect Flux tube + non-decaying core field

Drive AC 50–60 Hz or RF signal

Difficulty 2 / 5

Est. Build Cost $90–$220

Est. Build Time 2–4 weeks

Overview

The Rodin coil follows a winding pattern derived from Marco Rodin's "vortex mathematics" number sequence (1-2-4-8-7-5 and 3-6-9 pattern on a 12-position toroid). The result is a toroidal coil with a weaving, crossing wire path that Rodin claims creates a "flux tube" or "prime point" in the center of the torus with unique magnetic properties. Independent replications have confirmed that a Rodin-wound toroid does exhibit a distinct B-field null at the donut hole combined with unusually high inductance-to-resistance ratio, though the claimed "free energy" properties remain unverified. This plan covers precision fabrication to Rodin's exact position sequence, inductance characterization, and a receiver coil setup for transmission experiments. Also covers the 3-phase Rodin array configuration.

Intended Research Use

Rodin vortex math field topology, anomalous inductance characterization, torus flux tube experiments, 3-phase field interference.

Bill of Materials (12 components)

#Component

01 Ferrite toroid, 100mm OD, mix 26 (×3)

02 22 AWG magnet wire, 200m spool (×3 colors)

03 Numbered position labels for toroid (printed)

04 3D printed position guide (12-slot)

05 Oscilloscope, 2ch

06 Signal generator (20 Hz–1 MHz)

07 Inductance meter or LCR bridge

08 Gauss meter (3-axis)

09 Pickup coil (sensing coil, 20 turns, ×2)

10 BNC patch cables (×4)

11 Hot-melt glue gun for wire anchoring

12 Variable capacitor (100–1000 pF)

Get Build Plan

Complete plan PDF including all specs, winding geometry, drive circuit schematics, measurement protocols, and Gerber files where applicable.

$95 one-time

Purchase plan — Stripe

Also available: Component kit $320 — members get 10% off

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Complete build documentation (PDF)

Winding specs + circuit schematics

Measurement + verification protocols

Sourcing guide for all BOM items

Lifetime access, no subscription

Build Difficulty

Accessible — good first build for newcomers to scalar EM.

Est. cost: $90–$220
Est. time: 2–4 weeks