1,000 followers, part 1 of 4: Stan Meyer's steam resonator circuit (Memo WFC 423 DA)
1,000 followers: thank you. Here's the drop, in four parts: the circuits drawn in Stan Meyer's Memo WFC 423 DA, the Water Fuel Injection System. Part 1 is the steam resonator, his answer to "what happens to the water in the wintertime?" It is a probe in the water tank (Figure 13-1): an inner exciter
The archive's own copy, 29 September 2026 32 MB
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1,000 followers: thank you. Here's the drop, in four parts: the circuits drawn in Stan Meyer's Memo WFC 423 DA, the Water Fuel Injection System. Part 1 is the steam resonator, his answer to "what happens to the water in the wintertime?" It is a probe in the water tank (Figure 13-1): an inner exciter rod inside a slotted outer exciter tube, with the water between them. Its driver is Figure 4-13, Steam Resonator Circuit: a 4011 gate oscillator sets the pulse rate (pot 6), a 4528 one-shot sets the delay and the width of each pulse (pots 4 and 5), and a pair of 3900 amplifiers wired as a toggle hand the pulse from Q to Q-bar, so one 2N2222 and TIP120 Darlington fires its voltage intensifier coil, then the other. The two coils are drawn back to back, each with a resonant charging choke and a diode, so one wave-guide goes B+ then off while the other goes off then B-. Stan's claim is that the water molecule, being electrically polar, is pushed and pulled until the agitation heats the water. The everyday cousin is your microwave, which flips its field about 2.45 billion times a second and lets polar water molecules heat themselves trying to keep up. Every page is free at stanslegacy.com. Part 2: the coils.
About the voices. The narrator is NeuralStan, an AI voice the archive uses for its made films. Where you hear Stan Meyer, it is Stan: every word of his is cut from an original recording, and nothing he says was synthesised.
Sources
- Stan Meyer at his garage · 1990 interview
- Stan Meyer · Memo WFC 423 DA, Water Fuel Injection System · Figure 13-1: Steam Resonator Ass'y
- Stan Meyer · Memo WFC 423 DA, Water Fuel Injection System · Figure 13-3: Excitor Tube Ass'y
- Stan Meyer · Memo WFC 423 DA, Water Fuel Injection System · Figure 4-13: Steam Resonator Circuit
- Stan Meyer, Memo WFC 423 DA, Water Fuel Injection System: Figure 13-1 Steam Resonator Ass'y, Figure 13-3 Excitor Tube Ass'y, Figure 4-13 Steam Resonator Circuit — stanslegacy.com
- Stan Meyer at his garage, 1990 interview, at 12:36 — stanslegacy.com
shorts stanmeyer electronics circuits waterfuelcell engineering 1000followers