A new batch of 24 Lakhovsky Multiwave Oscillators, Model MD-1G/UA, is being hand built right now at A & P Electronic Media in Spokane, Washington. Pre-orders are open: paid in full, first come, first served, and units ship in the order the orders came in, with shipping expected the second week of January 2027.
Get the current Price List and Order Documents
They are free through a no-charge checkout on the product page. The PDF downloads the moment you check out.
Built from the original machines, not the patent
The Lakhovsky Multiwave Oscillator has been copied many times. Most copies reproduce the look of the machine, the concentric rings, and skip the details of the surviving original instruments. That changed around 2012, when European engineers reverse-engineered surviving original MWOs and published a report on how they were built.
Our machine is built from that work. It is not built from a patent drawing or a photograph, and it is built and sold as a research instrument. It is one of only two electrically correct replications being made.
What electrically correct means
An authentic MWO is defined by three inherent imbalances: the coils have differing numbers of turns, they sit at unequal distances, and one phase is grounded. None of the three shows up in a photograph, and none of them is in the patent. A copy that starts from the patent or from the appearance gets them wrong, and the result is a different circuit wearing the same rings. The transmitting side, the receiving side, the grounding and the spark gap are one electrical system, and the relationships between them are the design.
Copper rings or Eric Dollard’s Golden Ratio antennas
Two antenna systems are available, and both run on the same pulse modulator:
- Copper ring antennas, bent to Lakhovsky’s BV2 specifications.
- Golden Ratio PCB antennas, designed by Eric Dollard.
The pulse modulator and its adjustable quadruple spark gap produce the high-voltage, broad-spectrum output the original design calls for. The MD-1G/UA is the seventh generation of the system since production began in 2017 and 2018.
Two ways to connect it
Default unbalanced Lakhovsky mode is the standard Lakhovsky configuration, with the cables running to the back of the pulse modulator.
Balanced Tesla-Dollard mode puts the oscillation transformer on top of the modulator as a balanced, centre-tapped primary, bypassing the primary on the transmitter coil. It is a different experimental arrangement, built on Tesla’s and Eric Dollard’s work.
The product page has all six hookup diagrams, three for each mode: from the front, from behind and at the back panel. See all six MWO hookup diagrams.
Where the MWO comes from
Georges Lakhovsky built on Nikola Tesla. Bob Beck popularized the MWO. George Van Tassel’s Integratron was inspired by it. Peter Lindemann and Eric Dollard studied it for years, and Paul Babcock built his own from the 2012 reverse-engineering report. If you want the deeper story, read Why you should read When Stars Look Down by George W. Van Tassel and watch Dollard’s Integratron background story.
How ordering works
- Go to the Lakhovsky Multiwave Oscillator product page.
- Click Get FREE Price List & Order Docs.
- Check out at no charge. The PDF downloads immediately, and the link is also in your order email.
- Read the price list and fill out the Order Documents completely.
- Return them and pay in full as the documents describe.
Orders are handled in the order they are received, and units ship in that order. Every MD-1G/UA carries a one-year repair-or-replace guarantee. Power outside the US, what is included and shipping are covered on the product page and in the Order Documents. For anything else, use the contact form and I will answer you myself.
Get the free MWO Price List and Order Documents
Aaron Murakami
A & P Electronic Media, Spokane, Washington
