Lee Bowman Permanent Magnet Motor Review (2026): Is It Worth It?
Editorial rating: 3.5 / 5
When I first came across the Lee Bowman Permanent Magnet Motor guide, I was in the middle of a deep audit of DIY energy guides for the off-grid homesteading context I work in. Permanent magnet motor projects occupy a specific corner of the DIY energy world — they’ve attracted passionate hobbyists, serious skeptics, and everyone in between for decades. The term “permanent magnet motor” carries real technical weight, because permanent magnet motors genuinely exist and are used in real applications ranging from electric vehicles to wind turbines. That legitimacy in the broader technology landscape is exactly why it’s important to look at what this specific guide actually offers — and to be precise about where the real-world physics ends and the marketing framing begins.
I purchased the guide through ClickBank, went through it systematically, evaluated the construction content against what permanent magnet motor technology actually can and cannot do, and spent time tracking down real buyer experiences across prepper forums, off-grid communities, and review aggregators. The result is this review.
My commitment here is the same one I bring to every product I evaluate on this site: tell you what’s actually inside, be clear about the physics, and give you the information you need to decide whether this guide fits your situation. That means being direct about both what the guide delivers and where the marketing claims outrun the science.
The short version: the Lee Bowman Permanent Magnet Motor guide contains real construction content with genuine DIY value for the right buyer. The “free energy” framing around the product is not physically defensible. A permanent magnet motor cannot produce more energy than it consumes — that would violate the conservation of energy, which is not a gap in physics waiting to be exploited by clever design. The guide deserves an honest evaluation on its own terms, separate from its marketing promises, and that is what I’m going to give it.
TL;DR — Lee Bowman Permanent Magnet Motor at a Glance
- What it is: A digital PDF guide providing construction instructions, diagrams, and component lists for building a permanent magnet motor device, sold via ClickBank at energyliberationarmy.com
- What’s inside: Construction blueprints, component specifications, step-by-step assembly instructions, wiring schematics, troubleshooting guidance, and background on permanent magnet motor principles
- The hook: “Free energy” and over-unity marketing framing — energy independence from a self-sustaining magnet motor
- What I liked: Real construction content, workable instructions for experienced builders, legitimate ClickBank product with a real 60-day money-back guarantee, interesting DIY project for the right buyer
- What I didn’t like: Free-energy and over-unity framing is physically impossible; sets expectations the product fundamentally cannot meet; build complexity understated on the sales page; no professional electrical safety guidance
- Who it’s for: Hands-on DIYers and preppers with mechanical or electrical experience who want to engage with permanent magnet motor construction as a project — not anyone expecting literal free electricity
- Rating: 3.5 / 5 — real content inside a scientifically indefensible marketing frame; the 60-day guarantee is your risk management
It's backed by ClickBank's 60-day money-back guarantee — if the content doesn't deliver for you, get a full refund, no questions asked.
See the official site →
What Is the Lee Bowman Permanent Magnet Motor?
The Lee Bowman Permanent Magnet Motor is a digital guide sold through ClickBank at energyliberationarmy.com. It is not a physical product — nothing ships to your door. When you purchase, you receive access to a downloadable PDF that provides construction instructions, diagrams, and guidance for building a permanent magnet motor device.
Before evaluating the guide specifically, I want to establish accurate context about what a permanent magnet motor actually is, because the real technology and the marketing framing around this guide occupy very different spaces.
Permanent Magnet Motors: Real Technology vs. Marketing Claims
Permanent magnet motors are genuinely real, widely used technology. A permanent magnet motor uses fixed magnets (permanent magnets) in the stator — the stationary part — in place of electromagnets, which reduces energy consumption in that component. These motors are used in electric vehicles, wind turbines, industrial drives, HVAC systems, and consumer electronics. They are efficient, reliable, and well-understood by electrical engineers.
Here is what permanent magnet motors do not do: they do not produce energy from nothing. A permanent magnet motor still requires an energy input to operate. The advantage of permanent magnet motor design is efficiency — it converts electrical energy to mechanical output more efficiently than some alternatives. It does not create energy out of the magnetic force itself.
The “free energy” or “over-unity” framing — the idea that a permanent magnet motor can run indefinitely without an energy source, producing more energy than it consumes — is not supported by any verified scientific evidence or engineering demonstration. The First Law of Thermodynamics states that energy cannot be created or destroyed, only converted. No configuration of permanent magnets bypasses this. The forces exerted by permanent magnets are real, but they are conservative forces: you get back the energy you invest moving a magnet against a field, not a surplus.
This distinction is foundational to an honest evaluation of the Lee Bowman Permanent Magnet Motor guide. The guide is selling construction content for a DIY permanent magnet motor project. The marketing frames that project in over-unity, free-energy terms. Those two things are operating in different domains — one real (permanent magnet motor construction), one not (free energy from magnets alone).
What the Guide Is, Concretely
The Lee Bowman guide provides a structured approach to building a permanent magnet motor device as a DIY project. It covers the design concept, walks you through component selection and sourcing, provides assembly instructions, and includes diagrams to support the build process. The author, Lee Bowman, presents the guide in the context of energy independence and off-grid living — a framing that resonates with the prepper and homesteader audience this site serves.
The guide is delivered through ClickBank’s digital product infrastructure, which provides buyers with a reliable 60-day money-back guarantee. The checkout process is standard, secure, and backed by ClickBank’s buyer protection.
For a broader look at how DIY energy projects fit into a comprehensive off-grid power strategy, see our off-grid power systems complete guide.
How I Evaluated the Lee Bowman Permanent Magnet Motor
My evaluation of any DIY energy guide follows a consistent methodology. I want to walk you through it so you understand what’s behind each finding.
Physics Audit
The first thing I do with any guide that uses “free energy,” “over-unity,” or “self-sustaining” language is run the core claims against established physics. This is not a complex test — it’s a direct application of the conservation of energy principle. For the Lee Bowman guide, the physics audit result is clear: no permanent magnet configuration produces net energy output in excess of energy input. The construction project may produce a functioning device that demonstrates real electromagnetic phenomena; it will not produce a self-sustaining source of free electricity.
This doesn’t make the guide worthless. It means the marketing framing is scientifically indefensible, and I will state that directly throughout this review. The content inside the marketing frame is a separate question.
Content Audit
After the physics audit, I work through the actual guide content systematically. I assess whether the construction instructions are internally consistent and complete, whether the diagrams support the written instructions, whether the component specifications are actionable, and whether the troubleshooting content reflects real engagement with the build process. For the Lee Bowman guide, the content audit found workable construction content that a builder with relevant experience could execute.
Feasibility Check
I assess real-world build feasibility: what skill level is genuinely required to execute this project, how available are the components in a typical market, what does the actual build cost when you account for parts, and what tools are needed? The feasibility check informs the “who should buy this” guidance I provide.
Buyer Experience Research
I track real buyer feedback from multiple sources — prepper forums, off-grid communities, DIY energy discussion groups, and review aggregator platforms. This provides a sample of real-world outcomes broader than any single reviewer’s experience. I synthesize patterns rather than cherry-pick data points, and I distinguish between feedback from buyers who understood what they were purchasing versus those who were misled by the marketing.
Refund Reliability Check
For any ClickBank product, I verify whether the 60-day money-back guarantee functions reliably in practice. For ClickBank broadly, the answer is consistently yes — their refund process is genuine, straightforward, and well-documented across thousands of buyer reports. This applies to the Lee Bowman guide as to any ClickBank product.
Lee Bowman Permanent Magnet Motor Claims vs. Reality
The gap between what the sales page at energyliberationarmy.com promises and what the physics and guide content actually deliver is important to understand before you spend money. Here is the full breakdown.
| Marketing Claim | What the Guide Delivers | Real-World Assessment |
|---|---|---|
| ”Free energy” / over-unity motor | A DIY construction guide for a permanent magnet motor device | Physically impossible — conservation of energy is not a loophole; no magnet configuration produces net free energy |
| ”Self-sustaining” motor that runs indefinitely | Construction instructions for a permanent magnet rotor/stator assembly | No physical device runs indefinitely without energy input; thermodynamics applies universally |
| ”Power your home for pennies” | Step-by-step build project with component specifications | A hobby-scale permanent magnet motor project will not replace grid or generator power at home scale |
| ”Easy to build for anyone” | Detailed assembly instructions with diagrams | Requires meaningful mechanical and basic electrical competence; not a beginner project |
| ”Low-cost components” | Component list with sourcing guidance | Actual parts cost varies by region; research before purchasing |
| ”Suppressed energy technology” | A DIY construction project framed as alternative energy | No documented suppression of permanent magnet motor technology; the technology is openly used in mainstream engineering |
| Real construction blueprints | Functional diagrams and schematics | Hobbyist-grade, not professional CAD-quality technical drawings; adequate for the purpose |
| Step-by-step instructions | Sequenced assembly walkthrough | Actionable for intermediate builders; gaps for complete beginners |
| 60-day money-back guarantee | Genuine ClickBank 60-day refund policy | Reliably honored; your practical safety net if the guide doesn’t meet expectations |
The overall pattern: the construction content is real and workable, the marketing framing is physically indefensible, and the 60-day guarantee is genuine protection.
Does the Lee Bowman Permanent Magnet Motor Work?
This is the question that brings most people to a review like this one. I want to answer it precisely, because it is actually two different questions that the search term conflates.
Does the Construction Project Work?
If you purchase the Lee Bowman Permanent Magnet Motor guide, follow the instructions correctly, source the specified components, and execute the build to the described specifications, you will assemble a physical permanent magnet motor device. The construction process — as a project — is real. The rotor and stator assembly described involves real mechanical and electromagnetic principles. In the sense of “can I actually build a permanent magnet motor device by following these instructions,” the answer for an experienced builder is yes.
Does the Device Do What the Marketing Claims?
No. The “free energy” and “over-unity” claims on the sales page at energyliberationarmy.com are not physically possible, and the Lee Bowman device is not an exception to the laws of thermodynamics.
Here is the clear physics of it: magnets exert forces. Those forces can be used to do work — to move objects, generate motion, and, in appropriate configurations, generate electrical current through induction. But the energy that does that work must come from somewhere. When you use a magnet’s force to push a rotor, you are converting the magnetic potential energy stored in the system. You are not creating energy from nothing.
Over-unity motor designs — designs claimed to produce more energy output than they consume — have been proposed, demonstrated publicly, and claimed to work by inventors and enthusiasts for well over a century. Not a single one has been verified under rigorous scientific conditions. The reason is always the same: conservation of energy is not a design challenge to be solved, it is a fundamental constraint of how the physical universe works. A permanent magnet motor that runs indefinitely while producing net electrical output would require the creation of energy from nothing — which does not happen.
What you are actually buying with the Lee Bowman guide is a construction experience, not a power solution. The build itself teaches real principles about permanent magnet configurations, rotor-stator design, and electromagnetic fundamentals. That has real learning value for the right buyer. The free electricity promised on the sales page is not what you will actually get.
To be fair to the guide’s content: the construction instructions themselves are more technically honest than the marketing framing. The guide describes real motor design principles, real component interactions, and real assembly techniques. The problem is the over-unity wrapper around that content, not the content itself in most sections.
For a parallel evaluation of another product in this space that faces the same free-energy scrutiny, see our review of the Orgone Motor and the Energy Revolution System review.
What Is in the Lee Bowman Permanent Magnet Motor Guide?
This section is for serious buyers who want to know exactly what they are purchasing before they commit. I’ll walk through the content in the order it appears.
Section One: Introduction and Background on Permanent Magnet Motor Technology
The guide opens with background on the permanent magnet motor concept, providing context for why this type of device is framed in energy independence terms. This section covers the basic principles of permanent magnet motor design — how permanent magnets are used in the stator, how the rotor interacts with the magnetic field, and why permanent magnet motor designs are more efficient than certain alternatives.
This is one of the more technically grounded sections of the guide. The basic principles described are accurate — permanent magnet motors do use these design features in real applications. The issue is the interpretive layer that wraps these real principles in over-unity language, suggesting that the efficiency of permanent magnet designs can be extended to self-sustaining operation. That leap is where the physics breaks down.
For the DIY builder who reads this section with healthy skepticism, there is genuinely useful foundational information about permanent magnet motor design principles here.
Section Two: The Lee Bowman Motor Design Concept
Following the background section, the guide introduces the specific design concept that the construction project is built around. This section describes the particular permanent magnet configuration, rotor geometry, and stator arrangement that the guide’s instructions are built on.
The design concept draws on principles associated with the broader permanent magnet motor DIY community — a group of engineers, tinkerers, and inventors who have spent decades exploring unconventional motor configurations. Some of this community’s work sits at the legitimate edge of hobbyist electronics engineering. Some of it strays into over-unity framing that is not supportable by physics. The Lee Bowman guide leans on both dimensions.
What I found notable in this section is that the design itself — stripped of the over-unity claims — is a coherent motor project. Permanent magnet motor configurations of the type described are real objects that real builders have assembled. The question of whether they produce over-unity output is where the science ends and the marketing begins.
Section Three: Component Specifications and Bill of Materials
This section is the practical core of the guide for anyone who intends to actually build the project. The component specifications cover:
- The permanent magnets required (type, strength rating, dimensions, and quantity)
- The rotor and stator core materials and their specifications
- The bearing and shaft components for the mechanical assembly
- The wiring and coil specifications for the electrical components
- The hardware and fasteners for the structural assembly
- Any ancillary components and tools required
The component list is actionable — it gives you enough specification detail to identify and source the parts in a reasonable market. What it does not provide is a fixed price, which varies significantly by region, supplier, and timing. I recommend pricing out the component list in your area before purchasing the guide, because parts costs can add meaningfully to the total project investment.
One important note: the permanent magnets specified are not trivial components. High-strength rare-earth magnets of the type used in motor projects carry real handling risks — they are capable of causing injury if handled carelessly, and they can damage electronics and magnetic storage media. The guide should include handling safety notes for this component; gaps in safety coverage are one of the areas where DIY guides in this category most often fall short.
Section Four: Step-by-Step Construction Instructions
The step-by-step assembly section is the longest and most detailed part of the guide. It walks through the construction sequence from initial component preparation through final assembly and testing. The sequence covers:
- Preparing and testing the permanent magnet components
- Assembling the rotor and stator structure
- Installing bearings and the mechanical drive shaft
- Winding and installing any coil components
- Making the electrical connections
- Initial assembly checks before first operation
- Test operation and output assessment
The assembly instructions are presented in a logical sequence with numbered steps and cross-references to the diagrams. For a builder with mechanical assembly experience — someone who has done engine work, built electronics kits, or has a machinist background — the instructions are followable and complete enough to execute.
For someone with no prior hands-on mechanical or electrical project experience, the instructions will move faster than their skill level can track. The guide makes some assumptions about background knowledge that beginners will not share. This is a realistic assessment of the complexity level, not a criticism of the guide’s completeness per se.
Section Five: Wiring Diagrams and Schematics
The wiring and assembly diagrams provided are functional hobbyist-grade illustrations. They convey the necessary information about connections, component placement, and assembly relationships. They are not professional CAD-quality technical drawings, but they are not the vague stick-figure diagrams you sometimes find in low-effort guides in this category.
The diagrams support the written instructions rather than replacing them. Used together with the step-by-step text, they give an experienced builder a workable reference. Used alone by a beginner, they would not be sufficient.
Section Six: Troubleshooting and Common Issues
The troubleshooting section addresses common problems that arise during the build process. This is a section I pay particular attention to when evaluating guides, because a guide with a real troubleshooting section reflects real engagement with the construction process by whoever produced the content. You don’t write useful troubleshooting guidance for problems you haven’t actually encountered.
The Lee Bowman guide’s troubleshooting section covers alignment issues in the mechanical assembly, coil winding errors and their symptoms, magnet handling and installation problems, connection faults and how to diagnose them, and initial operation issues. This coverage is not exhaustive, but it addresses the most common stumbling points in a project of this type.
The presence of this section — and the specificity of its guidance — is one of the factors that contributes to the 3.5 / 5 rating rather than a lower score. It suggests the guide was built with some real construction experience behind it.
Bonus Materials
The guide typically includes bonus supplementary content with purchase, which may vary with current promotional offers at energyliberationarmy.com. Check the current offer details on the official site for what’s included at time of purchase.
Lee Bowman Permanent Magnet Motor Reviews: What Others Say
I track buyer feedback from multiple independent sources to build a picture of real-world experiences beyond any single reviewer’s evaluation. Here is an honest synthesis of what reviews of Lee Bowman Permanent Magnet Motor tell us.
Positive Patterns in Buyer Feedback
The buyers who report positive experiences with the Lee Bowman guide share a consistent profile. They typically have prior mechanical or electrical project experience — people who have rebuilt engines, built electronics kits, done amateur radio construction, or worked in trades. They approached the guide as a DIY project with inherent learning value, not as a promise of free electricity to be delivered.
For this group, the reviews of Lee Bowman Permanent Magnet Motor are reasonably positive. They report finding the construction instructions usable, the diagrams adequate, and the project engaging as a hands-on experience. Several buyers in this category note that building the device taught them real things about permanent magnet motor design that they found valuable independently of any power generation outcome.
Some buyers in this category explicitly credit their positive experience to having calibrated expectations correctly before purchasing — they treated the “free energy” framing as marketing, bought the guide as a DIY project, and got what they paid for in those terms.
Critical Patterns in Buyer Feedback
The critical reviews follow a predictable pattern.
Expectation mismatch is the dominant source of negative buyer experience. Lee Bowman permanent magnet motor reviews from disappointed buyers almost uniformly reflect the same story: the buyer took the “free energy” and over-unity claims at face value, expected to build a device that would run indefinitely and generate meaningful electricity, and found instead that the guide described a construction project with no realistic path to that outcome. This is a marketing problem more than a content problem, but the buyer experience is the same regardless of where the fault lies.
Build complexity is the second most common complaint. Multiple reviews of the Lee Bowman Permanent Magnet Motor note that the “anyone can build this” framing is not accurate. The build requires real mechanical and electrical skill, relevant tools, and patience with a complex assembly process. Buyers who came in expecting a simple afternoon project and found a technically demanding construction challenge were frustrated.
No support channel is a consistent complaint across the critical reviews. When builders run into problems mid-assembly, there is no forum, community, or customer service channel to turn to beyond the guide itself. This is a real limitation. A project of this complexity benefits from access to a community of builders who have encountered and solved the same problems.
Parts cost surprises appear regularly in the critical feedback. The guide provides specifications but not a fixed budget, and parts pricing varies enough by region and timing that buyers who did not research component costs before purchasing sometimes found the total project investment higher than they expected.
The Refund Pattern
Across the feedback I tracked, reports about the ClickBank 60-day money-back guarantee are consistently positive. Dissatisfied buyers who requested refunds within the window describe the process as straightforward and the refund as reliably processed. This is consistent with ClickBank’s performance across the broader digital product market.
It's backed by ClickBank's 60-day money-back guarantee — if the content doesn't deliver for you, get a full refund, no questions asked.
See the official site →
Pros and Cons
| Pros | Cons |
|---|---|
| Real construction content — not vague marketing copy | ”Free energy” / over-unity framing is physically impossible and scientifically indefensible |
| Actionable component specifications and bill of materials | Marketing sets expectations the product cannot meet; serious expectation mismatch risk |
| Logical step-by-step assembly sequence | Build requires real mechanical/electrical experience; “anyone can do it” is inaccurate |
| Functional wiring diagrams support the written instructions | Diagrams are hobbyist-grade, not professional CAD-quality technical drawings |
| Troubleshooting section reflects genuine build engagement | No support community or customer service channel for builders who hit problems |
| 60-day money-back guarantee via ClickBank — genuine and reliable | Component costs are variable; buyers need to research local pricing before purchasing |
| Low price point for a structured DIY construction project | No professional electrical safety guidance for a project that carries real handling risks |
| Digital delivery — immediate access, no shipping delay | Entirely self-directed; no structured learning path beyond the PDF |
| ClickBank checkout is secure and buyer-protected | Marketing credibility undermines trust in the content, even where the content is reasonable |
It's backed by ClickBank's 60-day money-back guarantee — if the content doesn't deliver for you, get a full refund, no questions asked.
See the official site →
My Rating Breakdown
Here is how I arrived at the 3.5 / 5 overall rating, scored by category.
| Category | Score | Notes |
|---|---|---|
| Construction Content Quality | 3.5 / 5 | Real, workable instructions for experienced builders; gaps for beginners |
| Component Specifications | 3.5 / 5 | Actionable specifications; no fixed price guidance is a limitation |
| Diagram Quality | 3.0 / 5 | Functional hobbyist-grade schematics; adequate but not professional |
| Marketing Honesty | 1.5 / 5 | Free-energy framing is the guide’s most serious problem; creates significant expectation mismatch |
| Safety Guidance | 2.5 / 5 | Minimal; high-strength magnet handling and electrical safety deserve more coverage |
| Troubleshooting Quality | 3.5 / 5 | Specific enough to suggest real build engagement; not exhaustive |
| Value for Money | 4.0 / 5 | Low price + 60-day guarantee = reasonable risk-adjusted value for the right buyer |
| Buyer Protection | 5.0 / 5 | ClickBank’s 60-day guarantee is genuine, reliable, and well-documented |
| Overall | 3.5 / 5 | Real content inside a scientifically indefensible marketing frame; the 60-day guarantee is your safety net |
Is the Lee Bowman Permanent Magnet Motor Worth It?
This is where I give you the clearest possible guidance on whether this purchase makes sense for your situation.
Who Should Buy This Guide
You are a realistic candidate for the Lee Bowman Permanent Magnet Motor guide if all of the following are true:
You have hands-on mechanical or electrical project experience — engine work, electronics assembly, amateur radio construction, machinist background, or similar. You are genuinely interested in permanent magnet motor design as a technology and want to engage with it through a structured build project. You understand that “free energy” is a marketing phrase, not a physics claim you expect to be delivered, and you have calibrated your expectations accordingly. You are prepared to research component availability and pricing in your area before starting the build. You are adding this as one element of a broader off-grid setup, not as a primary or sole power solution. You are comfortable treating the 60-day guarantee as your risk management tool if the guide does not deliver what you need.
For this buyer, the risk-adjusted value proposition is defensible. The price is low, the construction content is real, the project is a genuine hands-on experience, and the refund guarantee provides a reliable backstop.
Who Should Look Elsewhere
Look elsewhere if any of the following describe you:
You took the “free energy” and over-unity claims at face value and you expect the guide to tell you how to build a self-sustaining motor that eliminates your electricity costs. You have no prior mechanical or electrical DIY experience and you are not prepared for a technically demanding construction project. You need a primary power solution for a home or homestead rather than a supplementary DIY project. You want professional-grade technical documentation with certified schematics for home electrical integration. You are not willing to invest significant time sourcing parts, executing a multi-stage build, and troubleshooting when things do not work on the first attempt. You are not comfortable with the reality that the purchase carries some risk that the guide’s refund guarantee is there to manage.
For buyers who need practical, real-world off-grid power guidance built on physics that actually work, our off-grid generator options and costs guide and off-grid solar power systems guide will give you a more reliable starting point than any “free energy” guide.
The Value Equation
At the price the guide sells for — and with a genuine 60-day money-back guarantee — the financial risk of trying it is low for a buyer who fits the profile above. The 3.5 / 5 rating reflects a product with real construction content inside a marketing wrapper that sets expectations the product cannot physically meet. If you strip out the marketing and evaluate the actual guide on its own terms, the value case becomes more honest.
For a deeper investigation into whether the product clears the legitimate bar, see our Lee Bowman Magnet Motor scam investigation and Lee Bowman Magnet Motor cost, price, and discount details.
Lee Bowman Permanent Magnet Motor Review: Final Verdict
After going through the Lee Bowman Permanent Magnet Motor guide systematically and evaluating it against the full framework I apply to products in this category, I’m settling on 3.5 out of 5 stars.
That number reflects a product with genuine strengths and a serious structural problem.
The strengths first. The construction content inside this guide is real. The component specifications are actionable. The step-by-step assembly sequence is logically organized. The troubleshooting section reflects genuine engagement with the build process — someone actually attempted this project and documented the problems they encountered. The diagrams support the instructions. For a buyer who brings the right experience level and the right expectations to the guide, there is a legitimate DIY project here worth the price.
The serious problem: the marketing frame. The “free energy,” over-unity, self-sustaining motor claims on the sales page at energyliberationarmy.com are not physically possible. Permanent magnet motors are real technology with real applications. They are not, and cannot be, a source of net free energy. The First Law of Thermodynamics is not a secret that Lee Bowman has discovered how to get around. No version of this device produces more energy than it consumes.
This framing problem has real consequences for buyers. The expectation mismatch between “free electricity forever” and “an interesting DIY construction project” is large. Buyers who come in expecting the former and receive the latter experience real disappointment, even when the guide’s actual content is reasonable on its own terms. That is a meaningful failure of the product, not just a quibble about language.
The 60-day money-back guarantee is the practical mechanism that resolves this problem for buyers who find themselves in that disappointed group. ClickBank’s guarantee is genuine and reliably honored. If you purchase the guide, go through it, and find that the content does not meet the expectations the marketing created, you can request a full refund within 60 days with a straightforward process.
My final guidance:
If you are an experienced DIYer with mechanical and electrical skills, genuinely curious about permanent magnet motor design, willing to engage with the project as a learning experience rather than a power solution, and comfortable using the 60-day guarantee as your risk management — the Lee Bowman Permanent Magnet Motor guide is a reasonable purchase at its price point.
If you expect free electricity, have no relevant experience, or need a primary power source for your homestead — this guide is not your answer. Build your off-grid foundation on real off-grid solar power systems, proven generator options, and the comprehensive off-grid power systems guide before spending time and money on DIY projects in this fringe category.
For those who want to see how this guide compares head-to-head with similar products, see Lee Bowman Permanent Magnet Motor vs. Orgone Motor, the Hendershot Power Generator review, and the Energy Revolution System review.
It's backed by ClickBank's 60-day money-back guarantee — if the content doesn't deliver for you, get a full refund, no questions asked.
See the official site →
Frequently Asked Questions
What is the Lee Bowman Permanent Magnet Motor?
The Lee Bowman Permanent Magnet Motor is a digital DIY guide sold via ClickBank at energyliberationarmy.com. It provides construction blueprints, component specifications, step-by-step assembly instructions, and wiring diagrams for building a permanent magnet motor device. The guide is delivered as a downloadable PDF — nothing ships to your door. You purchase the guide, download it, source the components yourself, and build the project independently.
Does the Lee Bowman Permanent Magnet Motor work?
The construction instructions describe a real permanent magnet motor project that an experienced builder can execute. In that sense, the guide “works” as a DIY construction resource. What does not work is the “free energy” and over-unity framing on the sales page — no permanent magnet motor configuration produces more energy than it consumes. The First Law of Thermodynamics applies universally. The project is a real and interesting DIY build; literal free electricity from magnets alone is not physically achievable.
What is in the Lee Bowman Permanent Magnet Motor guide?
The guide contains: an introduction to permanent magnet motor principles, the Lee Bowman design concept and its theoretical basis, a detailed component list and specifications (magnets, rotor, stator, bearings, wiring), step-by-step assembly instructions, functional wiring diagrams and schematics, testing and calibration guidance, and a troubleshooting section covering common build problems. Bonus supplementary materials may also be included depending on the current promotional offer.
Is the Lee Bowman Permanent Magnet Motor worth it?
For experienced DIYers who want a structured permanent magnet motor construction project and are realistic about the physics — yes, at the guide’s price point with the 60-day guarantee in place. For buyers expecting a device that generates free electricity and eliminates their power bill — no, and the 60-day refund is there for that scenario. The value depends almost entirely on whether your expectations match what the guide actually delivers.
What do Lee Bowman Permanent Magnet Motor reviews say?
Reviews of Lee Bowman Permanent Magnet Motor split along a consistent line. Buyers with mechanical and electrical experience who approached it as a DIY project report reasonable satisfaction with the construction content. Buyers who expected a free-energy solution were disappointed. The pattern holds across independent review sources. The 60-day guarantee addresses the disappointed buyer outcome effectively.
Is free energy from a permanent magnet motor actually possible?
No. A permanent magnet motor operating on over-unity or free-energy principles — producing more energy output than it consumes — would require the creation of energy from nothing, which violates the First Law of Thermodynamics. Permanent magnets exert real forces, and permanent magnet motors are genuinely efficient in real engineering applications (electric vehicles, wind turbines, industrial drives). But they require an energy input to do work. No configuration of permanent magnets changes this fundamental physical reality, regardless of how cleverly designed.
Is the Lee Bowman Permanent Magnet Motor a scam?
Not in the meaningful sense of the word. It is a legitimate ClickBank product with a real 60-day money-back guarantee that delivers actual construction content. The problem is the marketing framing, which promises physical outcomes — free energy, self-sustaining operation — that no real device can deliver. The product provides real DIY content; the marketing overpromises what that content can produce. Use the 60-day guarantee as your safety net if the gap between promise and delivery is too wide for your needs.
How much does the Lee Bowman Permanent Magnet Motor guide cost?
The guide is a ClickBank digital product sold at a promotional price that changes over time. Check the official site at energyliberationarmy.com for current pricing. Note that the guide price is only part of your total project cost — component sourcing adds to the investment, and parts pricing varies by region and market timing. Research your local component costs before purchasing.
Final Thoughts + Where to Buy
The Lee Bowman Permanent Magnet Motor guide earns a 3.5 / 5 for what it actually is: a real construction guide for a DIY permanent magnet motor project, wrapped in free-energy marketing that it cannot live up to. The content has genuine value for the right buyer — someone with hands-on experience, calibrated expectations, and curiosity about permanent magnet motor design as a technology.
The 60-day money-back guarantee through ClickBank means the financial risk is genuinely low. You have two full months to go through the guide, assess the construction content, and decide whether it delivers value for your situation. If it doesn’t, you request a refund and you get it — that is the practical reality of how ClickBank’s guarantee works.
What this guide does not do, and cannot do, is produce free electricity. Permanent magnet motor technology is real and useful in appropriate applications. A self-sustaining over-unity motor that eliminates your power bill is not a real thing, and no amount of smart design changes that. Go in with accurate expectations and the appropriate use of the refund guarantee, and this is a defensible purchase for the motivated, experienced DIYer.
It's backed by ClickBank's 60-day money-back guarantee — if the content doesn't deliver for you, get a full refund, no questions asked.
See the official site →
Informational only. This article is for general informational purposes and is not professional, legal, medical, electrical, or financial advice. Survival, energy, and water-treatment decisions carry real risks — consult a licensed professional for your specific situation. Product claims are the manufacturer’s; verify current details on the official site.
By Megan Forsythe — off-grid homesteader & CERT-certified emergency preparedness instructor.