When I started comparing these two guides head-to-head, I expected a closer race. I’ve been reconditioning batteries on our off-grid homestead for years — lead-acids from the solar bank, AGMs from the backup inverter, the 12-volt system on the truck we use for hauls — and I’ve used a lot of reference material along the way. Both the EZ Battery Reconditioning Course and Easy Battery Fix address genuine problems that preppers face. But after spending time with both, the gap in depth, coverage, and long-term utility is wider than I anticipated.
The short verdict: EZ Battery Reconditioning Course is the stronger guide for most preppers, and it’s not particularly close. If you’re managing a real preparedness battery inventory — vehicles, solar banks, power tools, marine units — you need the breadth and structure that the Course delivers. Easy Battery Fix is a competent quick-start guide that works well for a narrow use case, but it’s playing in a different league when you put them side by side.
Here’s my full breakdown of where each guide stands, what distinguishes them, and exactly which situations call for which.
TL;DR
| EZ Battery Reconditioning Course | Easy Battery Fix | |
|---|---|---|
| Best for | Preppers with diverse battery inventory | Beginners wanting a fast start on common batteries |
| Battery types covered | 21+ types across all major chemistries | Focused on common types (car, lead-acid, standard) |
| Format | Module-based course with video content | Compact PDF guide |
| Learning curve | Structured, progressive | Quick-reference style |
| Hybrid coverage | Dedicated modules | Limited |
| Guarantee | 60-day ClickBank | 60-day ClickBank |
| Verdict | Primary recommendation | Good secondary reference |
Bottom line: If you’re serious about battery reconditioning as a preparedness skill — not just a one-time fix — the EZ Battery Reconditioning Course is the investment that pays forward across every battery system you own or will own. Get the EZ Battery Reconditioning Course here.
At-a-Glance Comparison
Before I get into the detail, here’s the full side-by-side picture:
| Dimension | EZ Battery Reconditioning Course | Easy Battery Fix |
|---|---|---|
| Created by | Tom Ericson (ezbatteryreconditioning.com) | easybatteryfixed.com |
| Core format | Multi-module course + video walkthroughs | PDF guide |
| Coverage breadth | Car, truck, marine, golf cart, deep-cycle, AGM, gel, lithium-ion, NiCd, NiMH, hybrid packs, fork-lift, motorcycle, ATV, and more | Car, standard lead-acid, common household types |
| Depth per battery type | Full step-by-step modules with testing protocols | Methodology overview for primary types |
| Learning structure | Progressive modules — foundational to advanced | Direct-access quick-start format |
| Video content | Yes — demonstrates key procedures visually | Not the primary format |
| Desulfation coverage | Extensive — multiple techniques by battery chemistry | Covered at methodology level |
| Safety content | Dedicated safety protocols per battery type | General safety notes |
| Hybrid/EV applicability | Yes — Toyota Prius, Honda Insight NiMH packs covered | Limited |
| Off-grid solar focus | Deep-cycle and AGM reconditioning modules | Basic lead-acid approach applies |
| Refund policy | 60-day ClickBank | 60-day ClickBank |
| Author background | Tom Ericson — battery reconditioning practitioner | Not prominently featured |
Why This Comparison Matters for Preppers
Before I dig into each guide individually, I want to explain why I’m framing this from a preparedness angle rather than a mainstream consumer one. Because the stakes are genuinely different.
Most people who search for battery reconditioning guides are trying to save money on a dead car battery. That’s legitimate. But for preppers and off-grid homesteaders, the battery question is bigger and more complex:
You’re managing a battery ecosystem, not a single battery. My setup includes deep-cycle flooded lead-acids for the solar bank, two sealed AGM units as emergency backup, a 12-volt lithium in the portable power station, NiCd packs in my cordless power tools, and two vehicle batteries. Each chemistry has different reconditioning requirements, different failure modes, and different testing protocols. A guide that only covers “standard batteries” leaves most of my inventory unaddressed.
Battery failure during a grid-down scenario is not a minor inconvenience. If my solar bank batteries fail when we’re in week three of a power outage, I’ve lost refrigeration, communications, and lighting simultaneously. The ability to recondition those batteries rather than replace them — which may be impossible during a supply chain disruption — is a genuine survival skill.
You can’t always buy replacements. This is the prepper reality. Battery reconditioning isn’t about being frugal (though it is cost-effective — even under normal conditions). It’s about extending your operational timeline when replacement is not an option.
That framing shapes everything I’m about to tell you.
EZ Battery Reconditioning Course: The Deep Dive
What It Is
The EZ Battery Reconditioning Course, developed by Tom Ericson at ezbatteryreconditioning.com, is the closest thing the battery reconditioning space has to a definitive reference. It’s structured as a multi-module course covering 21+ distinct battery types — which means it covers chemistries and applications that most people won’t need immediately, but will encounter eventually if they manage a real preparedness battery inventory.
I’ve reviewed this course in detail in my full EZ Battery Reconditioning Course review, and the core observation there still stands: the Course’s strength is its systematic coverage. It doesn’t just tell you “reconditioning works” — it gives you the specific procedures, chemical ratios, testing benchmarks, and safety protocols for each battery chemistry.
Coverage That Matters for Preparedness
Here’s where the Course genuinely distinguishes itself. Let me walk through the battery types that matter most for a preparedness setup and what the Course delivers on each:
Deep-cycle flooded lead-acid (solar banks): This is the backbone battery for most off-grid setups. The Course covers desulfation — the lead sulfate crystal buildup that kills these batteries over time — with multiple techniques. It addresses the electrolyte treatment process, specific-gravity testing protocols, and the equalization charging steps that manufacturers recommend but most people skip. This is practical, hands-on guidance.
AGM (sealed absorbed glass mat): AGMs are common in backup power systems, UPS units, and newer vehicles. They can’t be serviced the same way flooded batteries can — you can’t add water or inspect electrolyte levels. The Course addresses AGM-specific reconditioning procedures, which differ meaningfully from flooded-cell approaches. This is information that’s hard to find in compact guides.
Lithium-ion: Increasingly common in portable power stations, modern power tools, and communications gear. Lithium-ion reconditioning is different from lead-acid chemistry — the Course covers it. Given that lithium-ion power stations are now staple preparedness gear, this matters.
NiCd (nickel-cadmium): Cordless power tools, older backup equipment, some radios. The Course covers the “memory effect” problem specific to NiCd chemistry — a phenomenon that causes batteries to lose capacity if repeatedly recharged before fully discharging — and how to address it.
Hybrid vehicle NiMH packs: This is where the Course genuinely earns its position in the prepper context. A Toyota Prius or Honda Insight battery pack is a substantial investment — $1,500 to $4,000 for dealer replacement. The Course dedicates specific module content to these packs. For preppers who rely on hybrid vehicles for their fuel efficiency during disruptions, this coverage is practically unique in this price range. I cover the hybrid angle in more depth in my hybrid battery reconditioning guide.
Golf cart batteries: Used in some homestead setups for quiet transport and cargo movement. The Course covers these specifically.
Format and Learning Structure
The Course is organized progressively. You start with foundational concepts — how batteries work, why they fail, what reconditioning achieves and what it can’t — before moving into chemistry-specific modules. This structure means you’re not jumping into a procedure without understanding what you’re doing and why.
The video content is a meaningful differentiator. Seeing the procedure — how to mix an electrolyte treatment, how to connect a desulfation pulse charger, how to read a hydrometer correctly — is genuinely different from reading a description of it. Battery reconditioning involves enough precision that visual demonstration reduces the chance of costly errors.
The safety content is also more thorough. Battery work involves handling sulfuric acid, working with potentially hydrogen-venting cells, and managing high-current connections. The Course addresses this at the chemistry level — the safety precautions for a lithium-ion battery pack are meaningfully different from those for a flooded lead-acid, and the Course reflects that.
Credibility and Track Record
Tom Ericson’s course is the established name in this space. It has a documented track record at ezbatteryreconditioning.com, reader testimonials, and a presence that allows you to evaluate the legitimacy of the claims before purchasing. I’ve addressed the legitimacy question directly in my EZ Battery Reconditioning Course scam-or-legit analysis — the short answer is that the techniques are real, the chemistry is sound, and the 60-day guarantee means the financial risk is essentially zero.
Where It Falls Short
Honesty requires noting the limitations. The Course is comprehensive, which means it takes time. If you need to know how to recondition a single dead car battery this weekend, the Course’s systematic approach may feel like more than you bargained for. It’s designed for skill-building, not emergency reference.
The module depth also means the learning curve is steeper. That’s a tradeoff worth making — you come out the other side with genuinely transferable skills — but it’s a real difference compared to Easy Battery Fix’s quicker access format.
Easy Battery Fix: The Deep Dive
What It Is
Easy Battery Fix, available at easybatteryfixed.com, takes a different design philosophy. It’s a more compact PDF guide aimed at giving readers a fast-start methodology for reconditioning common battery types. The quick-access format is intentional — it’s designed for people who want to get into reconditioning without a structured learning commitment.
I’ve reviewed this guide separately in my Easy Battery Fix review, and the key observation there is that the guide is genuinely useful for what it targets. If your battery problem is a standard car battery or a common lead-acid type, Easy Battery Fix provides a clear path to addressing it without requiring you to work through 21 modules first.
Where Easy Battery Fix Performs Well
Common car batteries: For the most frequently encountered battery reconditioning scenario — a standard 12-volt lead-acid car battery that’s lost capacity — Easy Battery Fix’s focused approach works. The methodology it provides for this case is sound.
Beginners: If someone is completely new to battery reconditioning and wants to understand the basics before committing to a comprehensive course, Easy Battery Fix provides that foundation. The compact format makes it approachable.
Single-use cases: If you have one dead battery, you know the type, and you want to fix it — not build a long-term skill set — Easy Battery Fix’s quick-reference style serves that purpose.
Budget-conscious entry point: Easy Battery Fix is a lower-friction entry into the reconditioning space. The 60-day guarantee (same ClickBank terms as the Course) means you can verify the approach works for your situation before committing to anything more.
You can read the full evaluation in my Easy Battery Fix review, including whether the claims hold up under scrutiny in my Easy Battery Fix scam-or-legit breakdown.
Where Easy Battery Fix Falls Short for Preppers
Here’s where I have to be direct. For a preparedness audience, Easy Battery Fix’s limitations are significant:
Narrow battery type coverage. If you have deep-cycle AGMs in your solar bank, a lithium-ion portable power station, NiCd tool packs, and a hybrid vehicle — and most serious preppers end up with this combination over time — Easy Battery Fix doesn’t address most of your inventory. You’d be applying car-battery methodology to chemistries it wasn’t designed for, which ranges from ineffective to potentially damaging.
No hybrid coverage. For preppers who rely on fuel-efficient vehicles for grid-down mobility, this is a material gap. Hybrid battery packs are a specialized reconditioning challenge and Easy Battery Fix doesn’t go there.
Limited depth on testing protocols. Knowing how to recondition a battery is only part of the skill. Knowing how to accurately test remaining capacity, identify which batteries are worth reconditioning versus which have failed past recovery, and benchmark the results requires more technical depth than Easy Battery Fix provides.
Format constraints. A compact PDF is good for quick access, but it’s less suited to the kind of deep technical content that different battery chemistries require. Some things genuinely need more space to explain correctly.
Head-to-Head: Where the Course Wins
I want to be specific about the dimensions where EZ Battery Reconditioning Course outpaces Easy Battery Fix. This isn’t about brand preference — it’s about what each guide actually delivers.
Breadth of Battery Coverage
The Course covers 21+ battery types. Easy Battery Fix covers a subset. For a preparedness inventory that includes multiple battery chemistries across vehicles, solar systems, power tools, and backup power, the Course’s breadth translates directly to actionable guidance where Easy Battery Fix has gaps. This is the single most important differentiator.
Depth of Procedure
Battery reconditioning involves chemistry that varies by type. The desulfation technique that works on a flooded lead-acid battery is not the same as what you’d apply to an AGM, and neither applies to a lithium-ion cell. The Course goes deep enough on each chemistry to give you the specific parameters — electrolyte concentrations, charging rates, conditioning cycles, testing benchmarks. Easy Battery Fix works at a higher level of abstraction.
Video Demonstration
Battery reconditioning is a hands-on skill. The Course’s video walkthroughs show you what the procedure looks like in practice — how to connect equipment, what to watch for, how to interpret test results. This visual component meaningfully reduces the error rate for new practitioners. It’s harder to misunderstand a demonstration than a text description.
Safety Depth
Working with different battery chemistries requires chemistry-specific safety knowledge. Flooded lead-acid batteries vent hydrogen during certain charge conditions — a fire risk if you’re working in an enclosed space. Lithium cells have different failure modes. The Course addresses safety at the per-chemistry level. For preparedness scenarios where you might be reconditioning batteries in non-ideal conditions, this matters.
Progressive Skill Architecture
The Course is designed so that your knowledge builds systematically. You’re not just getting a collection of procedures — you’re developing an understanding of how batteries work, why they fail, and how to diagnose problems correctly before you start trying to fix them. That conceptual foundation makes you better at reconditioning even the battery types the Course doesn’t explicitly cover.
Track Record and Creator Transparency
Tom Ericson’s course has a documented presence, a named creator, reader testimonials, and public legitimacy assessment available. This isn’t a minor point — for a digital guide in the ClickBank space, being able to verify credibility before purchasing matters.
When to Choose EZ Battery Reconditioning Course
Choose the EZ Battery Reconditioning Course if any of these describes you:
You manage multiple battery chemistries. If your preparedness setup includes more than one type of battery — and most serious setups do — the Course is the only option that addresses your full inventory.
You have deep-cycle batteries in a solar bank. This is the highest-stakes battery reconditioning scenario for off-grid preppers. The Course’s coverage of flooded lead-acid and AGM deep-cycle batteries is thorough and practical.
You own or rely on a hybrid vehicle. Hybrid battery packs are expensive, and reconditioning them requires specific knowledge that the Course provides. Easy Battery Fix doesn’t go here.
You want to build a transferable skill. The Course’s progressive structure means you’re developing genuine expertise, not just following a procedure for a single situation. In a preparedness context, that expertise may be something you share with your household or community.
You’re investing in long-term battery self-sufficiency. If the goal is to stop buying replacement batteries and start maintaining the ones you have across their full lifespan, the Course’s depth is what makes that goal achievable.
You want the comprehensive reference standard. When I think about which guide I’d want if replacement batteries became unavailable during a sustained grid-down event, the Course is the one that gives me procedures for whatever chemistry I’m working with.
Get the EZ Battery Reconditioning Course here.
You can also read my full EZ Battery Reconditioning Course review and my complete battery reconditioning guide for additional context before deciding.
When Easy Battery Fix Makes Sense
In fairness, there are situations where Easy Battery Fix is a reasonable choice:
You need a fast start with minimal learning investment. If you have a dead car battery, you want to try reconditioning it this weekend, and you don’t have time for a structured course — Easy Battery Fix’s quick-reference format serves that use case.
You’re dealing exclusively with common battery types. If your only reconditioning need is standard 12-volt car batteries, Easy Battery Fix addresses that case directly.
You’re completely new and want a low-commitment introduction. Starting with Easy Battery Fix to understand whether battery reconditioning is something you want to invest more time into is a legitimate approach. The 60-day guarantee means you’re not locked in.
You want both guides. Easy Battery Fix can serve as a quick-reference supplement to the Course’s more comprehensive structure. The techniques are compatible. For preppers who want both a rapid-access field guide and a deep-reference course, owning both is a valid approach.
The Prepper Calculation: What Off-Grid Life Teaches You About Batteries
I want to spend a moment on something that doesn’t get enough attention in most battery reconditioning comparisons: the compounding value of the skill versus the one-time value of a procedure.
When I first started working with batteries on our homestead, I was treating it as a maintenance task — something you do to a specific battery when it fails. Over time, I realized the skill compounds. Once you understand what sulfation is and how to address it, you start catching batteries earlier in the failure cycle, extending their lifespan significantly before any reconditioning is even needed. Once you know how to test specific gravity and interpret the results, you can prioritize which batteries in your bank are approaching the end of serviceable life and plan accordingly.
That compound value is why the depth of the EZ Battery Reconditioning Course matters more than it might seem on paper. Easy Battery Fix gives you a fix for today’s problem. The Course gives you a framework that makes you better at managing batteries across all the problems you’ll face in the next decade.
There’s also the DIY car battery reconditioning guide on this site if you want to understand the basic procedure before committing to either guide — that article walks through the fundamental steps for car batteries specifically.
And if you want to understand where these two products fit in the broader landscape, my best battery reconditioner programs comparison looks at all the major options in one place.
Value Consideration: Both Are Similarly Priced
One question I get about this comparison is whether the EZ Battery Reconditioning Course is significantly more expensive than Easy Battery Fix. The answer is that both are priced in a similar ClickBank range. The difference is not dramatic.
Given that both carry identical 60-day ClickBank money-back guarantees — contact ClickBank support at support.clickbank.com within 60 days for a full refund, no questions asked — the financial risk on either guide is minimal. You can buy, use it, and verify that it delivers results within the guarantee window.
The value calculation isn’t really about price differential. It’s about what you’re getting for your investment. The Course’s broader coverage and deeper procedures mean you’re purchasing a reference that applies across your full battery inventory, not just your current problem.
If price is the primary concern, the guarantee means you can try either guide at essentially zero net cost if it doesn’t deliver.
What Real Battery Reconditioning Requires
I want to be transparent about what both guides can and cannot do, because there’s marketing language in this space that overpromises.
Battery reconditioning is a real technique with documented results. Desulfation of lead-acid batteries, for example, is supported by well-understood chemistry — lead sulfate crystals form on battery plates during normal use and discharge, reducing capacity over time. Desulfation techniques can dissolve or break down those crystals, restoring a meaningful portion of the battery’s original capacity. This is not controversial.
What battery reconditioning cannot do is reverse severe physical damage — cracked plates, internally shorted cells, or electrolyte contamination beyond a certain threshold. Neither guide claims otherwise (and if a guide does, that’s a red flag). The skill extends battery life and restores lost capacity within the bounds of what the battery’s physical condition allows.
The testing protocols in the EZ Battery Reconditioning Course are valuable here specifically because they help you identify which batteries are good candidates for reconditioning and which have failed past the point of recovery. This avoids wasted effort on batteries that cannot be reconditioned regardless of technique.
Making the Decision
Here’s how I’d summarize the decision for a preparedness audience:
If you’re building a comprehensive preparedness skill set — the EZ Battery Reconditioning Course is the primary recommendation. It covers the battery types you have now and the ones you’ll acquire as your setup grows. The structured learning means you’re genuinely competent by the time you’re done, not just following steps.
If you want a fast entry point for a common battery type with minimal time investment — Easy Battery Fix is a legitimate option, with the understanding that you’ll likely encounter its coverage limits as your battery inventory expands.
If you’re unsure — the 60-day guarantee on both products means you can evaluate either one without lasting financial commitment. But given that the Course’s coverage gap versus Easy Battery Fix is much wider than Easy Battery Fix’s coverage gap versus the Course, if you’re going to try one, the Course is the safer starting point for a preparedness application.
Get the EZ Battery Reconditioning Course — 60-day guarantee.
See Easy Battery Fix — 60-day guarantee.
FAQ
Which is better for preppers: EZ Battery Reconditioning or Easy Battery Fix?
For preppers managing multiple battery systems — vehicle, deep-cycle solar bank, backup power, power tools — EZ Battery Reconditioning Course’s broader coverage (21+ battery types including hybrid and golf cart) gives it a decisive edge. Easy Battery Fix is a solid quick-start guide for common battery types. For a comprehensive prepper battery skill set, the Course is the stronger investment.
Is EZ Battery Reconditioning Course worth the extra cost vs Easy Battery Fix?
Both are similarly priced in the ClickBank range. The difference is depth: the Course covers more battery types with module-based learning and video content; Easy Battery Fix is a more compact guide. If you only need to recondition car or simple lead-acid batteries, either works. For breadth across all your equipment, the Course delivers more value per dollar — and both carry 60-day guarantees, so the financial risk of trying either is minimal.
Do both guides cover hybrid battery reconditioning?
EZ Battery Reconditioning Course covers hybrid NiMH battery packs more comprehensively with dedicated modules. Easy Battery Fix’s hybrid coverage is more limited. For Toyota Prius or Honda Insight battery savings, the Course is the better choice. My hybrid battery reconditioning guide covers this topic in additional depth.
Can I use both guides together?
Yes — the guides cover overlapping material with different depth. Starting with Easy Battery Fix for a quick foundation and supplementing with the Course for comprehensive coverage is a valid approach. The techniques are compatible, and Easy Battery Fix’s quick-reference format can serve as a field guide alongside the Course’s more structured content.
What’s the refund policy for both guides?
Both are ClickBank products with identical 60-day money-back guarantees. Contact ClickBank support at support.clickbank.com to request a refund within 60 days of purchase — no questions asked. This makes both guides essentially zero-risk to evaluate.
How do I know if my battery is a good candidate for reconditioning?
Not every battery can be reconditioned — physically damaged cells, internally shorted batteries, or ones that have been fully discharged and left for extended periods may be past recovery. The EZ Battery Reconditioning Course covers testing protocols that help you evaluate a battery’s candidacy before investing time in reconditioning. The general rule: batteries that have lost capacity gradually over time are usually good candidates; batteries with sudden complete failure or visible damage may not be. See my battery reconditioning complete guide for more on this evaluation process.
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.