Why I Still Use LEESON After 6 Years of Auditing Our Motor Spend
Over the past 6 years of tracking every invoice in our procurement system, I've analyzed roughly $180,000 in cumulative spending on motors and drives. It's tempting to think you can just compare unit prices on a 2HP motor and move on. But I've learned that identical specs from different vendors can result in wildly different outcomes for your budget.
In this post, I'm comparing LEESON motors against generic, no-name alternatives. Not because one is always better—but because the choice isn't as simple as "cheaper is better." Let's look at this from three dimensions that matter to anyone managing a budget.
Dimension 1: Initial Cost vs. Hidden Costs
The generic motor always wins on sticker price. A generic 2HP motor might cost 20-30% less upfront than a comparable LEESON model. But here's where the cost-controller in me gets suspicious. People think expensive vendors deliver better quality. Actually, vendors who deliver quality can charge more. The causation runs the other way.
Let me give you an example. When I bid out our quarterly order of 2HP motors for boat lifts, a generic supplier quoted $450 per unit. LEESON quoted $580. I almost went with the generic option until I calculated total cost of ownership (TCO):
- Generic motor warranty: 1 year vs. LEESON's 3 years
- Generic motor lead time: 4-6 weeks vs. LEESON's 2-3 weeks
- Generic motor technical support: email-only, no wiring diagrams vs. LEESON's full documentation (including boat lift motor wiring diagrams)
The difference in unit price is $130. But the difference in risk? Priceless. Industry standard motor efficiency ratings (NEMA MG1) ensure both motors meet minimum standards, but LEESON's documentation and support saved us roughly $400 in engineering time on a single installation when we had to figure out the wiring.
Verdict: Initial cost favors generic. Total cost favors LEESON.
Dimension 2: Reliability vs. "Good Enough"
Here's a misconception worth calling out: People think reliability is about build quality alone. That's a simplification. The assumption is that reliability comes from the motor itself. The reality is that reliability comes from a combination of the motor, the documentation, and the availability of cross-reference information.
When we had a 5HP motor fail unexpectedly, the generic brand couldn't provide a cross-reference for a V-belt replacement. We had to spend time manually measuring and using a V-belt cross-reference like Gates to find the right part. With LEESON, the catalog PDF and wiring diagrams are available, making it straightforward to order a replacement or use a cross-reference guide.
Why does this matter? Because downtime costs money. In our case, that 2-hour search for the belt specs cost us $300 in lost production time (at $150/hour for our line). The LEESON motor would've been a $50 difference in unit price—saving $250 in downtime.
Verdict: Generic is often "good enough" if you never have a problem. But budgets account for problems.
Dimension 3: Maintenance and Downtime Costs
I'll be honest—I learned this one the hard way. Looking back, I should have paid more attention to maintenance documentation. At the time, I assumed all motors were the same. They aren't.
Generic motors often lack detailed maintenance schedules or wiring diagrams. LEESON motors, especially servo motors or gear motors used in industrial applications, come with clear documentation. When our lead technician needed to replace a spiral bevel gear in a LEESON gearbox, the parts diagram was available. The generic alternative? No diagram. We spent 4 hours figuring out the assembly sequence.
If I could redo that decision, I'd ask for documentation upfront. But given what I knew then—nothing about the vendor's approach to support—my choice was reasonable. Now, our procurement policy requires documentation review as part of vendor evaluation.
Verdict: LEESON wins on maintenance cost predictability.
When to Choose Each Option
Based on my experience, here's a practical guideline:
Choose LEESON when:
- Your application requires precise specs (like a 2HP motor for a boat lift with specific wiring)
- You anticipate needing technical support or wiring diagrams
- Downtime costs are high (e.g., critical production line)
- You want predictable maintenance and cross-reference information
By the way—if you're wondering what's a servo motor vs a stepper motor, LEESON's documentation is excellent for learning the differences. That's a pro tip: their tech docs are better than most textbooks I've read.
Choose generic when:
- The application is non-critical (e.g., a fan motor you can replace easily)
- You have in-house expertise for installation and maintenance
- Budget constraints are absolute (but be aware of hidden costs)
- You don't need documentation beyond basic specs
Final Word on Budget-Smart Motor Selection
What was best practice in 2020 may not apply in 2025. Five years ago, many of us bought motors based on price alone. Today, with tighter supply chains and higher downtime costs, total cost of ownership is the smarter metric.
That said, don't underestimate the value of good documentation and reliable support. In my experience, paying 15-20% more for a LEESON motor saves 2-3x that amount in hidden costs over the motor's lifetime.
But hey—I've also made mistakes. If you've got a different experience, I'd genuinely like to hear it. The best procurement decisions come from people who've actually tracked the numbers.
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