Why Our Crew Standardized on Felco After Tracking 6 Years of Pruning Tool Costs

The short version

After six years of tracking every pruning tool purchase for our 26-person arborist crew, the math is clear: a Felco 2 runs about $11 per year of service. The $24 replacement shears we used to cycle through cost roughly $33 per year. That's not a small gap—it's a roughly 3-to-1 difference in real ownership cost once you factor in replacement cycles, downtime, and how fast a dull blade slows a crew down.

We didn't switch because of brand loyalty. We switched because I got tired of reordering the same cheap shears four times a year and pretending the invoice total was the actual cost.

Why you should trust this number

I'm the procurement manager at a mid-size arborist and landscape company. Twenty-six field crew, about $140,000 a year in tool and consumables spend, and I've run that budget for seven years. Every order goes into a cost tracker—not because I love spreadsheets, but because a former boss once asked me to explain why our "tools" line item was 40% over forecast and I had nothing.

That was 2018. I've kept the file open ever since.

Some quick context on our operation: we do residential arborist work, small orchard maintenance, and a bit of vineyard pruning on contract. Our tools get used hard—maybe 5-6 hours a day in peak season—and they get rained on, dropped, and occasionally left in the truck bed overnight. If your setup is different, some of what follows may not apply. I'll flag where.

The actual TCO math on hand pruners

Here's the comparison I ran for 2019–2024, using our own invoice history:

• Budget bypass pruners ($22–$28): Average purchase price last time we bought in bulk was $24.40. Average field life: 8–11 months before the blade got sloppy, the spring popped, or the lock failed. We typically replaced 18–22 pairs a year across the crew at peak. Blades not replaceable, springs not sold separately.
• Felco 2 ($62–$68): Current street price around $64 from our ag distributor (verify current pricing—the last quote I have is from Q3 2024). Average field life in our tracking: 6–7 years with two blade swaps and one spring replacement per tool. All parts are replaceable and stocked.

Run that out per tool-year and you get $33 versus $11. Roughly. If I remember correctly, the exact 2024 numbers were $32.80 and $10.60, but I'd want to pull the sheet before quoting that to a client.

What most people don't realize is that the "cheap" tool has a second cost that doesn't show up on any invoice: the labor of swapping it. When a spring pops mid-job, that's 5–10 minutes of a $32/hour climber's day, plus the awkward moment of asking the client if you can borrow their loppers. We had a rule that any tool failure mid-climb cost the job roughly $40 in lost time. That alone killed the budget option math.

The cordless question (and the 834v specifically)

For our vineyard contracts, we run the Felco 834v cordless vineyard pruning kit. Upfront it's roughly $900–$1,000 for the kit with two batteries—I want to say $950, but don't quote me on that; pricing moves.

On paper, that sounds ridiculous versus hand shears. In practice, our two-person pruning team cuts roughly 40% more vines per day with the 834v than with hand tools, and their wrist complaints dropped sharply. If you're running a crew of seasonal workers on piecework, that productivity difference pays for the kit inside a single pruning season. If you're doing a dozen backyard fruit trees a month, it absolutely does not. Context matters here.

One thing tool reps won't tell you: the cordless kits are usually sold as a "system," but the consumable that actually drives your cost is the blade. Felco's 834v blade replacement is not cheap, and aftermarket options are inconsistent. Budget for blades in your TCO, not just the kit.

Storage is part of the cost

This is the part that gets ignored in almost every comparison I've read, including the roundups. Wirecutter has called the Felco 2 the best pruning shear in their testing more than once, and I don't disagree. But their testing measures cutting performance on a bench. It doesn't measure what happens to a $64 tool that lives in a bucket on the back of a truck for two years.

We moved to a proper tool storage system in 2022 after losing three Felcos in one quarter to rust and bent handles. The fix was a 56-inch tool box in the shop plus individual holsters in the trucks. Cost: about $400 for the box, $15 each for holsters. That's a rounding error against the value of the tools it protects.

We also cut our own foam-and-polycarbonate inserts for the box instead of buying the vendor trays. Side note for anyone doing this: yes, you can cut polycarbonate with a circular saw. Use a fine-tooth blade meant for plastic or laminate, tape the cut line to reduce chipping, and feed slowly. It's not a metal-cutting job and it's not a wood-cutting job—it's its own thing. The inserts cost us maybe $60 in material for the whole box, and they hold the tools in place so nothing walks off or bangs into anything else.

Where this logic breaks down

I'll be honest: this whole argument assumes you've got a crew that will actually maintain the tools. Felco's advantage is replaceable parts. If your team never swaps a blade and just throws the shear in a drawer when it stops cutting, you're paying $64 for a tool that behaves like a $24 one. We had to build blade-swap into our monthly shop day before the numbers actually landed the way I'm describing.

I can also only speak to mid-size domestic operations with predictable seasonal demand. If you're a solo gardener doing a few jobs a week, the math might flip—you don't hit the replacement cadence that punishes cheap tools, and $64 feels like a lot when a $24 pair does the same job at your volume. If you're a large-scale vineyard, the calculus probably pushes you even harder toward the cordless systems, but you'd want a maintenance contract, not a box of spare blades.

And one thing I don't have hard data on: how much of the Felco longevity comes from the tool itself versus the fact that we started maintaining tools properly around the same time we switched. That's a confound I can't cleanly separate. My sense is that the tool quality is most of it, but I'd be guessing at the split.

What I'd actually do if I were starting over

Buy one Felco 2 per person. Buy the spare parts kit up front—blades, springs, the little locking pin. Build in a monthly maintenance slot. Put the tools in a real storage system, not a bucket. And run the TCO numbers yourself for a year before you decide anything, because your labor rates and your use profile aren't mine.

The bottom line: the cheapest thing in the catalog is rarely the cheapest thing in the ledger. It just takes six years of invoices to prove it.