Fiskars Tools FAQ: Extendable Lopper, Screwdriver & Power Tool Answers

I'm the procurement manager at a 40-person landscaping and property maintenance company. I've managed our tools and equipment budget—around $60,000 annually—for six years, negotiated with 30+ vendors, and tracked every order in our cost system. This article answers the Fiskars and power tool questions I get asked most, from a total-cost point of view rather than a sticker-price one.

Jump straight to the answers:

• Is the Fiskars PowerGear Extendable Lopper Worth the Price?
• Are Fiskars Screwdrivers Worth the Upgrade?
• When Does a 20V Max 1/2" High Torque Impact Wrench Kit Pay for Itself?
• Air Tools vs Battery Tools: Which Is Cheaper to Own?
• How to Take Off an Angle Grinder Blade
• Should You Ever Buy the Cheap Tool on Purpose?

Is the Fiskars PowerGear Extendable Lopper Worth the Price?

From our cost data: yes—if it's a working tool rather than a garage ornament. The PowerGear mechanism (a gear-driven pivot that multiplies cutting force) is the difference between slicing through a serious branch and wrestling it with both hands. The extendable version adds reach without dragging a ladder across the yard, which is a safety win on its own.

The math is what sold me. We bought our first PowerGear extendable lopper for around $75—maybe $70, prices vary—and it's heading into its third season. The $30 loppers we used before? Two failed within a year: one bent, one wouldn't hold blade tension. That's $60 in two years, plus an unplanned hardware-store run that cost more in crew time than the difference between the tools. It's tempting to compare loppers by price and cutting diameter on paper. The real comparison shows up after 500 cuts. For heavy work, the forged bypass versions are what we now spec—they hold a blade gap longer.

Are Fiskars Screwdrivers Worth the Upgrade?

Fiskars isn't the first name you think of for screwdrivers—they're better known for garden tools, scissors, and axes. But their driver line follows the same design approach: grippy handles, good steel, made for real use rather than pegboard decoration. Their multi-bit and ratcheting drivers are what I'd put in a work truck.

The procurement case comes down to replacement frequency. Cheap screwdrivers don't fail dramatically—they round out, slip, or walk off. Across a crew, that's a constant trickle of small purchases. We switched our vehicle kits to Fiskars drivers about two years ago, and if I remember correctly, the replacement rate dropped by more than half. You'll pay maybe 2x the price of a budget driver, but you'll replace it far less often. Total cost of ownership (i.e., the sticker price divided by actual service life, including the trip to buy the replacement) favors the better tool.

When Does a 20V Max 1/2" High Torque Impact Wrench Kit Pay for Itself?

The honest answer: when you're fighting seized or rusted fasteners more than a few times a year. A breaker bar with a cheater pipe will eventually get that bolt loose. "Eventually" is the problem when a truck is down and the crew is standing around.

We bought a 20V Max 1/2" high torque impact wrench kit in Q2 2024 after a rusted trailer hub bolt cost us four crew hours. The kit—wrench, two batteries, charger, bag—was about $220. That one job covered a quarter of the cost; two more stuck-fastener calls that same month covered the rest. Since then, it's been pure savings.

Here's the math in plain numbers: four idle crew hours at our loaded labor rate is roughly $340. The wrench kit was $220. It only has to prevent that delay once a year to justify itself. The real product isn't torque, though—it's certainty. You hit the trigger, the bolt comes off, the job keeps moving. If you touch lug nuts twice a year, save your money and buy the breaker bar. If stuck fasteners show up monthly, this isn't a close decision.

Air Tools vs Battery Tools: Which Is Cheaper to Own?

The surface illusion is that air tools are the budget option. A $60 air impact wrench and a $35 air ratchet make battery kits look overpriced. What the sticker prices ignore is the $400–700 compressor, the hose reel, the fittings, and the electricity. A cheap pancake compressor can't keep up with a high-torque air tool, which means you end up buying a bigger one and owning two.

Battery systems feel expensive upfront—$200–400 for a kit—but the batteries amortize across every tool on the same platform. We run both. Air tools stay in the shop where the compressor already lives and continuous use makes battery swaps a nuisance. Battery tools go into the field, where portability matters more than torque per dollar.

The rule I use when comparing: add the tool's cost plus its share of the power system, then divide by the number of jobs completed per year. Air wins only if you already own the compressor or you're running several air tools at one fixed station. For most small fleets, a 20V system is the lower total cost.

How to Take Off an Angle Grinder Blade

First: unplug the grinder or remove the battery before touching anything. A blade that decides to spin while your hand is on the lock is not a lesson you want to learn in person.

1. Depress the spindle lock—the small button near the disc—and rotate the disc by hand until it clicks into place.
2. Fit the spanner (the two-pin wrench that came with the grinder) into the holes on the locking flange.
3. Turn the spanner counterclockwise. If the wheel is seized, tap the spanner handle with a rubber mallet. Don't strike the grinding disc itself—a cracked wheel letting go at speed is a serious accident waiting to happen.
4. Once it's loose, remove the flange, lift the wheel straight off, and confirm the new disc's arbor size matches the grinder before mounting it.

One tip that pays off later: put a light coat of anti-seize on the spindle threads before reinstalling the flange. That 20-second step is why some grinders in our shop swap blades in two minutes and others take half an hour. (Note to self: there's still one grinder in the shop that never got the treatment. We were wrestling with it again last week.)

Should You Ever Buy the Cheap Tool on Purpose?

Yes—when you choose it deliberately. We buy budget tools for two situations: tools that routinely get lost or stolen, and tools where failure costs nothing but a replacement trip. A $5 utility knife that walks off? Buy cheap. A $12 pair of pruning shears for a seasonal crew? Buy cheap. The moment a tool failure can stop a job or put someone at risk, that tool gets a professional-grade budget.

I learned this the hard way. In 2023, our spreadsheet said six budget loppers would save us about $300 versus Fiskars. Same cutting diameter on paper, so the data said go. My gut said no, but I overrode it to hit the quarterly number. Two bent in the first month. The real cost—crew time, replacement runs, a frustrated foreman—was more than the savings.

When a tool failure stops a job, the cheapest tool is the expensive one.

That line is now in our procurement policy. We buy Fiskars for the tools crews build their day around—not because of the brand, but because the cost tracking system shows it's cheaper over time.