I’m Woojoong Kim. I am not a small-engine mechanic, and this site does not pretend otherwise.
That is an odd way to open a site about mower and snowblower repair. It is also the reason the site is worth reading, so it is worth two minutes of explanation.
Two companies build every mower, and only one of them documents it
Outdoor power equipment has a specific information problem, and it is not the one most people expect.
It is not that the answers are secret. It is that on a gas mower, the machine and the engine are often made by two different companies, and almost nothing published for owners accounts for that. John Deere, Toro, Cub Cadet and Husqvarna all name a Briggs & Stratton, Kohler or Kawasaki engine on their own spec pages — and the engine’s model, type and code, stamped on the engine itself, is the number its parts and service manual are indexed under, not the badge on the deck. Which company will then sell you the part is a separate question with no general answer: of five machine-and-engine pairings this site checked against both makers’ catalogs, one priced parts at both, one only at the machine maker, and three at neither.
On top of that: repair prices are quoted as national ranges with no indication of what is part and what is labor. The guides do price the fixed fees — LawnStarter puts the diagnostic at $35–$90, transport at $30–$100 and “a minimum repair charge of $50 to $130” — but a national range is not a price list, and the eight shops compiled here break two of those three at both ends. The fees that appear in no national range at all are shop supplies, rush, cancellation and storage, and they can be most of the bill on a cheap machine. And small engines mostly have no fault codes at all, so the “error code” format that works for appliances does not exist here — the unit that matters is the symptom.
Compiling all of that into one place, with the sources attached, is a real job. It is the job this site does.
What “compiled and verified” means here, concretely
Not impressions about which brand is best. Specific things that took a lookup:
- Specs and part numbers from the manufacturer — never from another blog, and never from an AI summary. Repair blogs copy each other’s plug gaps, oil capacities and part numbers, and the errors propagate — and here a wrong figure can damage a machine or hurt someone. A language model will hand you a plug gap on request, and it will sound exactly as confident as the correct one; that is the reason this rule is written as narrowly as it is. Every technical identifier on this site came from a manufacturer’s own documentation or parts catalog, the page says which, and how AI is and is not used here is set out in full.
- A machine-brand-to-engine-brand cross-reference, built from what each machine maker publishes on its own spec pages — with a column for what it declines to publish, because that turned out to be as informative as the rest.
- Costs built from the bottom up. Not “a repair costs $75–$550,” but the OEM part price, plus the shop’s hourly rate, plus the trip charge and the minimum, with the arithmetic shown so you can hold it against your own quote. Eight shops’ published fee schedules are compiled in one table because a national range averages away the shops that sit outside it, and on transport two of the eight do — one free, one to $160.
- The one lifespan figure that is actually declared by a manufacturer. Nearly every small gas engine sold in the US must declare a useful-life period under federal emissions rules and print it on the engine label — and the page that covers it names the class of engine that does not have to. It is a median rather than a guarantee, and this site says so every time it cites it — but it is a real number chosen by the company that built the engine, which is more than can be said for most of what circulates about how long a mower lasts.
- Numbers that argue with each other, shown rather than averaged. Toro warrants a residential Titan MAX for “3 years or 500 hours.” Federal emissions rules give that engine class a three-value menu, and 40 CFR 1054.107 heads its Class II columns Residential, Extended life residential and Commercial — 250, 500 and 1,000 hours. Set the warranty cap against the top of that menu and it looks like half the engine’s declared life; set it against the column that shares the warranty’s own word and it looks like twice. Same two documents, opposite sentences, and the only figure that settles it is the one printed on your own engine. Any page that picks one of those comparisons and hides the other is making a choice on your behalf.
Where this site has said “we don’t know”
This is the part I would want to read first on someone else’s site, so it goes here rather than in the small print.
- Nobody who has measured it publishes a residential lifespan for a chainsaw or a string trimmer. Year figures are easy to find — searching for one returns homeowner chainsaw estimates spanning five years to thirty on a single page of results — but not one of them names a sample, a method or a source, and a range that wide is not a measurement of anything. The two figures behind these machines that do have a method are not lifespans: the EPA emissions durability period, which is 50, 125 or 300 hours depending on engine class, and the consumer-versus-commercial split in the manufacturers’ own warranties — five years against one on an identical Echo chainsaw. The widely repeated two-to-three years describes landscapers running equipment full time. So those fields are left empty and the lifespan page says why.
- Four snowblower repair brackets were cut after they were already compiled, because the shop publishing them stated its prices were labor-only — which meant sitting them next to installed mower costs understated every bill by the whole price of the part. The snowblower cost pages were rebuilt from the parts counter up instead.
- A widely repeated explanation of why stored fuel ruins carburetors turned out to be the wrong mechanism. The study that actually stored fuel in small-engine tanks through three months of temperature and humidity cycling found that ethanol-free gasoline degraded just as fast as E10, and that the fuel was unfit for use well before phase separation occurred — in most conditions it never occurred at all. The site changed its answer, and it discloses that the study was funded by an ethanol trade body, because you should weigh that yourself.
Why a non-mechanic can be the right person for this
A mechanic knows what has come through their door. That is genuinely valuable, and for diagnosing an odd fault it beats anything on this site.
But for the questions this site answers — what does this typically cost, what is that quote made of, how long is this engine rated for, is it worth fixing — the honest answer comes from published documents, not from recollection. One shop’s experience is a small and geographically specific sample. A manufacturer’s parts catalog is definitive about its own part prices in a way no individual’s memory is.
So the claim here is not “trust me, I’ve rebuilt a lot of carburetors.” It is: here is where this number came from, here is when it was last checked, go and look for yourself. Every figure links to its source. Every page carrying prices or specifications says the month it was verified.
What this site will not tell you how to do
There is a hard line here and it is deliberate.
This site explains what a repair involves and what it costs. It does not publish step-by-step procedures for chainsaw chain work, blade removal, sharpening or balancing, carburetor and fuel-system disassembly, or clearing a snowblower auger or chute by hand. Those jobs are referred to your machine’s manual and a servicing dealer, every time.
That is a scope decision, not a disclaimer at the bottom of a page. A chainsaw with a mis-set idle can drive the chain while it is supposedly at rest, an unbalanced blade can shake a deck apart, and a snowblower’s auger and impeller hold enough stored energy to turn after the engine is off — which is why reaching into a chute is the largest single injury mechanism on this equipment. A safety notice underneath bad instructions does not fix the instructions.
Catalog prices are where this site goes wrong first
Catalog prices move fast — faster than anything else this site publishes, and they are also its main contribution, so they carry the risk twice. Two engine prices cited here were gone from the supplier’s page within three days of being read. Manufacturers reorganize their support sites and links rot.
Pages carrying prices are re-checked on a schedule, and each states when it was verified and roughly when it is next due. I will still get things wrong, and the fastest way for that to be fixed is for someone who spotted it to say so.
Corrections: hello@stillworthstarting.com. A contact form will reach the same inbox once it is built; it is not live yet, so please email rather than wait for it. If you send one, I will check it, fix it if you are right, and note on the page that it changed. The process is set out in full in the Editorial Policy.
Publisher, advertising, and the limits
Still Worth Starting is published by WoozKa Holdings LLC, a New Jersey limited liability company. The site is not yet running advertising. It is intended to be supported by display advertising, and the Privacy Policy sets out in advance what advertising partners will collect once that is switched on — see the status note at the top of it. Nothing here is a substitute for a servicing dealer’s judgment on a specific machine, and the limits of that are set out in the Terms of Use.
Last updated August 2026.