Outdoor Power Equipment Guide

Compare equipment specifications without treating them as test results

Compare the specification that governs your job, then verify package contents and operating conditions. A class name or higher headline figure does not establish better performance, reliability or fit. Use a measured test or a model-qualified limit for the question it can answer.

Four comparisons that need different evidence

Match evidence to the purchase question
ComparisonUseful evidenceTask guide
Portable / standby powerLoad, voltage, fuel rating and installationGenerator selection
Mower layoutsAccess, actual slope instructions and usable coverageRiding / walk-behind mowing
Snow stagesSurface, clearing setup, snow conditions and controlsSnow-blower selection
Gas / batterySession length, approved pack and total packageYard power-source decision

Equal products can hide different limits

3,000 PSI × 2 GPM and 2,000 PSI × 3 GPM both produce 6,000 by that arithmetic. Equal products do not establish equal cleaning speed or surface safety. The washer guide keeps pressure, flow, nozzle and inlet requirements separate.

Two different 6,000 arithmetic products3000 × 2: 6,000 PSI×GPM; 2000 × 3: 6,000 PSI×GPMTwo different 6,000 arithmetic products3000 × 2: 6,000 PSI×GPM2000 × 3: 6,000 PSI×GPM

Ask what was measured

A runtime statement needs mode, pack, load and endpoint. A weight needs to say whether fuel, oil, battery or cutting equipment is included.

A price needs package, date and asking-versus-achieved status. Without those details, matching labels can conceal unequal comparisons.

A safety standard describes requirements within its scope. It is not a consumer durability ranking. Use the evidence policy for source distinctions and purchase planning for a complete cost comparison.

Compare

Compare equipment types

Three real classification systems, and two plain answers to questions that do not have a citable one.

A chart separating snow thrower stages, generator types and mower types, each grounded in a published safety standard, from "which brand is best" and "where are the reviews," which this site resolves to dealer support and independent test programs rather than to an invented ranking. WHAT "COMPARE" MEANS HERE A real classification exists Snow thrower stages (ANSI/OPEI B71.3) Generator types (ANSI/PGMA G300, NFPA 70) Mower types (ANSI/OPEI B71.1) We name the mechanism that puts a machine in one class. No fabricated answer "Which brand is best" "Where are the reviews" We hold no test lab and rank no brand. See how-we-compare. The left group is a citable standard. The right group is a citable methodology. Neither is a guess.
Every "compare" page is one of these two kinds. A real classification, or a plain answer to why we do not rank brands.

These pages separate machine classes by the standard or code that defines them: single-stage from two-stage snow throwers, a portable generator from a standby one, a walk-behind mower from a zero-turn mower. The last two pages answer the brand-ranking and review questions.

The pages in this cluster

  • CP-01

    Size a generator for running and starting loads

    Three different machines, not three trim levels of one machine: what changes between them, and the point (NFPA 70 Article 702) where a standby installation stops being a DIY decision.

    Wattage, waveform and wiring

  • CP-02

    Snow thrower stages: single, two and three

    What a second and third stage physically adds, why pavement contact is the real dividing line ANSI/OPEI B71.3 has to account for, and which stage matches which surface and snowfall.

    Auger, impeller, accelerator

  • CP-03

    Walk-behind, riding and zero-turn mowers

    The lot-size and terrain math that decides this, not marketing: deck width, ground speed and the turning-radius trade zero-turn machines make to cut mowing time.

    Deck width vs. mowing time

  • CP-04

    Gas vs. battery outdoor power equipment

    Runtime, torque delivery and what fails first on each: a mechanism comparison grounded in engine and battery standards, not a brand shootout.

    Runtime, torque, upkeep

  • CP-05

    How we compare machines

    Which class of machine fits the job, and where independent measurement of brands exists.

    Methodology, not a ranking

Compare equipment types: questions

Is the gas-vs-battery comparison a brand shootout?

No: it is a mechanism comparison grounded in the same engine and battery safety standards already cited (the ANSI/OPEI B175 series for gas handheld tools, UL 62841-1 and UL 62133 for battery equipment), covering what specifically trades between the two power sources rather than declaring either one better.

Does the mower comparison page recommend a specific deck width for my yard?

It gives you the lot-size and obstacle-count bands that separate walk-behind, riding and zero-turn classes, and flags gate width as the first hard limits to check before choosing a deck width within whichever class you land on: the specific deck width is then a smaller decision inside the class the page helps you settle first.

Why does the snow thrower stage classification matter for safety, not just performance?

Because ANSI/OPEI B71.3, the standard that defines single-, two- and three-stage machines, has to account for where a hand can reach a moving part, and that safety boundary tracks the same auger-versus-impeller mechanism that also determines whether a machine can survive gravel contact or keep up with deep snow. The shopping distinction and the safety distinction are the same mechanism, not two separate schemes.

Does the generator-types comparison cover which size generator I need?

No: that page (and the generator sizing calculator it links to) is where wattage sizing happens. The comparison page here answers a different question: which of the three types, portable conventional, portable inverter, or fixed standby, fits how you intend to use a generator, based on waveform, connection method and whether NFPA 70 Article 702 makes it licensed-electrician work.