Best Generators in 2026 — Home, Camping & Portable Picks

Losing power for even a few hours puts food in the fridge at risk, shuts down remote work, and turns a comfortable home into a frustrating one. A generator closes that gap — keeping lights, appliances, and medical devices running until the grid comes back. Whether you need backup for a week-long outage or want reliable power for a weekend camping trip, the right generator makes the difference between weathering the event and scrambling through it.

The four picks below cover the full spectrum from heavy-duty home backup units to budget-friendly options that still deliver solid performance for camping, RV trips, and emergency power.

Why Buy a Generator in 2026

Power outages happen more often than most homeowners expect — severe storms, grid failures, and rolling blackouts can cut electricity for hours or days with little warning. For a deeper look at powering your entire house, see our guide to the best generators for home backup.

A portable generator gives you control over your own power supply without the cost of a permanent standby unit. It covers the essentials: refrigerator, sump pump, furnace fan, lights, and phone chargers. In areas prone to hurricanes, ice storms, or rural grid instability, a generator isn’t a luxury — it’s a practical part of home preparedness. The best generators for power outages are the ones that start when you need them, run long enough to get through the night, and can fuel up at a gas station when the tank runs dry.

Beyond weather emergencies, generators serve remote job sites, outdoor events, and recreational activities where grid power isn’t available. Homeowners with medical equipment — oxygen concentrators, CPAP machines, home dialysis — have a non-negotiable need for continuous power. For these situations, even a brief outage isn’t acceptable.

Understanding Generator Types: Which Fits Your Needs

Choosing the right generator starts with understanding the three main categories: conventional portable generators, inverter generators, and battery-powered portable power stations. Each serves a different need, and matching the type to your use case matters more than chasing raw wattage numbers. For gas-only setups, our guide to the best gas generators covers fuel flexibility and runtime. If propane is your preferred fuel source, the best propane generators article walks through your options.

Portable vs. Inverter Generators: What’s the Difference

A conventional portable generator runs an engine at a fixed speed to produce electricity — simple, durable, and capable of high power output for heavy loads. An inverter generator produces cleaner, more stable power by first generating AC electricity, converting it to DC, then inverting it back to a smooth AC sine wave. This clean output makes inverter generators safe for sensitive electronics like laptops, TVs, and medical devices.

Inverter generators also adjust engine speed based on demand, which reduces noise and fuel consumption. They’re typically lighter and more compact than conventional units of equivalent power. The tradeoff is cost — inverter technology commands a higher price per watt. For pure power capacity and budget-friendliness, conventional portable generators win. For clean power, quiet operation, and fuel efficiency, inverter generators take the lead.

When a Battery Power Station Makes More Sense

A portable power station runs entirely on stored battery energy — no engine, no fuel, no exhaust. It produces zero noise, requires no startup routine, and can often charge from solar panels. For indoor use, tailgating, or camping in noise-sensitive environments, this is the only viable option.

The limitation is runtime. Once the battery depletes, you’re waiting for a recharge — hours with a wall outlet, longer with solar. They also can’t match the sustained output of a fuel-burning generator for high-draw appliances like air conditioners or well pumps. Battery power stations make the most sense when your power needs are modest (phones, laptops, small appliances), when you need silent operation, or when you want a backup layer that requires zero maintenance between uses.

How to Calculate the Right Generator Size for Your Needs

Generator wattage is the single most important spec — undersizing means overloaded circuits and shutdowns; oversizing wastes fuel and money. For a full walkthrough of matching power to your situation, see our guide on how to choose a generator.

The key distinction is running watts versus starting watts. Running watts describe what an appliance needs to stay on. Starting watts — often two to three times higher — cover the brief surge when a motor kicks on. A refrigerator might need 700 running watts but pull 2,100 at startup. Your generator must handle both numbers.

Must-Have Appliances: Running vs. Starting Watts

Before buying, list every device you plan to power and write down both its running and starting wattage. A refrigerator draws roughly 700 running watts and 2,100 starting watts. A window air conditioner might need 1,200 running watts and 3,600 starting watts. A furnace fan sits around 800 running watts. Sump pumps, well pumps, and electric water heaters each pull 1,000–3,000 watts at startup.

Add up the running watts of everything you want on simultaneously, then find the highest starting watt among them. Your generator needs to cover the total running watts plus that peak startup draw. If you don’t know an appliance’s exact numbers, the manufacturer label or owner’s manual lists them.

Matching Wattage to Your Use Case

Generators fall into rough categories based on output. Units in the 2,000–3,500-watt range handle a refrigerator, a few lights, a phone charger, and maybe a laptop — enough for a short outage or a camping trip. Mid-range units at 5,000–7,500 watts add room air conditioners, sump pumps, and multiple appliances at once. Heavy-duty units at 10,000 watts and up can run an entire small home, including well pumps and electric dryers. For specific wattage needs, our guide to the best 2000 watt generators breaks down what that class can handle.

Choose based on what you actually need to run, not the largest number on the spec sheet. A correctly sized generator runs more efficiently, costs less to buy and fuel, and lasts longer than one that’s always lugged around underloaded.

Generator Safety: Carbon Monoxide and Placement

Carbon monoxide (CO) is the number one danger with any fuel-burning generator. It is odorless, invisible, and deadly — and generators produce it in large quantities. Hundreds of people are hospitalized each year after running generators indoors, in garages, or too close to open windows. The best generators with CO sensors article covers which models include built-in carbon monoxide detection.

Never run a generator inside a home, garage, shed, or enclosed space — even with doors or windows open. Operate it at least 20 feet from any living area, with the exhaust pointing away from the house and neighboring doors. Keep it under an open canopy or purpose-built generator tent if weather is a concern, but ensure airflow on all sides.

Check the exhaust direction before every start. Dry grass and debris ignite easily from hot exhaust. Let the unit cool before refueling — spilled gasoline on a hot engine creates a fire hazard. These steps aren’t complicated, but skipping them has sent people to the hospital.

The 4 Best Generators of 2026

The 4 best generators of 2026 are the Westinghouse 12500 Watt Dual Fuel (best performance), the Westinghouse 14500 (best overall), the Oxseryn Power Equipment 4400 (best budget), and the Oxseryn 4400W (best value). They differ mainly in power output, fuel flexibility, and price tier. For dual-fuel versatility, see our guide to the best dual fuel generators. For quiet operation, the best quiet generators article covers noise levels across the range.

#1 Westinghouse 12500 Watt Dual Fuel — Best Performance

The Westinghouse 12500 Watt Dual Fuel earns its top spot by delivering more raw power than any other pick in this roundup, with the ability to run on either gasoline or propane. For homeowners who need to keep multiple high-draw appliances running simultaneously — central AC, well pump, electric water heater — this unit has the capacity to handle loads that would bog down smaller generators. The dual-fuel design means you can run natural-gas appliances through a propane tank during extended outages when gasoline supply is uncertain.

The electric start eliminates the pull-start frustration that comes with large displacement engines. A 12,500-watt peak on gasoline gives you breathing room for startup surges without pushing the engine to its limit, which translates to longer engine life and more stable output under load. For a whole-home backup setup, pairing this generator with a transfer switch lets you power hardwired circuits without extension cords snaking through the house.

Key Specs:

Peak Watts: 12,500 (gasoline) / 11,250 (propane)
Running Watts: 9,500 (gasoline) / 8,500 (propane)
Engine: 457cc Westinghouse OHV
Fuel: Gasoline / Propane
Starting: Electric start with remote fob
Tank Capacity: 6.6 gallons
Runtime: Up to 12 hours at 50% load
Transfer Switch Ready: Yes
Weight: ~220 lbs

Detailed Review:

The Westinghouse 12500 sits at the heavy end of the portable generator category — you’ll want to budget for transport and positioning because this is not a unit you move daily. Once it’s in place, though, it covers nearly everything a residential user needs. The 457cc engine drives a 50-amp outlet alongside standard household outlets, giving you options for both 240-volt appliances and everyday devices.

Running on propane extends runtime flexibility. Propane stores indefinitely without degradation, so a spare tank sitting in the garage is always ready. For homes in hurricane-prone regions where gasoline becomes scarce after a storm, this dual-fuel capability isn’t a nice-to-have — it’s a practical necessity. The electric start with included remote fob removes the effort of cold-weather pulls on a large engine, a feature that matters more with each passing decade.

Compared to the Westinghouse 14500, this unit produces roughly 1,500 more peak watts on gasoline, which translates to handling heavier combined loads. The 14500 splits the difference on power and runtime economy, while the 12500 prioritizes maximum output.

Pros:

Highest power output in this roundup handles central AC and multiple high-draw appliances
Dual-fuel flexibility with propane storage stability for emergency situations
Electric start with remote fob eliminates pull-start effort on a large engine
Transfer switch ready for whole-home wired circuit integration
12-hour runtime at half load reduces mid-outage refueling frequency

Cons:

Nearly 220 pounds requires a trailer or heavy-duty hand cart to move
Fuel consumption is significant under full load
Loud at full output — hearing protection recommended during operation
Higher price point than mid-range alternatives

Who It’s For:

This is the generator for homeowners who need to keep an entire small house running during a multi-day outage — well pump, central air, refrigerator, freezer, lights, and medical equipment all at once. If your home has high electricity demand or you’re in a rural area where outages last days, the Westinghouse 12500 is worth the weight and the price. Skip it if you have a modest home under 1,500 square feet with minimal high-draw appliances; you’ll pay for capacity you won’t use.

Editor’s Verdict:

The Westinghouse 12500 Watt Dual Fuel is the most powerful home backup generator in this roundup. For homeowners facing long outages with high power demand, it’s the unit that won’t leave you choosing between cooling the house and keeping the fridge running.

#2 Westinghouse 14500 — Best Overall

The Westinghouse 14500 delivers the best balance of power, runtime, and convenience among these four picks — enough wattage for most home backup situations without the size and fuel appetite of the 12,500-watt model. For homeowners who want solid whole-home coverage but don’t need to run every appliance simultaneously, this generator covers the realistic load without leaving you with a 220-pound unit that’s harder to position and store.

What sets the 14500 apart is how it combines dual-fuel capability, electric start, and transfer switch readiness into a package that handles the most common outage scenarios without excess. It sits in the sweet spot where you’re not overspending for watts you won’t use, but you’re not scrambling to stay under capacity when the furnace kicks on alongside the refrigerator.

Key Specs:

Peak Watts: 14,500 (gasoline) / 13,000 (propane)
Running Watts: 9,500 (gasoline) / 8,500 (propane)
Engine: 500cc Westinghouse OHV
Fuel: Gasoline / Propane
Starting: Electric start with remote fob
Tank Capacity: 6.6 gallons
Runtime: Up to 16 hours at 25% load
Transfer Switch Ready: Yes
Weight: ~210 lbs

Detailed Review:

The 14500’s 500cc engine produces more running watts than its 12500 sibling — a counterintuitive spec that reflects the 14500’s newer engine tuning. Both units share the same running watt rating on gasoline, but the 14500 offers a longer runtime at lighter loads, which covers the most common home backup scenario: running a refrigerator, furnace, lights, and a few outlets through an overnight outage without refueling.

The dual-fuel setup again proves its value. Propane burns cleaner, extends storage life, and eliminates the gasoline gum-up that comes from leaving fuel sitting between outages. For homeowners who run the generator a few times a year rather than weekly, propane sidesteps the fuel maintenance question entirely.

The electric start with remote fob works reliably in cold weather, which matters in regions with winter outages. The transfer switch readiness means you can hardwire the generator into your home’s electrical panel — no extension cords, no open windows, cleaner and safer operation throughout the outage.

Compared to the Westinghouse 12500, the 14500 trades 500 peak watts for better runtime efficiency and essentially the same running capacity. The 12500 makes sense for homes with the most demanding combined loads; the 14500 is the smarter choice for most homeowners who want headroom without paying for overkill.

Pros:

Dual-fuel design with propane storage stability for emergency readiness
14,500 peak watts on gasoline provides substantial startup surge capacity
Electric start with remote fob for cold-weather and arthritis-friendly operation
Transfer switch ready for clean hardwired home integration
16-hour runtime at light load covers overnight outages on a single tank

Cons:

Still over 200 pounds — requires planning for transport and placement
Loud at full output — positioning matters for neighbor relations
Gasoline consumption under heavy load is significant
Higher cost than single-fuel alternatives with similar running watts

Who It’s For:

The Westinghouse 14500 is the generator for homeowners who want genuine whole-home backup capability without buying the absolute largest unit on the market. If your outage scenario involves a refrigerator, furnace, sump pump, lights, and a window AC — the typical residential load — this unit handles it comfortably. It’s also the pick for anyone who prioritizes propane as a backup fuel and wants the flexibility to store fuel indefinitely between uses. Skip it if you only need to run a few basics through short outages; the smaller 4,400-watt options serve that use case at a much lower price.

Editor’s Verdict:

The Westinghouse 14500 strikes the best balance of power, fuel flexibility, and home integration in this roundup. For most homeowners facing multi-hour or multi-day outages, it has the watts to cover realistic loads without the size and fuel cost of oversized units.

#3 Oxseryn Power Equipment 4400 — Best Budget

The Oxseryn Power Equipment 4400 earns its budget pick by delivering inverter generator performance at a price point well below the Westinghouse options. For homeowners who need reliable backup power for essentials — refrigerator, lights, phone charging, a few small devices — this unit covers the load without the cost of a 9,500-watt machine that runs at 10% capacity during a typical outage.

What separates this from cheaper conventional generators is the inverter technology. Clean, stable power means you can run laptops, TVs, and other sensitive electronics without worrying about voltage spikes. The 4,400-watt peak rating handles refrigerator and freezer startup surges, and the fuel-efficient engine runs longer per gallon than a conventional unit under the same load.

Key Specs:

Peak Watts: 4,400
Running Watts: 3,600
Engine: OHV, fuel-efficient design
Fuel: Gasoline
Starting: Recoil / Electric start
Tank Capacity: 3.2 gallons
Runtime: Up to 10 hours at 25% load (Eco mode)
Outlet: 30A RV-ready, dual USB, standard household
Weight: ~70 lbs

Detailed Review:

The Oxseryn 4400 sits at a weight where one person can lift it into a truck bed or position it in a garage without assistance — a practical advantage over the 200-plus-pound Westinghouse units. For homeowners without a trailer or a permanently installed setup, portability matters more than the spec sheet suggests.

The RV-ready 30-amp outlet makes this a natural fit for travel trailers and fifth wheels, bridging the gap between home backup and recreational use. You can keep the refrigerator cold in a hotel parking lot during a power outage, run a portable heater, and charge devices without running the rig’s own battery down.

Eco mode adjusts engine speed to match connected load, extending runtime significantly during lighter use. A refrigerator cycling on and off draws varying watts — Eco mode lets the generator breathe between surges rather than revving continuously. This feature alone can add hours to runtime on typical home backup loads.

Compared to the Oxseryn 4400W, this model offers the same power output and inverter technology but trades some convenience features for the lower price. The 4400W adds a few refinements that may matter if you plan to run it regularly; this model is the smarter buy if you want inverter performance on a strict budget.

Pros:

Inverter technology produces clean power safe for sensitive electronics
4,400 peak watts handles refrigerator and freezer startup surges
Light enough for one-person transport and positioning
RV-ready 30A outlet doubles as a recreational power source
Eco mode extends runtime during variable loads

Cons:

Single-fuel gasoline limits storage flexibility compared to dual-fuel units
3,600 running watts can’t handle central AC or well pumps
Electric start only on select models — check specifications
Still produces noticeable noise; not suitable for noise-sensitive indoor or tent camping use

Who It’s For:

The Oxseryn Power Equipment 4400 is the generator for homeowners with modest backup needs and a tight budget. If you want to keep a refrigerator, a few lights, internet equipment, and phones running through a short outage without spending $1,000-plus, this unit delivers inverter quality at a fraction of the cost. It’s also the pick for RV owners who want reliable AC power on the road. Skip it if you need to run air conditioners, well pumps, or electric water heaters; those loads require a generator with significantly more running watts.

Editor’s Verdict:

The Oxseryn Power Equipment 4400 is the best budget inverter generator in this roundup. For homeowners who want clean power and solid runtime for essential appliances without the price tag of whole-home backup units, it covers the basics reliably.

#4 Oxseryn 4400W — Best Value

The Oxseryn 4400W offers inverter generator performance with a few refinements over the budget model while staying well below the price of the Westinghouse units. For homeowners who want reliable backup power for essential circuits, occasional RV use, or camping trips, this generator hits the sweet spot between cost and capability.

The value proposition here is inverter quality — clean, stable power for sensitive electronics — at a running wattage that handles most common home backup scenarios. Refrigerators, freezers, lights, communication equipment, and laptops all run safely. The 30-amp outlet brings RV compatibility without the weight of larger units, making this a practical two-purpose machine for homeowners who also recreate outdoors.

Key Specs:

Peak Watts: 4,400
Running Watts: 3,600
Engine: OHV inverter-class
Fuel: Gasoline
Starting: Recoil / Electric start option
Tank Capacity: 3.2 gallons
Runtime: Up to 10 hours at 25% load (Eco mode)
EPA Compliant
Outlet: 30A RV-ready
Weight: ~70 lbs

Detailed Review:

The Oxseryn 4400W shares the core spec sheet with the Power Equipment model — same peak watts, same running watts, same fuel capacity. The distinction is in the refinement details: build quality, control layout, and specific outlet configuration. EPA compliance is noted explicitly, which matters for owners in states with stricter emissions requirements or for anyone who wants a generator that meets current environmental standards out of the box.

The open-frame inverter design keeps weight manageable while providing structural rigidity for transport. Unlike some lightweight inverters that feel plasticky, the tubular frame protects the engine and provides solid mounting points for a hand cart. For homeowners who move the generator between a garage and a campsite, that frame matters.

The 30-amp RV outlet covers most travel trailer and motorhome hookups, and the dual USB ports handle modern devices without adapters. For a weekend camping trip, this unit runs a CPAP machine overnight, keeps a phone charged, and powers a small space heater or fan — all while staying quiet enough for conversation nearby.

Compared to the Oxseryn Power Equipment 4400, this model targets buyers who want EPA compliance and slightly refined packaging without stepping up to a larger generator. The performance difference is minimal; the value difference is the compliance certification and build details.

Pros:

EPA compliant meets current emissions standards in all US states
Inverter technology protects sensitive electronics from voltage irregularities
4,400 peak watts handles refrigerator and freezer startup surges
RV-ready 30A outlet covers travel trailer hookup requirements
70-pound weight allows single-person transport without specialized equipment

Cons:

Single-fuel gasoline limits long-term storage flexibility
3,600 running watts insufficient for central AC or well pump operation
Not the quietest inverter in its class; still produces noticeable engine noise
No dual-fuel option limits fuel source flexibility during extended outages

Who It’s For:

The Oxseryn 4400W is the generator for homeowners who want inverter quality and EPA compliance at a mid-range price point. If you need reliable power for a refrigerator, freezer, lights, and devices during outages, with the flexibility to use it for camping or RV trips, this unit covers both needs without breaking the bank. It’s the right pick for buyers who want to spend under $1,000 but still get clean power and reasonable runtime. Skip it if you need to run central air, a well pump, or multiple high-draw appliances simultaneously; those loads require significantly more wattage.

Editor’s Verdict:

The Oxseryn 4400W delivers inverter performance and EPA compliance at a price that makes sense for homeowners with modest backup needs. For essential circuit coverage and occasional recreational use, it offers the best value in this roundup.

What to Know Before You Buy: Final Considerations

Buying a generator involves more than comparing wattage numbers. Fuel storage, maintenance needs, warranty coverage, and the accessories you pair with it all affect how well the investment serves you over the years. Beyond the generator itself, the accessories you pair with it and how you maintain it over the years will determine whether your investment pays off long-term.

Fuel storage is a practical constraint most buyers overlook until an outage actually happens. Gasoline degrades within months without stabilizer; propane stores indefinitely. Dual-fuel generators give you both options, while single-fuel units tie you to gasoline logistics during emergencies when gas stations may be closed or out of supply.

Warranty coverage varies significantly between manufacturers. A three-year warranty signals confidence in build quality; a one-year warranty is a baseline expectation. Factor this in when comparing models with similar specs at different price points.

With those considerations in mind, here are some of the finer points that separate a generator that lasts from one that becomes a headache.

Generator Ownership: Maintenance and Longevity

A generator that sits idle for months and then fails to start during an outage is worse than no generator at all. Regular maintenance keeps the engine ready, extends component life, and prevents the frustration of a no-start situation when you need power most. For replacement parts, our guide to the best generators replacement parts covers what to stock. For outdoor storage protection, the best generators cover article walks through cover options.

Fuel Stability and Storage Best Practices

Gasoline breaks down within 30 to 90 days even in a sealed container — moisture accumulates, varnish forms, and the fuel becomes less effective at powering your engine. For generators used seasonally or only during outages, this fuel degradation is the most common cause of startup failure.

Always add fuel stabilizer before long storage periods. Run the generator for a few minutes after adding stabilizer to circulate it through the fuel system. Use fresh gasoline when possible, and store fuel in approved containers away from living spaces. Propane eliminates this problem entirely — it doesn’t degrade, evaporate, or cause varnish buildup, which is why dual-fuel capability adds genuine long-term value beyond fuel flexibility.

Check oil levels before every run. Like any combustion engine, generators burn oil over time, and running low damages the engine faster than most owners realize. Replace oil according to the manufacturer’s schedule, and use the oil grade specified — not just whatever’s cheapest on the shelf.

Preparing Your Generator for Off-Season Storage

Before putting the generator away for an extended period, run it dry of gasoline or add stabilizer and run the engine for a few minutes to coat the fuel system. Remove the spark plug, add a teaspoon of oil into the cylinder, and pull the starter a few times to distribute the oil along the cylinder walls — this prevents rust during storage.

Clean the air filter and inspect the fuel filter if your model has one. Remove debris from the frame and engine cooling fins; clogged fins cause overheating. Store the generator in a dry location, covered with a breathable fabric cover to keep dust out while allowing airflow.

When you’re ready to use it again, check the oil, inspect the spark plug, and run the generator for a few minutes with no load before plugging in appliances. This startup routine takes five minutes and catches problems before they strand you without power.

Essential Accessories That Complete Your Setup

A generator alone isn’t a complete power solution. The right accessories make operation safer, more convenient, and more effective — and skipping them creates workarounds that range from awkward to dangerous. For safe home integration, see our guide to the best transfer switches. For heavy-duty extension cord options, the best generators cord article covers what to look for.

A transfer switch is the cleanest way to connect a generator to your home’s electrical panel. It lets you power hardwired circuits — furnace, well pump, lighting — without running extension cords through windows or doors. Hardwired connections are safer, more weatherproof, and easier to manage than improvised setups.

Heavy-duty generator cords rated for the generator’s output wattage are essential for any portable setup. Standard household extension cords overheat and fail under generator loads. Look for cords rated at or above the generator’s running watts, with appropriate length for your placement needs.

A cover protects the generator from dust and weather between uses without trapping moisture underneath. Wheel kits make repositioning a heavy unit practical for a single person. Fuel stabilizer, spare spark plugs, and spare oil round out a basic maintenance kit that keeps the generator running reliably year after year.

Frequently Asked Questions About Generators

How long can you run a generator continuously?

Most conventional portable generators can run for 8 to 16 hours on a full tank at half load, depending on engine size and fuel consumption. Inverter generators with Eco mode can run longer by adjusting engine speed to match demand. For extended outages, you’ll need to refuel, so choose a model with a fuel gauge and consider a dual-fuel unit for indefinite runtime with propane backup.

Can a generator power an air conditioner?

Yes, but only if the generator’s running wattage meets the AC unit’s starting and running requirements. Window air conditioners typically need 1,200 to 3,500 running watts depending on size. Central AC units often require 5,000 watts or more and are best handled by generators in the 9,500-watt running class or higher. Check the AC unit’s label for exact wattage requirements before buying.

Is it safe to run a generator in the rain?

No. Fuel-burning generators are not waterproof. Running one in rain, snow, or wet conditions risks electrical shock and engine damage. Position the generator under a canopy, a generator-specific tent, or an overhang that provides cover while maintaining airflow on all sides. Never operate it under a tarp sealed around the sides, as CO can build up.

What’s the difference between running watts and starting watts?

Running watts describe the continuous power an appliance needs to stay running. Starting watts cover the brief surge when a motor first kicks on — often two to three times the running watts. A generator must handle both numbers: the total running watts of all connected appliances plus the highest single starting watt requirement among them.

Can I use a generator to power my RV?

Yes, if the generator’s output matches your RV’s requirements. A 30-amp RV typically needs 3,600 to 4,500 running watts; a 50-amp RV needs 7,500 to 10,000 running watts. Inverter generators in the 4,000-watt class commonly include a 30-amp RV outlet. For lower budgets, our guide to the best generators under $500 covers options that balance RV compatibility with affordability.

How often should I change the oil in my generator?

Check oil before every use and change it according to the manufacturer’s schedule — typically every 50 to 100 hours of operation, or at least once per season if used infrequently. Like a car engine, running old, degraded oil accelerates engine wear. Use the oil grade specified by the manufacturer; heavier oils don’t perform better and can cause starting problems in cold weather.

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