Key takeaways
- Inertia chain brake — stops the chain when the saw kicks back. This is the single most important feature; skip any saw without one.
- Low-kickback chain (ANSI/OPEI B175.1 compliant) — reduces the aggressiveness of the top quadrant of the bar nose, which is where kickback originates.
- Chain catcher — catches a thrown or broken chain before it reaches your leg.
- Anti-vibration system — measured in m/s²; gas saws commonly run 3–6 m/s², and lower numbers mean less hand-arm fatigue on long sessions.
- Throttle lockout and rear hand guard — prevents accidental throttle engagement and shields your right hand.
The best chainsaw deal in 2026 is usually a 50–60 cc gas saw priced around $400–$600, or an 18-inch 56 V battery saw kit at roughly $450–$650, because those two classes cover most storm cleanup, firewood bucking and property maintenance without the compromises of entry-level saws. Anything under $200 typically buys less bar length, a weaker chain brake and a shorter service life; anything above $900 only pays off if you cut more than a few cords a year. Judge a deal by cutting capacity, power source, bar length, weight, safety hardware and five-year ownership cost — not by the percentage off the sticker.
Quick comparison: the picks at a glance
| Pick | Best for | Power | Bar length | Powerhead weight | Typical deal range |
|---|---|---|---|---|---|
| Stihl MS 261 C-M | Best overall | 50.2 cc gas, M-Tronic | 16–20 in | ~10.8 lb (4.9 kg) | $600–$750 |
| Echo CS-590 Timber Wolf | Best value gas | 59.8 cc gas | 18–20 in | ~13.2 lb (6.0 kg) | $380–$500 |
| EGO Power+ CS1800 (56 V) | Best battery overall | 56 V battery | 18 in | ~9–11 lb with pack | $250–$400 bare / $450–$650 kit |
| Corded 14–16 in class | Best budget | 120 V corded, 9–13 A | 14–16 in | ~7–10 lb | $80–$160 |
| Husqvarna 572 XP | Best for big timber | 70.6 cc gas | 20–24 in | ~14.6 lb (6.6 kg) | $900–$1,150 |
Weights are powerhead-only figures from the manufacturers’ spec sheets unless noted; a full tank of fuel adds roughly 1.5–2 lb and a large battery pack adds 3–5 lb, which matters more than most buyers expect.
Best overall: Stihl MS 261 C-M
The 50 cc class is the sweet spot of the entire chainsaw market, and the MS 261 C-M is the saw most arborists point to when someone asks what to buy once. Per Stihl’s spec sheet it runs a 50.2 cc engine at about 10.8 lb for the powerhead, with an electronically controlled carburetor (M-Tronic) that adjusts for altitude, temperature and fuel quality automatically. That last feature is the real deal-maker: it removes the single most common cause of “my saw won’t idle” complaints, which is a carburetor that has drifted out of tune.
It suits anyone cutting one to five cords a year, clearing storm damage, or felling 20-inch trees. The trade-off is price and dealer access — you generally buy it from a servicing dealer rather than a big-box shelf, and the $600–$750 range rarely drops much because Stihl tightly controls pricing. A deal on this saw usually means a bundled bar-and-chain upgrade or a case, not a deep discount.
Best value gas: Echo CS-590 Timber Wolf
If you want maximum displacement per dollar, the CS-590 is the obvious pick: 59.8 cc in a $380–$500 saw, which is 60 cc performance at a 50 cc price. It pulls an 18- or 20-inch bar without bogging in hardwood, and Echo’s five-year consumer warranty (per the manufacturer’s published terms) is longer than most competitors offer.
It suits firewood cutters on 2–5 acres who want a gas saw that will run all afternoon. The trade-off is weight and vibration: at roughly 13.2 lb powerhead, it is 2–3 lb heavier than a pro 50 cc saw, and its anti-vibration numbers are noticeably higher, so a long day of limbing will feel it in your hands and forearms.
Best battery overall: EGO Power+ CS1800 (56 V)
The 56 V 18-inch saw is the battery model that finally made cordless credible for real bucking rather than just pruning. It runs a standard 3/8-inch low-profile chain, has a proper inertia chain brake, and accepts the same 56 V packs as the rest of the EGO lineup — which is the single biggest factor in whether a battery saw is a good deal or an expensive mistake.
It suits homeowners with a suburban or 1–3 acre lot, anyone who wants to cut early on a Sunday morning without waking the neighborhood, and anyone already invested in the 56 V platform. The trade-off is runtime and pack amortization (see the cost math below), plus the fact that a battery saw cannot be refueled in 30 seconds — you swap packs, and each pack costs $150–$350. For lighter pruning work, a 16-inch 36 V class saw such as the Stihl MSA 220 C-B is meaningfully lighter at around 8 lb without the battery, which matters if you are cutting above shoulder height.
Best budget: corded 14–16 inch electric class
A corded saw in the $80–$160 range with a 14- or 16-inch bar and a 9–13 amp motor is the cheapest way to get genuine cutting capability. It suits yard cleanup, limbing, small storm debris and cutting up pallets or scrap — anything within reach of an extension cord.
The trade-off is exactly that cord. Voltage drop over a long run of thin cable noticeably reduces motor torque, so you need a 12- or 14-gauge extension cord kept under about 50 feet, and you must keep the cord routed behind you so it never crosses the cut. Corded saws also have no chain brake on some budget models — check the spec sheet before buying, because that is the one safety feature you should not compromise on.
Best for big timber: Husqvarna 572 XP
For felling and bucking 24-inch-plus trunks all day, you need 70 cc and a 20–24 inch bar. The 572 XP is a 70.6 cc pro-class saw at roughly 14.6 lb powerhead with an autotune carburetor and a magnesium crankcase designed for daily commercial use.
It suits full-time cutters, arborists and anyone heating entirely with wood. The trade-off is triple: purchase price, fuel consumption and physical fatigue. A 70 cc saw burns noticeably more fuel per hour than a 50 cc saw and will wear you out faster on limbing work, which is why most professionals own two saws rather than one big one.
How to choose: the numbers that actually decide it
Cutting capacity is not the bar length
A bar’s practical maximum cut is roughly 1.8 times its length when you buck from both sides. That means a 16-inch bar handles logs up to about 28 inches, an 18-inch bar about 32 inches, and a 20-inch bar about 36 inches. What limits you first is usually engine or motor power, not bar length — a 16-inch bar on a 60 cc saw cuts faster than a 20-inch bar on the same saw, because a shorter bar has less chain to drag through the wood.
Power source: match it to your situation
| Your situation | Power source | Bar length | Typical deal range |
|---|---|---|---|
| Suburban yard, limbs under 6 in, occasional use | Corded or 40–60 V battery | 14–16 in | $100–$300 |
| Storm cleanup on 1–3 acres, mixed hardwood | 50 cc gas or 56–80 V battery | 16–18 in | $300–$650 |
| 2–5 cords of firewood per year | 55–60 cc gas | 18–20 in | $380–$600 |
| Regular felling of 20 in+ timber | 60–70 cc gas | 20–24 in | $700–$1,000 |
| Daily professional or arborist work | 70 cc+ gas or top-handle class | 20–36 in | $1,000+ |
Battery runtime, worked out properly
Battery runtime is simple arithmetic once you know two numbers: watt-hours in the pack and watts drawn under load. A 56 V, 5.0 Ah pack stores 56 × 5.0 = 280 Wh. An 18-inch battery saw draws roughly 1,500–2,000 W when it is buried in hardwood, so 280 Wh ÷ 1,700 W ≈ 0.16 hours, or about 10 minutes of continuous full-throttle cutting. Real bucking runs at roughly a 30–40% duty cycle — you are repositioning, clearing chips, moving logs — so that pack is realistically 25–30 minutes of working time, or somewhere in the range of 60–100 crosscuts through 8-inch hardwood. Species, moisture content, chain sharpness and operator technique all move that number substantially. A 12.0 Ah pack (672 Wh) roughly doubles it.
Five-year cost: fuel and bar oil versus battery packs
A 50 cc gas saw burns roughly 0.6–0.8 L per hour under load. Pre-mixed or home-mixed 50:1 fuel works out to roughly $1.50–$2.00 per litre once you add the two-stroke oil, so fuel costs about $1.00–$1.60 per hour of run time; bar and chain oil at around $8–$12 per gallon, consumed at roughly a third of the fuel rate, adds another $0.60–$0.90. Call it $1.60–$2.50 per hour of cutting, plus a spark plug, air filter, fuel filter and occasional carburetor work each year.
A battery saw’s electricity is almost free: 0.28 kWh at roughly $0.17 per kWh is about five cents per charge, or around $0.30 per hour of continuous cutting. But the pack itself is the real cost. A $250–$400 pack rated for 500–1,000 charge cycles works out to roughly $0.30–$0.80 per charge, which translates to somewhere between $1.80 and $4.80 per hour of continuous cutting. Battery wins on energy and maintenance; gas usually wins on total cost per hour unless you already own the battery platform and share packs across several tools. That platform question is the most important “deal” filter in the whole category.
Safety features worth checking on the spec sheet
- Inertia chain brake — stops the chain when the saw kicks back. This is the single most important feature; skip any saw without one.
- Low-kickback chain (ANSI/OPEI B175.1 compliant) — reduces the aggressiveness of the top quadrant of the bar nose, which is where kickback originates.
- Chain catcher — catches a thrown or broken chain before it reaches your leg.
- Anti-vibration system — measured in m/s²; gas saws commonly run 3–6 m/s², and lower numbers mean less hand-arm fatigue on long sessions.
- Throttle lockout and rear hand guard — prevents accidental throttle engagement and shields your right hand.
What actually makes a price a deal
Three things separate a real deal from a marked-down sticker. First, kit versus bare tool: a bare battery saw at a low price is not a bargain if you then buy two packs and a charger separately. Second, chain and bar standardisation: 3/8-inch low-profile, .050-inch gauge bars and chains are the most widely stocked and cheapest to replace, while oddball sizes cost more every time you sharpen through a chain. Third, model-year transitions: when a manufacturer refreshes a platform, the outgoing model is often discounted while sharing the same batteries, bars and chains, which makes it the best value in the category.
Frequently Asked Questions
How long does a battery chainsaw actually run on one charge?
A 56 V, 5.0 Ah pack holds 280 Wh, and an 18-inch saw draws roughly 1,500–2,000 W under load, giving about 10 minutes of continuous cutting or 25–30 minutes of realistic working time at a normal duty cycle. Expect roughly 60–100 crosscuts through 8-inch hardwood per pack, varying with species, moisture, chain sharpness and technique. A 12.0 Ah pack roughly doubles those figures.
Is a 16-inch bar big enough for firewood?
For most homeowners, yes. A 16-inch bar cuts logs up to about 28 inches when you work from both sides, which covers the vast majority of firewood. The limiting factor is usually the powerhead: a 16-inch bar on a 50 cc saw cuts faster than a 20-inch bar on the same saw because there is less chain to pull through the wood.
Gas or battery for cutting firewood?
Gas wins on runtime, refuelling speed and total cost per hour of heavy cutting, and it is the better choice if you cut more than two or three cords a year. Battery wins on noise, exhaust, cold-start reliability and maintenance, and it is the better choice for yards, storm cleanup and intermittent use — especially if you already own packs for other tools in the same platform.
What annual maintenance does a gas chainsaw need?
Budget for a spark plug, air filter and fuel filter each year, plus bar and chain oil on every tank. Chains need sharpening every few tanks of fuel, and a replacement bar and chain typically runs $50–$90. The biggest long-term risk is ethanol-blended fuel sitting in the carburetor, which is the most common cause of hard starting and rebuilds.
Are previous-model or refurbished chainsaws a good deal?
Often yes, provided the saw shares current batteries, bars and chains so consumables stay cheap and available. Check that the chain brake engages crisply, that the bar rails are not worn or spread, and that a battery saw’s packs still hold a charge. A discounted current-generation saw is generally a safer buy than a heavily used pro saw with unknown hours.
What bar and chain sizes should I check before buying?
Look for a common pitch and gauge combination: 3/8-inch low-profile, .050-inch gauge on 14–18 inch bars, or .325-inch pitch on 50 cc saws. These are the most widely stocked sizes and the cheapest to replace. Unusual pitch or gauge combinations can make a cheap saw expensive to keep running over five years.
