Stihl MS 193 vs. Husqvarna 135 Mark II (Shootout)

For ground-based pruning, limbing, and light bucking, the lighter STIHL MS 193 C-E is the more compact choice; the Husqvarna 135 Mark II offers more displacement and rated power, with a modest weight increase. Neither is a large-tree saw. Compare the exact bar and chain setup, local price, and workload before buying.

If you are weighing price against power, the key difference is clear: the Husqvarna has the larger engine, while the STIHL has the lighter powerhead. Neither specification alone proves which saw will cut faster in your wood. Chain condition, bar setup, wood size, and operator control all matter.

A better fit can also avoid buying more saw than you need. For lower fuel use and less unnecessary cutting capacity, match the tool to the work rather than choosing by engine size alone. I compare manufacturer-rated figures here and avoid claiming timed test results that would need controlled, repeatable cuts.

Quick comparison: which saw fits your work?

This comparison uses the rear-handle STIHL MS 193 C-E, not the top-handle MS 193 T, and the Husqvarna 135 Mark II. Powerhead weight excludes the bar, chain, and fuel, so the saw will weigh more when ready to cut. Specifications and bar options can vary by market.

*Common configurations are not a fitment guarantee. Check the exact saw, bar, and chain identifiers before ordering parts.

The Husqvarna has 7.9 cm³ more displacement and 0.3 kW more rated output. That is about 26% more displacement and 23% more rated output than the STIHL, based on the figures above. Its powerhead is about 0.5 kg heavier. The power-per-weight figures are simple calculations, not a measure of cutting speed or ease of handling with a bar fitted.

Quick verdict: Choose the STIHL if lower powerhead weight and smaller-scale work matter most. Choose the Husqvarna if you want more rated output and accept a heavier powerhead. Next, compare your usual wood and cuts, not just the numbers.

What the specifications mean in use

Displacement is the engine’s cylinder volume; rated output is the maker’s stated power figure. Powerhead weight leaves out the cutting equipment and fuel. These numbers help frame the choice, but they do not set a safe wood diameter or guarantee performance in a specific cut.

The Husqvarna’s higher output may be useful when your regular work includes more demanding light bucking. But the STIHL’s lower weight may be welcome during repeated limbing and pruning from the ground. A correctly sharpened chain on either saw can matter more than a small difference in power when the chain on the other saw is dull.

The calculated power-to-weight ratio slightly favors the Husqvarna. Treat it as a comparison aid only: it uses rated output divided by bare powerhead weight, and it does not account for vibration, balance, bar length, or how the saw feels in your hands.

There is no universal hardwood limit for either model. Dense, frozen, dirty, or large-diameter wood increases cutting load. If a saw bogs down, do not force it; check chain sharpness and tension, and reassess whether the cut and tool are appropriate.

Takeaway: The Husqvarna leads on rated power; the STIHL leads on bare weight. Neither figure, by itself, settles the buying decision.

Bar, chain, and model compatibility

Bar length is the usable guide-bar length listed for a particular configuration. Chain gauge is the drive link’s thickness, while pitch describes the chain’s size. The bar, chain, and saw must match; familiar brand names or similar-looking parts do not establish compatibility.

Bar choices vary by market and model setup. Use only a length listed in the manual for your exact saw. A longer bar is not automatically an upgrade: it adds cutting equipment and may make control more difficult, while the engine must drive the selected chain and bar.

The common chain configurations differ. MS 193 setups often use 3/8″ Picco chain with a 1.1 mm/.043″ gauge; 135 Mark II setups often use 3/8″ mini chain with a .050″/1.3 mm gauge. Confirm the bar part number, chain identification, and required drive-link count before fitting or buying a replacement.

Sharpening details also depend on the installed chain. Use that chain maker’s chart for file size, filing angle, and depth-gauge setting. There is no single raker clearance or filing setup that applies to every chain.

Before purchase: Ask the dealer to confirm the bar and chain part numbers for the exact saw. Do not assume a chain that fits one model will fit the other.

Which saw suits your workload?

A workload match weighs the size and frequency of your cuts against handling, power, and upkeep. These examples are decision guides, not claims that either model has a fixed cutting limit. If a tree, site, or cut is beyond your training or the saw’s capacity, stop and use a qualified tree-care professional.

I use a simple comparison when a buyer has several tabs open: list the three cuts they do most, check the manual-approved bar options, then handle each saw if possible. A buyer doing frequent ground-level limbing may place more value on weight. Someone who often bucks suitable wood may prefer the Husqvarna’s higher rated output. These are workload-based trade-offs, not field-test claims.

Keep the MS 193 T separate from this comparison. It is a top-handle saw intended for trained arborists working aloft, not a like-for-like replacement for the rear-handle MS 193 C-E. Top-handle saws require specific training and work practices.

Next step: If your regular work involves large stems, complicated felling, or cutting above shoulder height, do not solve that mismatch by choosing the larger of these two saws.

Setup, safe operation, and care

Safe use depends on the saw’s manual, a sound setup, and the operator’s training. Both models are rear-handle two-stroke saws in this comparison. Before use, check protective gear, controls, chain condition, work area, footing, and escape route; stop if you cannot make the cut safely.

Before starting, inspect a helmet with eye and face protection, hearing protection, chainsaw-rated leg protection, gloves, and protective footwear. Check the chain brake, throttle lockout, chain catcher, controls, bar, chain tension, and fasteners. Look for overhead hazards, bystanders, unstable footing, and a clear escape route.

Clear the work area and set an exclusion zone. For felling, assess lean, wind, defects, nearby targets, and escape paths. A hanging, leaning, split, or tensioned stem can move without warning. Do not improvise release cuts or felling steps when a hinge failure or barber-chair split may occur; get a qualified professional.

Start the saw exactly as its manual directs, with the chain brake engaged and the saw securely controlled. Confirm stable idle and that the chain stays still at idle. Do not start or warm the saw with its chain touching wood or another object. When cutting, keep a firm two-handed grip and secure footing; use the lower part of the bar for ordinary cuts and avoid bar-tip contact. Never cut above shoulder height.

Rotational kickback can happen when the upper quadrant of the bar nose strikes wood or another object. The bar may move rapidly up and back toward the operator. Avoid nose contact, keep the chain brake working, and do not force a cut.

Use fresh fuel mixed 50:1 with two-stroke oil that meets the applicable manufacturer specification. Do not use straight gasoline or an incorrect mix. Use approved chain-and-bar lubricant, and check oiling as the manual directs. Shut down and let the saw cool before refueling or maintenance.

With the engine off and cool, clean debris from the sprocket cover, bar groove, oil outlet, and air intake. Inspect the bar rails and sprocket. Check chain tension while the chain is cool, and sharpen only to the installed chain’s specifications. Replace damaged or badly worn parts. Follow the manual’s storage steps for fuel and chain oil; store fuel in approved, labeled containers.

For work practices, follow applicable guidance such as ANSI Z133. OSHA 29 CFR 1910.266 covers certain logging operations; it does not automatically apply to every landscaping task. For any permitted engine adjustment, use the manufacturer’s limits and a tachometer, not generic RPM figures or tuning by ear.

Key point: Correct fuel, a sharp matched chain, and a safe work plan matter whichever model you choose.

Final recommendation

The STIHL MS 193 C-E is the more weight-conscious option for ground-based pruning and limbing. The Husqvarna 135 Mark II offers higher rated output and displacement, at the cost of a heavier powerhead. For light bucking, choose based on the cuts you do often and the bar setup approved for your saw.

Before paying, confirm the exact model suffix, included bar, chain specification, dealer support, and price. If you can, handle both models with the intended setup. Buy for your usual work, not a rare cut that may call for a different saw or professional help.

FAQ

Is the Husqvarna 135 Mark II more powerful than the STIHL MS 193 C-E?
Yes. Its listed rated output is 1.6 kW, compared with 1.3 kW for the MS 193 C-E. That does not guarantee a faster cut in every wood or setup.

Which saw is lighter?
The MS 193 C-E has the lower listed powerhead weight: about 4.2 kg versus about 4.7 kg for the 135 Mark II. Both figures exclude bar, chain, and fuel.

Are these saws suitable for large-tree felling?
Do not treat either as a default large-tree felling saw. Tree size, condition, site, operator training, and the saw’s approved setup all matter. Use a qualified professional when the job exceeds your ability or equipment.

Can I use the same chain on both saws?
Not by model name alone. Common setups differ in chain type and gauge. Verify the saw and bar part numbers, chain identification, and drive-link count before fitting a chain.

What fuel mix do the saws use?
Both use a 50:1 gasoline-to-two-stroke-oil premix when the oil meets the applicable manufacturer specification. Follow the model manual and never use straight gasoline.

Does a longer bar make either saw better?
No. Use only a bar length listed for the exact saw. Longer is not automatically better and may affect control and cutting load.

Is the MS 193 T the same kind of saw as the MS 193 C-E?
No. The MS 193 T is a top-handle saw for trained arborists working aloft. The MS 193 C-E is the rear-handle model used for this comparison.

Which one should I buy for occasional yard work?
Either may fit, if its approved setup suits your cuts and you can handle it safely. Compare the exact included bar and chain, local price, and access to service before deciding.

(This article was written by one of our staff writers, Marcus Thorne. Visit our Meet the Team page.)