Because you forgot to put the kickstand down!If outboard clutches are so great for the saw's balance, why do outboard clutch Husqvarnas always seem to fall over onto their clutch side?
If outboard clutches are so great for the saw's balance, why do outboard clutch Husqvarnas always seem to fall over onto their clutch side?
Because they are made to rotate, which does make handling better.If outboard clutches are so great for the saw's balance, why do outboard clutch Husqvarnas always seem to fall over onto their clutch side?
It's interesting that your dealer heard this and nobody else did. Perhaps he heard it from someone up the chain who let it slip early or perhaps he was pulling your leg a bit?Was at a Husky dealer's yesterday, & he said a bulletin was received that said the new 70cc Husky AT was ready & soon to be released. Don't know if this is "old" news, but, for those who have been looking forward to this model, your wait may nearly over. My best guess is that it will have been well tested!!
I'll take an inboard clutch EVERY TIME!
That has to do with other design features, like the "rounded" underside of the saw and a relatively high center of gravity - both meant to help during limbing.If outboard clutches are so great for the saw's balance, why do outboard clutch Husqvarnas always seem to fall over onto their clutch side?
Do you ever noodle big rounds? Sorry but the inboard clutch is simply a cleaner, easier and more modern design. Weight/balance is not an issue with an inboard clutch, and never has been. Is it a big deal? When it comes to chip clearance the answer is yes, everything else is a minor inconvenience most of the time. For whatever reason Husky simply cannot build a saw that has clean smooth surfaces around the clutch.Re: Inboard vs Outboard...
Just my thoughts as a guy who cuts a decent amount of wood and has used both types of saws:
I chuckle every time someone touts inboard clutch as a reason to buy a given saw. I just don't see it unless someone makes a habit of pinching their bar in a tree.
-How often does a non-pro change their sprocket? Nearly never.
-How often does someone change a chain? Up to a few times a day. So if you are saving a couple seconds a couple of times a day does that really matter? Personally I change chains when I am taking a water or food break anyhow, so I clean out the sawdust crap under the cover and change the chain. Between changing the chain, cleaning off sawdust, fueling/oiling, and giving it a once over I might fool with the saw for 2-3 minutes during a ten minute break so it makes no difference to me if it is two minutes flat or two minutes and three seconds.
The Huskys that tip over do so because they are almost at a neutral balance of top versus side. Maybe I am crazy but to me that is a good thing for a saw that is going to do both bucking and limbing.
Is the inboard a little easier? Yes a little bit. Is it worth buying a heavier, wider saw with less desirable balance just to get an inboard clutch? Heck no. Buy the saw that you want, and unless there is an absolute even tie of pros/cons when comparing two models, don't worry about it.
Yes and I've never had a problem on modern outboard saws with a little bit of technique.Do you ever noodle big rounds?
For whatever reason Husky simply cannot build a saw that has clean smooth surfaces around the clutch.
Do you ever noodle big rounds? Sorry but the inboard clutch is simply a cleaner, easier and more modern design. Weight/balance is not an issue with an inboard clutch, and never has been. Is it a big deal? When it comes to chip clearance the answer is yes, everything else is a minor inconvenience most of the time. For whatever reason Husky simply cannot build a saw that has clean smooth surfaces around the clutch.
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Sure, putting a rope in the combustion chamber and taking the clutch off every once and awhile to get to the needle bearing isn't what I want to do later in the day, but it's a small thing to do when you look at the big picture.
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To say an engineer designing a tool, knows more about how it should function than the user on the end of said tool, is simply arrogant. An automotive engineer designing a race car works with race car drivers to build a working product. This is where engineer types get themselves in trouble, and is why the current generation of Husqvarna saws are complete failures IMHO. They often think the engineers and computer modeling equal real world use. It doesn't!!
Nitpicking the differences is what we, and the customer base does. No matter the technical or manufacturing reason, if you don't make a product that works, or a product that people want, you'll no longer make anything.
Fact is people want a product that is easy to service, functions in most normal applications, and works in all environments.
Arrogant? I disagree. Some of the brightest designers and engineers combined time, effort, and research to put out that saw, given they did their job. They then get input, through real world use, by professionals or whomever tests the saw or any product for that matter. Changes are made if need be. I'm sure this isn't news to you or anyone else. However, I don't see the point in you saying it's arrogant of me to state that the people who designed the saw from the ground up know more than anyone else about it. And, I also didn't say that they would know more of "how it should function", I simply said they know more about it, and their decisions of things such as inboard vs. outboard, in this case, are made with all their knowledge about a saw that they designed. I don't think it's a terrible claim to make here. They make prototypes, do test runs, make sure the saw is balanced good, etc. before they send it to actually be tested. Then even more data is collected and compiled and changes are made.To say an engineer designing a tool, knows more about how it should function than the user on the end of said tool, is simply arrogant. An automotive engineer designing a race car works with race car drivers to build a working product. This is where engineer types get themselves in trouble, and is why the current generation of Husqvarna saws are complete failures IMHO. They often think the engineers and computer modeling equal real world use. It doesn't!!
Nitpicking the differences is what we, and the customer base does. No matter the technical or manufacturing reason, if you don't make a product that works, or a product that people want, you'll no longer make anything.
Fact is people want a product that is easy to service, functions in most normal applications, and works in all environments.
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