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View Full Version : A Tale of Two Planes...Direct Comparison Between Type 14 and Type 19



Matthew Hutchinson477
11-22-2017, 10:03 AM
After reluctance to spend the big bucks on a No. 7 jointer plane (I made myself a rule that it had to be under $100), my irrational stubbornness paid off this time. A seller that I established a relationship with (highly recommended tactic, by the way) gave me a deal on a nearly-mint Type 19 for $75. Yes, I'll take it. A week later on craigslist I found another No. 7 for $60 and I bought it as well. I did say my price-related stubbornness was irrational. Anyway, I figured I'd do a direct comparison to get to the bottom of this whole "older SW-era planes are infinitely better" argument that I see on the internet. As I was getting into this hobby I saw a lot of talk about certain types being superior and I can imagine a lot of beginners get caught up in seeking specific types thinking they are better. So, time to put some idears to the test!

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Differences
Apart from just aesthetic differences:

-Keyhole on the 14 vs Kidney-style hole 19. The keyhole is easier to put on and take off but the Kidney-style is probably less prone to sliding. I do notice that with the keyhole-style if the screw is not tightened enough the lever cap will move slightly if you adjust the iron backward. Overall, not a big deal, though. If the iron's final adjustment is forward as it should be the lever cap will be forward all the way against the lever cap screw.

-Tote and Knob. The finish on the Type 19 is hideous. It's thick, conceals the color and figure of the wood, and even has a couple drips. It was clearly not done by a patient professional. The tote on the 19 is also not shaped as well in my opinion. It's thicker and kind of clunky. The 14's tote is thinner with smoother curves, and it is noticeably more comfortable to me. Again, not a big deal, though, because the tote would be cleaned up and reshaped without much trouble.

-Frog and Mating Surface. This is the big one. I'll let the pictures do most of the talking.
Type 14:
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Type 19:
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The 14's frog has a lot more contact area both with the iron and with the plane body. I think this is what high-brau collectors would fuss about the most. Personally, I'm skeptical that it makes a tremendous difference. If the 19 has enough solid contact to not chatter or anything then it's good enough. The one thing I will say is this--see that little notch at the front of the frog? And the little hump at the very front of the frog mating surface on the plane body? On the 14 that notch and hump fit together and limit the lateral movement of the frog. On the 19 there is no contact between the frog's notch and the plane body's hump, so the frog can shift laterally by quite a bit. This makes the 19 more of a pain to adjust initially. Even with that, most of us don't touch the frog adjustment after we set it so it's a minor inconvenience.

-Casting. The 19 has a noticeably thicker casting. Both planes have solidly flat soles. I didn't lap the 14's sole at all because it doesn't need it, and the 19's sole turned out to have slight high spots at the toe, heel, and right in front of the mouth so it probably didn't need to be lapped. Using 100 grit on glass I got it to the point where 80-90% of the sole was scratching and it didn't take much time.
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The thicker casting of the 19 did make it heavier but the difference is only noticeable to me because I was paying attention. Some people might prefer the heavier plane, others the lighter. Makes little difference to me.

-Iron and Chipbreaker. The 19 had a thicker iron. 0.088" versus 0.073" for the 14. I also noticed that it felt harder when being sharpened. Maybe it just felt that way because it was thicker but it definitely seemed harder to scratch. The chipbreaker on the 19 also looks less refined without the clear curve that the 14's chipbreaker has. That said, both work well and required minimal honing to get a solid fit.
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Summing Things Up
-Lever cap: Type 19's kidney-style hole is slightly more secure in my opinion but really negligible difference
-Tote and knob: Type 14 is clearly superior, though this is also easy to fix
-Frog and mating surface: Type 14 is a superior design with more contact and better adjustment. Whether or not that translates into superior performance I don't know
-Casting: Can't decide here. I tend to associate a thinner casting (type 14) with more precise manufacturing. It feels more refined and I wonder if it will wear me out less being lighter. That said, I imagine some would prefer the thicker casting of the type 19.
-Iron and chipbreaker: I give the edge to the type 19. Thicker iron is better, plain and simple. I could care less about the exact shape of the chipbreaker. Both work.

Performance Test
I cleaned up both planes and put a rather hasty 30* edge on each blade. Sharp enough to shave with but not a perfect mirror polish. I did get around to tuning the Type 19 which included lapping the sole, frog, and frog mating surface with 100 grit sandpaper on glass. The Type 14 had the frog lapped a little but that's it. I'm impatient, sue me. The quarry is quarter-sawn red oak.

Both planes were about equal in terms of ease of adjustment. Both could be adjusted to take nice, thin shavings without much trouble. The 19, having been lapped with 100 grit, was noticeably harder to push but I suppose that is my doing. I also found myself preferring the lighter weight of the 14. The heavier weight of the 19 might be nice for powering through thick shavings or harder wood but this isn't a jack plane so I feel that the benefit is negated. The 19's tote was less comfortable and became annoying. I would definitely do some shaping and finish it with something not so thick and plastic-y. Finishing rosewood in such a way is a crime. I did not notice either iron getting dull more quickly. As for the frog/mating surface issue? Neither plane chattered so I would say that the type 19's design isn't a disadvantage in use. Maybe with some tougher wood but I can't confirm that. Though I do have some osage waiting to be planed...

So, in conclusion: Yes, the SW-era plane does appear to be made better and given the choice I'd choose one over a newer plane. But the difference in performance is minimal so I wouldn't shy away from a newer plane. I'd take a type 19 in good condition over a SW-era plane in bad condition any day, and I wouldn't pay much more for an older plane. Moral of the story: make your decision based on price and condition of the plane. If you're a collector with a sentimental desire for certain types then enjoy your hobby and take pride in your piece of history. But if you're a pure user only concerned with performance? Buy your planes based on price and condition, not type.

Matthew Hutchinson477
11-22-2017, 10:04 AM
Edited picture of the totes:
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Mike Brady
11-22-2017, 10:53 AM
Nicely done comparative review of the planes, Matthew. For the long-timers here not much news but it does not hurt to review. I like the way you stayed away from black/white conclusions that many reviewers are prone to. Many for them have prejudices that they are trying to support with their reviews, but I did not sense that in yours. In my experience, I still am glad to own planes of either type. There clearly were more labor operations in production of the pre-war planes, and most other hand tools, for that matter. There can be duds in tools of any vintage, or gems. When you think of how little you pay for vintage tools compared to modern production versions, their value skyrockets. Modern planes deliver ultimate performance to those who are able to afford them, but the user's good technique is essential regardless of what tool you are using.

ken hatch
11-22-2017, 11:11 AM
Summing Things Up
I give the edge to the type 19. Thicker iron is better, plain and simple. I could care less about the exact shape of the chipbreaker. Both work.
.

Matthew,

Ain't necessarily so.

While the later planes can be made to work as well as the earlier planes and unless you are bidding against collectors the price of each is close and the work required to get to a useable plane is also close the question becomes why start with a base that isn't as well made and refined as the other. Same work, same price, and you end up with a better plane, seems a no brainer to me. Once all the early planes are gone and the prices go much higher is another story. Of course I haven't been in the plane market for some time so I could be blowing smoke and as always with anything wood....YMMV.

ken

david charlesworth
11-22-2017, 12:11 PM
Matthew,

100 grit finish is going to create significant friction!

My routine would be to follow with, 150g, 240g till it is blunt. 0000 wire wool and chrome polish (such as Autosol), rubbed hard will reduce friction even more.

Whenever I do this with students I am reminded of the great Jim Kingshott, who used to go to 600grit. I don't have that much patience.

Best wishes,
David Charlesworth

steven c newman
11-22-2017, 12:37 PM
100 grit is just fine...trick is merely to rub the sole of the plane with a plain old candle, before use. Might want to hold on a bit tighter, as the candle wax will make things very slick.....

I have types 7 up to and including Type 20/21.....all are users.

Good review.....

Now, we need one for the Millers Falls and Sargent plane types....

Jim Koepke
11-22-2017, 1:45 PM
I can imagine a lot of beginners get caught up in seeking specific types thinking they are better.

Some folks also like the consistency of a single type or a few types that overlap. My plane till has type 4 through type 17. This might drive some folks crazy dealing with the early depth adjusters being threaded opposite of the later types.

If my collection ever gets sold off some collector buyers will be upset. My preference is for the short front knob. Even on my planes that came with a tall knob. Type 14 and later have a ring that makes it a bit more difficult to change it to the low knob. Many of my early planes have a large depth adjuster wheel (type 12 & later).

Many of the later planes are great users. The problems that come my way have more often been in poor workmanship that seems to have come about after WW II.

jtk

Mike Brady
11-22-2017, 2:57 PM
I found the Ron Hock irons to be worth the investment in terms of maximizing the iron thickness without having to file the mouth (unless you use David's excellent demo of relieving the mouth opening). I'm referring to the O-1 irons. They certainly sharpen up nicely. I'm a paraffin man also. Frank Klaus and apparently, David, like shiny bottoms! And who can blame them?

Patrick Chase
11-22-2017, 3:16 PM
Is the red party cup a deeper statement of some sort? Every time I see one of those I have flashbacks... (of the "dimly-remembered" variety of course :-)

Matthew Hutchinson477
11-22-2017, 3:22 PM
Matthew,

Ain't necessarily so.

ken

Care to elaborate re: thicker irons not always being better? I'm not trying to be argumentative, I just haven't heard anyone give preference to a thinner plane iron before.

Matthew Hutchinson477
11-22-2017, 3:26 PM
Is the red party cup a deeper statement of some sort? Every time I see one of those I have flashbacks... (of the "dimly-remembered" variety of course :-)

My shop is like a mullet: business up front, party in the back.

In all seriousness, I just happened to have some laying around. Now, the fact that I have red solo cups laying around may be a statement of some sort. I am still in my 20's after all.

Matthew Hutchinson477
11-22-2017, 3:30 PM
Matthew,

100 grit finish is going to create significant friction!

My routine would be to follow with, 150g, 240g till it is blunt. 0000 wire wool and chrome polish (such as Autosol), rubbed hard will reduce friction even more.

Whenever I do this with students I am reminded of the great Jim Kingshott, who used to go to 600grit. I don't have that much patience.

Best wishes,
David Charlesworth

Normally I go up to 220 but I wanted to see if I could if the extra effort was worth it. Honestly I'm surprised by how much more friction there is with the plane that I stopped at 100 with, and in hindsight going higher is definitely worth it. Maybe I'll have to try something like 400 or 600 with a block plane. Could be worth it.

Matthew Hutchinson477
11-22-2017, 3:32 PM
100 grit is just fine...trick is merely to rub the sole of the plane with a plain old candle, before use. Might want to hold on a bit tighter, as the candle wax will make things very slick.....

I have types 7 up to and including Type 20/21.....all are users.

Good review.....

Now, we need one for the Millers Falls and Sargent plane types....

Yaaa I didn't use any wax or anything on these. Wanted to see how they felt with nothing other than one being lapped and the other not. With wax 100 grit might be enough but after this little experiment I'm gonna go through the extra effort to go up 220 or 320.

ken hatch
11-22-2017, 5:39 PM
Care to elaborate re: thicker irons not always being better? I'm not trying to be argumentative, I just haven't heard anyone give preference to a thinner plane iron before.

Matthew,

Sure, I'm one that for most jobs prefer simple steel and thin irons in my metal planes. I communicate with a number of others that feel the same. If you want "names" Richard Maguire and Paul Sellers are two well know workers that mostly work with thin irons. Thick cutters made of, as Richard Maguire calls it, "posh" steel requires a different sharpening kit to work efficiently. With thick irons of A2 a grinder and water stones are needed. While thin HC steel iron can be sharpened with almost any kit.

What I think when I see Bedrock style planes and thick A2 cutters is someone has done a heck of a sales job. Full disclosure the sales job worked on me, I have a number of LN planes and cutters for all my metal planes from Hock and LV. The LN planes are very well made, perform well, are too damn heavy and sure are pretty. Did I mention that they sure are pretty but when there is work to be done I will usually reach for one of the woodies or a early Stanley with the OEM cap iron and a thin cutter.

As always with anything wood....YMMV.

ken

Roy Turbett
11-22-2017, 5:50 PM
Care to elaborate re: thicker irons not always being better? I'm not trying to be argumentative, I just haven't heard anyone give preference to a thinner plane iron before.

The thicker iron protrudes about 1/32" further into the opening of the mouth which isn't usually a problem. However, it was a slight problem on one of my Bedrock planes as the iron wouldn't fully retract before the adjuster screw bottomed out. I solved the problem by shortening the distance between the front edge of the chip breaker and yoke slot. I also took a little off the front of the mouth to make it slightly larger.

Another thing I've found when trying to compare older irons is that sometimes previous owners have overheated them on the grinder and they don't hold an edge as well as a new iron regardless of thickness.

William Fretwell
11-22-2017, 7:45 PM
Thicker irons are a huge issue because sharpening them is a major issue when you would rather be using them. The newer alloys complicate things even more and really add to sharpening difficulty. Yes they are almost sharp for a long time, depending on the wood you are using. Yes all of this is affected by the wood you are working.
The good news is we have options:
Old steel: easy sharpen, very sharp, frequent honing.
A2 etc: thick steel, sharp for longer, very lengthy sharpening.
01 HSS: thick steel, very sharp.

The killer comes when that secondary bevel shortcut becomes the main bevel and you really have to restore the main bevel. The machine free shop cries out for a water cooled wheel so you can actually get back to working wood. Thinner blades are much easier.

I am going to try the thicker 'modern' blade in 01 HSS. The Japanese blades with their thick laminated construction and thin hard layer seem to have it right but western plane blades are not made that way....yet! The tapping out of Japanese blades is an added complication.

Patrick Chase
11-22-2017, 8:40 PM
To be clear, some of the criticism of late-type Stanleys has to do with quality, and specifically execution of the various machining steps required to turn raw castings into a working plane. Inasmuch as that is the case it's possible to get a "good" late-type plane as seems to have been the case here.

w.r.t. casting thickness, I think you're on the right path when you speak of "precision". A thinner casting requires better tolerances in both the casting process itself and in subsequent machining operations. IMO a heavy casting is tolerable (though not desirable) for, say, a #4, but we're talking about a #7 here. Unless you have a freakish physique you probably don't want to be burdened with excess weight in a plane that's so massive to begin with.

I agree with your point about frog support. The smaller area is nominally a step down and clearly intended to minimize machining costs as less area == less machining. With that said my engineering intuition is that it doesn't impact performance in any appreciable way, *provided* it's actually machined flat (see above w.r.t. quality/variability though).

I think that the importance of blade thickness is seriously overblown, and don't agree that "thicker iron is better, plain and simple". If you know how to tune a Stanley you can get equivalent results either way. If the type-14 iron is laminated then I would value it well above the 17, though if they're both homogeneous then it's probably a wash.

Derek Cohen
11-23-2017, 8:20 AM
Thicker irons are a huge issue because sharpening them is a major issue when you would rather be using them. The newer alloys complicate things even more and really add to sharpening difficulty. Yes they are almost sharp for a long time, depending on the wood you are using. Yes all of this is affected by the wood you are working.
The good news is we have options:
Old steel: easy sharpen, very sharp, frequent honing.
A2 etc: thick steel, sharp for longer, very lengthy sharpening.
01 HSS: thick steel, very sharp.

The killer comes when that secondary bevel shortcut becomes the main bevel and you really have to restore the main bevel. The machine free shop cries out for a water cooled wheel so you can actually get back to working wood. Thinner blades are much easier.

I am going to try the thicker 'modern' blade in 01 HSS. The Japanese blades with their thick laminated construction and thin hard layer seem to have it right but western plane blades are not made that way....yet! The tapping out of Japanese blades is an added complication.

William, I disagree with those that say the modern, thicker blades are difficult to sharpen. Almost all the bench plane blades I use are thick and either PM or A2 steel. They take me seconds to hone. It really is about the sharpening regime you use, for example, I hollow grind all blades and use media that is suited to these steels. On the other hand, those that wish to stick with full face bevels and oil stones are better off with thin Stanley blades.

Regards from Perth

Derek

ken hatch
11-23-2017, 8:47 AM
William, I disagree with those that say the modern, thicker blades are difficult to sharpen. Almost all the bench plane blades I use are thick and either PM or A2 steel. They take me seconds to hone. It really is about the sharpening regime you use, for example, I hollow grind all blades and use media that is suited to these steels. On the other hand, those that wish to stick with full face bevels and oil stones are better off with thin Stanley blades.

Regards from Perth

Derek

Derek,

That was what I was trying to say, in my usual build a clock to tell the time way. You did a much better job in fewer words.

ken

steven c newman
11-23-2017, 10:54 AM
I merely use the irons that came with the planes.......and go from there....and I tend to keep things rather simple with the sharpening.....seems to work for me.

david charlesworth
11-24-2017, 2:00 PM
I would not touch a late 20th century, UK Stanley blade, with a barge pole.

My 8 foot beech bench top, 16" wide, used to take at least 3 freshly sharpened blades when taking a finishing shaving. Work that I can now do with one Hock blade.

best wishes,
David Charlesworth

steven c newman
11-24-2017, 10:45 PM
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British Stanley #4c....
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Like I said, I use the irons the planes came with......
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Have no idea just how some have their planes set up.....mine are set up as users....
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This one has been in use since I rehabbed it.....on Walnut, Cherry, Curly Maple, Poplar and pine......still going quite strong.
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Must be in the set ups......

William Fretwell
11-24-2017, 11:39 PM
Yes Derek if you hollow grind the blades with a machine then sharpening is far simpler. The frustrating thing is having to buy a large machine just so you can get your $300 of 'stones' to work in your lifetime. If you spend enough money anything is simpler. That jump to a grinder is one I made when I saw a 10" water cooled wheel for $200. Overheating blades with a grinder is an added complication I wanted to avoid. I resented having to get one.

Modern thicker blades are ABSOLUTLY more difficult to sharpen. Modern alloys are ABSOLUTLY more difficult to sharpen but you do it less often (there is one exception).

The exception has no steel. Cast cobalt with a high percentage of dendritic cobalt carbide. Cuts high tech rope better than anything else on the planet; for a long time. Two passes on a medium water stone each side and your edge is restored. Useless for wood however as it's not 'sharp'.

The advice given to beginners on this site frequently advises a low angle plane or two without telling them about the rabbit hole they are about to jump down.

Jim Koepke
11-25-2017, 2:39 AM
The advice given to beginners on this site frequently advises a low angle plane or two without telling them about the rabbit hole they are about to jump down.

One man's rabbit hole (rebate hole) is another man's slippery slope.

jtk

Stewie Simpson
11-25-2017, 3:48 AM
Yes Derek if you hollow grind the blades with a machine then sharpening is far simpler. The frustrating thing is having to buy a large machine just so you can get your $300 of 'stones' to work in your lifetime. If you spend enough money anything is simpler. That jump to a grinder is one I made when I saw a 10" water cooled wheel for $200. Overheating blades with a grinder is an added complication I wanted to avoid. I resented having to get one.

Modern thicker blades are ABSOLUTLY more difficult to sharpen. Modern alloys are ABSOLUTLY more difficult to sharpen but you do it less often (there is one exception).

The exception has no steel. Cast cobalt with a high percentage of dendritic cobalt carbide. Cuts high tech rope better than anything else on the planet; for a long time. Two passes on a medium water stone each side and your edge is restored. Useless for wood however as it's not 'sharp'.

The advice given to beginners on this site frequently advises a low angle plane or two without telling them about the rabbit hole they are about to jump down.

William; you have every right to question some of the advise being offered on this forum site.

Stewie;

Todd Stock
11-25-2017, 6:21 AM
DMT DuoSharp C/XC to strip the edge and 8000 Norton to polish and back off. Takes a minute to do an edge in O1, A2, or PM-V. Where the thin iron shines is time to regrind, but that thickness also means time between grindings is reduced. With a CBN wheel, grinding goes quickly in a flash, but on a powerless job site, I can see the attraction, although if I travel, the DMT can handle the regrind.

Thin O1 irons made a lot of sense given oil stone/early man-made stone sharpening tech and job sites without any electrical service. I still have all my old oil stones and my hand-cranked grinder stored in preparation for the zombie apocalypse.

What? It COULD happen.

Jerry Olexa
11-25-2017, 10:20 PM
Thanks Mathew..Interesting...agree with your conclusions

Carl Baker
11-28-2017, 8:36 AM
Since this is a type study of No 7s, no point in a new thread. Anyone have an idea of this one? Looks like a 16 with a replacement lever cap? Agree / disagree? I know it made short work of sizing a door slab the other day; even in its current condition... buried in the bottom of a box of tools that I picked up for a song...

Jim Koepke
11-29-2017, 4:38 AM
The lever cap appears to be from an earlier type. The image isn't clear enough to see if there is a frog adjustment screw under the depth adjuster. For some reason the frog adjustment set up went missing during WWII. Maybe the guys who worked in that department got drafted.

jtk

Carl Baker
11-29-2017, 2:51 PM
It does have a frog adjustment. Everything I think points to a 16 except the lever cap is wrong and the casting is the older style (which as I read closer was not uncommon for early type 16s).