Return to Tool Reviews

The Veritas Combination Plane

Part one - dados or housing joints

Usually, combination planes are not my thing. I prefer planes that are dedicated to do one task well, than those that are capable of doing several tasks in a mediocre manner. A plough plane should plough grooves, mouldings and beads should be made by woodies designed for the task, and dados should be made by a dado plane.

I have owned combination planes, such as the Stanley #45 and, while they work, they always feel like an excuse for the Real Thing. As a result, I was more curious than excited when Lee Valley sent along their Combination Plane for pre-production testing. I wondered if this was to be another example of an excellent construction with creative design – as we have come to expect from the design team at Lee Valley producing their Veritas range of tools – or whether this was to end as a great idea but just not good enough to play with the dedicated planes?

It is no surprise when I say that this is possibly the most complex plane that Lee Valley have produced to date. It is a modern-era version of the famous Stanley #45 combination plane, which was produced between 1884-1962.

Stanley advertised the #45 as “Seven planes in one”. It could bead, plough (no, not “plow”) a groove, dado (or create a housing), rebate (not “rabbet” … ugh), match plane (create a tongue and groove joint), plane sash (for windows), and slit (thin boards). The Veritas Combination Plane does all the above other than the last two items. Actually, it could plane sash since it accepts the blades from the Stanley #45.

Below: the Combination Plane match planing a tongue …

The Combo is an upgrade on the Small Plow, which is capable of a number of the same uses through the upgrade kit, however the Small Plow cannot plane a dado. The Combo is certainly a striking looking plane with … what is it … 15 brass knobs?

I built a box for it, using the plane to complete a number of different tasks, such as grooves and beads. I did this because it seemed the right thing to do. You can purchase a box with the plane, but I’ve always made my own. Inside this one is the plane plus two rolls of blades.

There is a wide range of available blades. Rebates and grooves, beads, etc, etc …

I must point out before your eyes glaze over that it is not my intention to write a review of the Combination Plane here. There are a number of these already.

What I do mainly wish to offer are my thoughts on setting up and using the combination plane so that one might extract the best from it … and, incidentally, other combination planes, since I shall include what I can here.

The Dado or Housing

The present article will focus on the through dado or housing joint. I have chosen this first as I consider it to be one of the more difficult tasks with a combination plane.

The dado is also the basis of a sliding dovetail, since this is simply a dado with either an angle at one or both sides:

There are a few simple techniques that I recommend, and these will help create perfect dados.

To compare with dados off the Veritas Combination Plane, included is the fabulous (and specialist) HNT Gordon dado plane, which I reviewed here, and the Stanley #46, which is a combination plane that features a skew blade for improved cross grain planing.

The work piece

To demonstrate the process, the board chosen was pine. This softwood will test the edges of planes across the grain. It is vulnerable to spelching at the sides and exit of the dado.

Below is the board held by a sawtooth planing stop and Doe’s Foot. The doe’s foot is reversible and has non-slip tape on both sides.

Setting up the plane

The combination plane is used without the fence – just the main body and the second skate …

Now the key to planing a clean dado is the alignment of nicker (or “spur”, as Stanley refers to it) with the side of the blade. Therefore, let’s first look at the nicker.

The nicker in the combination plane is a double-edged (or V) knife. It arrived with a sharp and pointed V. I found that the point broke off quite quickly, and consequently honed them into a rounded tip.

Keep in mind that this is what you do with pre-production planes. They arrive warts and all. I have no idea whether the production nickers are different from mine (I recommended that they be rounded). The steel in these was also soft, and they would not hold an edge for long. You will struggle to cut clean dados without sharp nickers.

What I did was to heat the tips of the nickers with a torch to a glowing red ho, and then quench in peanut oil. This left a very hard tip and still flexible blade. It was possible to hone and polish on a very fine diamond stone. Be careful – an edge like this is brittle. However I have not experienced a problem, and the nickers have remained very sharp over time.

On the other side of the body are two adjusting screws. One holds the nicker in position, and the second, a set screw, adjusts the nicker beyond the body. The idea is that this can be a fine adjuster to align the nicker with the side of the blade.

You will note that the set screw is missing. These were removed and will not be returning. I found two issues with the setscrews. The first is that the nicker would become bent and deform when pushed away from the body. It was also then vulnerable for waste (wood) to jam underneath it.

The second issue, in my opinion, is that this adjustment is unnecessary in the first place. As I have always understood, when setting up a plane for a dado, the nicker is aligned with the blade. It prepares the way for the blade, when planing across grain, by slicing the surface and avoiding spelching. To do this, the nickers must be aligned exactly with the outer edges of the blade. Further, if the nicker extends outside the body, it would interfere with the body running along a fence. There is a place for the nicker to be situated outside the body, but this is when planing a rebate, which is with the grain. In this situation, the nicker and blade are still coplanar, with both placed a smidgeon outside the body. The purpose here is to cut into the corner of the rebate to keep the side wall vertical. If the plane is not set up that way, it will gradually plane further away from the sidewall, creating a sloped wall.

So we are left with just the nicker, and it is set flush against the body of the plane. It extends about 1/16” below the sole.

Now the other issue with my pre-production planes was the tight fit of the arms. I was warned about this beforehand. In comparison with my Stanley #45 and #46, the Combination Plane was more difficult to fit together. I have not heard complaints from users of new planes, and so assume that it is a trait of my pre-production version, however I will mention what I do to get around this just in case you have a similar issue …

All fences run very smoothly if the brass lock-down knobs are loosened slightly. Obviously what this does is minimise any minor misalignments.

I place the plane (with loosened knobs) on its side, and then drop the other skate or fence on top. Then tighten the knobs.

Once the nickers are adjusted, then insert the blade – here using a ½” – and align it with the outside of the body. Use the lever cap knob to lock it down for now.

Use a straight edge to ensure that the outside of the blade is flush with the body and the nicker. I would take this opportunity to adjust the depth of cut (approximately).

Once this is done, slide on the second skate, and do this again.

Below is a small combination square being used as a straight edge …

Once all is set up, you can secure the blade with the blade guide knob …

Planing the dado

When I watch others planing dados, what I am struck by is the outer boundary lines are created by drawing the plane backwards over the work piece, pressing the plane against the fence, and then using the nickers to score the lines for the dado.

I used to do this as well in the past. I do not do this any longer, and I do not recommend it for others now.

The reason is that these boundary lines are critical for a clean finish. Drawing the plane back does not assure you of straight lines. It is very easy for the nickers to be carried off line by the grain. It is also possible that the plane is not drawn back cleanly, and the result is a mish-mash of lines.

What I do is lay out the lines with a square, and score them with a knife. Score the first line very lightly, just enough to break the fibres. Do this again, and repeat, each time scoring with a little more down force. You will be left with clean and straight boundary lines.

Now transfer the lines over the edge on both ends, and mark off the depth (use a cutting gauge for this) …

The last task is to use a chisel to undercut the boundary lines at the exit. This is to prevent any spelching ...

The fence is placed against one line. Here I am using a ¼” thick section of hard maple. Underneath is some of that non-slip tape ...

Now take the time to set the depth stop. Only one side is needed. I think I was going down about 3/8” here …

OK, now it is time to take the first shaving. Light is good. Start at the far end and work back to the start. The aim is to establish the dado.

Take care to keep the body pressed firmly against the fence. Once a pass is complete, pull the plane back along the housing. Do not lift the plane (you could damage the boundary lines). The nickers are cutting and preparing the way for the next pass.

Once you have done down about 1/8”, stop ….

and remove the fence. It is no longer needed.

It is now possible to complete the dado with the plane guided within the dado itself.

Below is my handgrip. The rear hand is pushing forward, while the front hand is pushing the toe down to prevent the plane coming out of the housing.

The other task is to keep the plane vertical. You are balancing on two skates, and it is not always obvious if the plane is leaning slightly to one side. Check that the floor of the housing is level.

Keep going until the plane stops cutting. This will signal that the depth stop has bottomed out.


The HNT Gordon dado plane

Terry Gordon makes beautiful and very functional planes. His dado plane was reviewed several years ago, and became my go to plane for dados. This one cuts a ½” housing (½” is a very good all round size as it works with inset ½” boards, rebated- and sliding dovetailed ¾” boards).

The dado plane is used in conjunction with a shop made straight edge …

Below, the hand grip from the review. It really does not require much force …

Below: the shavings made in the current demonstration. Note that the set up was exactly the same for the Veritas Combination Plane, that is, boundary lines were scored before planing …

The Stanley #46

The Stanley #46 is essentially a collector’s plane. These are available on the second hand market, but no longer made. They have gained a reputation for excellence owing to using a skewed blade.

Mine only has the 8” arms, which resulted in the fence being placed on the right side of the body (the arms are not able to be transferred across the body, as they can be on the Veritas).

Below is a glimpse of the dados cut, and the lines scored for the Stanley …

The hand hold for the Stanley. Less down force is needed with this plane than with the Veritas …

Again, once the housing is established, the cut can proceed without the fence …

The results

The bottom-line first: the planes were all capable of excellent results, with minimal differences in their results.

Ease of use and set up goes to the HNT Gordon. It uses a dual nicker (i.e. one section divided into two cutters) and this is aligned in the most simple manner (just align the outsides with the body). It cut with less attention needed for accuracy than the others. Part of this was due to not having skates on which it was balanced, and part due to the high fence with which it was used.

Blade depth adjustment was easiest on the Veritas, and least so on the HNT Gordon, which needs a hammer. With practice, this is not a factor.

The skew blade of the Stanley was preferred to the straight blade of the Veritas for speed of cutting, but both these planes also sliced cleanly through the soft wood. In absolute ranking, I would say that the Stanley did so slightly easier also than the HNT Gordon, with the Veritas bringing up the rear.

How does the Veritas stack up against these two planes, which are better suited to dados with their skewed blades? Really, it equipped itself very well. It is easier to set up and use than the Stanley. It produced slightly better results than the Stanley, and was equal here with the HNT Gordon, the dedicated dado plane.

Below are the results.

Firstly, a top view. There is nothing in it. Clear, spelch-free upper edges for all …

The entry view shows all the planes managed square and vertical entries …

The exits were also very similar – the Veritas slightly best, but I would say that differences were down to my relief chiselling. All exits were square …

From one side all the sidewalls are clean. I would rate the Veritas and HNT Gordon equal best, with Stanley slightly behind …

The other side is similar, but the Veritas shades the HNT Gordon very slightly. It is so slight that I am inclined to say that this is user error …

In conclusion, these are three great planes. In my opinion if you prefer a dedicated dado plane, such as the HNT Gordon, then that will be an excellent choice. It is also evident that a combination plane, such as the Veritas is capable of equally excellent results. It simply requires a little more set up time. Since one purchases a combination plane to obtain a wider variety of uses, it is reassuring that it can keep up with the big boys.

Regards from Perth


March 2018