Making Pipes from Morta

Making pipes from morta differs from making them from briar most of all in where and how the raw material comes from. Briar blocks can be ordered already cut, sorted, and dried; morta, on the other hand, is a trunk that small crews dig out of a bog by hand, that must be rested for years, and most of which is lost to waste. This trio of bottlenecks — limited extraction permits, long drying, and high wastage — has kept morta pipe-making a small-scale field that relies almost entirely on hand labor.

Extraction from the Bog

The morta source most often cited in pipe-making is the Brière bog in France's Loire-Atlantique region. The roughly seven-thousand-hectare area known as the Grande Brière Mottière is held in common by twenty-one communes; a syndicate commission established in 1838, together with the Brière Regional Nature Park, sets who may extract how much and on what dates through annual agreements. Because water only recedes in autumn, the window is narrow: under current rules, September 15 to October 30 — close to six weeks a year. No heavy machinery is allowed on the site. Prospectors probe the ground by driving a long metal skewer into the peat; when the skewer strikes a solid mass, the spot is marked, and the trunk's boundaries are traced through successive probing. Extraction is done with a shovel and spade, the trunk is cut into portable pieces, and the pit is refilled and its top layer replaced the same day. Records note trunks found at depths exceeding a meter. Only ten to twenty percent of the wood extracted turns out to be workable.

Drying and Sorting

Morta releases moisture faster than briar; a trunk left exposed dries quickly on the outside and develops deep cracks. This is why logs are kept in closed, dark storage, their cut faces sealed, and moisture removed slowly; kiln drying is not used. Sources don't agree on how long to wait: the lower limit most often cited is two years, and thick logs are reported to take three to four years to reach a moisture level suitable for pipe-making. Once the wait is over, the trunk is first cut into cross-sections, then into blocks on a band saw. This is where the real sorting happens; every cut surface reveals new cracks and rotted areas, and blocks are taken only from the parts that remain sound. Morta doesn't show briar's sand pits; flaws appear instead as fine cracks and degraded wood. Because rings mark the tree's annual growth, a block can also be oriented for the desired ring density.

The Shape the Material Dictates

Morta blocks are mostly shorter and more square in proportion than briar blocks. This is a limit that directly narrows the shape repertoire: the shank stays short, the margin between the tenon and the tobacco chamber thins out, and drilling becomes a millimeter-precise task. Shank extensions made with materials like bamboo are the known solution to this squeeze. The material doesn't turn as cleanly on a lathe as briar does — it tends to chip at the edges; at the Talbert workshop, it's said that shaping the body by hand on a sanding disc gives better results than finishing it on the lathe. Bits and small reamers made for metal rather than wood perform better on morta. Friction heats the material up quickly and also dulls the abrasive surface fast, so pressing the disc for long stretches is avoided. The general stages of making a pipe stay the same, but at every step the surface is checked with a magnifier for hidden cracks.

Finishing and Stamping

Morta doesn't take stain; the color is in the wood itself, and finishing is a shorter sequence of steps than with briar. On the other hand, the porous surface pulls in polishing compound, and cleaning requires a fine-bristled brush; most makers settle for oil and beeswax rather than heavy buffing. The surface is generally sanded up to grit 600; going to finer papers gives limited returns — morta doesn't hold the high gloss briar does, and settles into a satin look with use. Stem work can be split by tier; at the Talbert workshop, ready-cast stems are thinned and adapted for the Classic tier, while for the Signature tier the stem is cut entirely by hand. In both cases the stem's bore is matched to the shank's hole, and the button's interior is opened wide enough for a pipe cleaner to pass through. The last step is the stamp; that fine lettering doesn't come out legibly on the porous surface is a difficulty Talbert has voiced regarding morta pipes.