Most things in fashion are made quickly. The economics of the industry demand it. A jacket can move from design to rack in six weeks if corners are cut, if materials are substituted, if the labor cost is minimized to a point where the work itself barely matters. At Blaatan, we made a different choice from the beginning: every jacket takes between 50 and 60 hours to build. This article explains where those hours go — and why they are necessary.
It starts with the hide, not the pattern
Most manufacturers work the other way: they design the jacket, write the pattern, and then source leather that fits the specification at the best price. We source the leather first. Every batch of hides arrives at our HBR Layout studio and is assessed before we decide how many jackets we can make from it — and of what quality.
Top-grain leather is a refined, consistent material. Each hide is sanded to remove surface imperfections and then finished with a protective coating — the result is a uniform, clean surface that is more resistant to marks and moisture than unfinished alternatives. Our first hours are spent examining each hide under good light, assessing the evenness of the finish, the suppleness of the hand, and the structural integrity of the panel areas. We select hides where the tanning and finishing process has produced an even, dense result throughout.
A single jacket typically requires one full hide. Larger sizes require more. The yield from each hide depends on the quality of the tannage, the consistency of the finish, and the silhouette being made. We waste very little — off-cuts are used in accessories or training — but the selection process alone can take three to four hours per hide.
"A hide is not a bolt of fabric. It is the skin of an animal that lived. We treat it with the respect that deserves — which means using it thoughtfully and wasting as little as possible."
Pattern cutting — where precision begins
Our patterns are hand-developed and take into account the specific properties of the leather being used, not generic fabric specifications. Top-grain leather has been corrected for surface consistency, but it still stretches differently in different directions, and the orientation of panels matters for how a jacket holds its shape over years of wear. A pattern developed for a particular hide type cannot simply be transferred to another without adjustment.
Each panel is cut individually by hand, using sharp rotary cutters and steel rules. We do not use die-cutting machines. This is slower — but it allows the cutter to orient each panel for maximum structural integrity and to take advantage of the most consistent areas of the hide. A mechanically die-cut jacket will have panels placed wherever the machine dictates. Ours are placed where they should be.
Skiving — the invisible work
Before panels can be stitched together, they must be skived — the edges thinned so that seams lie flat rather than creating thick ridges. This is done with a skiving knife or a dedicated machine, and it requires considerable skill. Too much skiving and the edge weakens. Too little and the seam will be bulky and stiff. A well-skived jacket feels different immediately: the seams are clean, flat, and barely visible from the outside.
Most mass-produced jackets skip or minimize this step because it is labor-intensive and adds cost. It is one of the most revealing indicators of quality in a finished jacket.
Stitching — where the jacket earns its longevity
We use industrial sewing machines designed for heavy leather work, but all structural seams are managed by a skilled machinist, not automated. The thread we use is waxed polyester — it is stronger than nylon and far more durable than cotton, which can degrade in sunlight over years of wear.
Stitch density, tension, and the use of backtracking at seam ends are all controlled by the operator. Different areas of the jacket require different stitch settings — a collar seam has different requirements to a pocket insert or an armhole seam. Each is set individually for the best result at that specific point. The shoulder seams and side seams are always double-stitched and reinforced at stress points.
The stitching sequence matters
The order in which a jacket is assembled affects the difficulty and quality of every step that follows. Experienced makers work in sequences that allow each new operation to be performed cleanly, with the previously completed sections supporting rather than obstructing the work. Getting the sequence wrong — as happens in rushed production — means later seams are harder to achieve cleanly and are often compromised.
Hardware fitting
Zips, snaps, studs, and buckles are fitted by hand and tested. Each zip is run ten to fifteen times before the jacket moves forward. Snaps are pressed to calibrated tension and tested for release force. Any hardware that doesn't operate smoothly is replaced — not adjusted, replaced. The cost of a zip replacement before shipping is trivial. The cost of a zip failure after a customer has their jacket is, to us, unacceptable.
The zip pulls and hardware we use are solid brass or equivalent-grade metal with a consistent finish. They are heavier than the chrome-plated zinc alloys used in lower-cost jackets. The difference is immediately perceptible when you pick up the jacket — the weight of the hardware contributes to the overall feel of substance.
Lining and finishing
The interior lining is cut and stitched as a separate garment before being inserted and hand-sewn to the jacket shell at the cuffs and hem. This allows the lining to move semi-independently of the leather — it follows the jacket's movement rather than pulling against it. A stitched-flat lining is a common shortcut that degrades the wearing experience and the longevity of the lining itself.
Once the lining is in, the jacket is pressed with a leather iron to set the final shape, all exterior surfaces are inspected under direct light, any remaining loose threads are cleared, and the hardware receives a final operation test.
Quality control — the last two hours
Before any jacket leaves our studio, it goes through a documented quality check. This covers: all seams inspected under magnification for missed stitches or tension inconsistencies; all hardware operated and checked against expected performance; surface finish assessed for any marks, coating inconsistencies, or abrasions not identified at hide selection; sizing measurements taken and verified against pattern specification; and a final conditioning application to set the jacket for shipping.
A jacket that does not pass this check does not ship. It goes back through whichever stage needs correcting, or — in rare cases — is held back from sale entirely. We are a small studio. Every jacket we make has our name on it. The quality control is not a process we designed for a customer spec sheet. It is the standard we set for ourselves.
Why 50 hours matters
The time is not a selling point. It is the consequence of doing the work correctly. Skiving, hide selection, controlled stitching, proper lining insertion — these steps each take as long as they take. Top-grain leather's consistent, protected surface means the jacket holds its appearance reliably over time: it resists marks, maintains its finish, and wears evenly. When you wear a Blaatan jacket, you are wearing those hours. That is what gives it the character that stays.