FIELD STATION / DESIGN + HISTORY
When Watches Became Instruments: The Military Design Logic Behind VALOR
How military watches became instruments—and why the logic of RAF navigation watches, asymmetric cases and purpose-shaped design still matters.
Imagine an RAF navigator somewhere over the North Atlantic in the years after the Second World War. Outside the aircraft there may be little to see but water, cloud and darkness. Inside, there is no moving map glowing on a screen, no GPS position, no satellite quietly calculating the aircraft's location every second.
Navigation is a chain of observations and calculations: heading, speed, wind, the last known position, and sometimes, when conditions allow, the position of a celestial body observed through a sextant.
One other piece of information matters enormously: the time.
Get the time wrong and the calculation can be wrong. That turns the wristwatch into something very different from jewellery. It becomes part of the instrument panel.
And once a watch becomes an instrument, almost every design decision starts to change.
Before “field watch” was a style
Military wristwatches had already been moving in this direction.
During the Second World War, the British Ministry of Defence specified what became known as the W.W.W. — Watch, Wrist, Waterproof. Twelve Swiss manufacturers eventually supplied them, creating the group collectors now call the Dirty Dozen.
Look at those watches today and they can seem almost archetypal: black dial, white markings, luminous hands, compact case. But those elements weren't originally a vintage aesthetic. They were answers to practical requirements:
- Make it readable.
- Make it durable.
- Make it serviceable.
- Remove what isn't necessary.
The familiar visual language of the field watch came later. First came the problem.
When the watch moved into the cockpit
After the war, another problem became increasingly important. Aircraft had become more sophisticated. So had their electronics. Radar and other electrical equipment created magnetic fields capable of disturbing a mechanical watch movement. For a navigator depending on accurate time, that wasn't a charming mechanical quirk. It was a failure.
So in 1948 the British government called for a new navigation watch.
IWC's response became one of the most consequential military watches ever made: the Mark 11, officially designated the Navigational Wrist Watch Mark 11, Stores Reference 6B/346.
Its construction followed the same basic rule as the W.W.W. watches before it: every feature needed a reason to exist. The movement was surrounded by soft iron to help shield it from magnetism. The black dial was designed to be read quickly. The hand-wound movement was selected for accuracy and reliability. Even the crystal attachment reflected the environment in which the watch might operate.
Nothing about the Mark 11 needed to announce what it was. Its usefulness did that.
The night sky, a sextant and a wristwatch
There is something worth dwelling on here.
Today we think of a wristwatch primarily as a way to know what time it is. For the navigator, time could help answer a different question: where are we?
Celestial navigation compares the observed position of a celestial body with where it should appear at a precise moment. The sky provides one reference. The clock provides another. Between them, with the mathematics done correctly, a navigator can establish position.
Picture the sequence:
- An aircraft is moving hundreds of kilometres per hour.
- The navigator takes an observation.
- He checks the time.
- The numbers go onto paper.
- Lines are drawn.
- A position emerges.
The watch isn't the hero of that story. That is precisely the point. Good equipment rarely is. It exists quietly inside the larger task, ready when needed and largely forgotten when not.
When symmetry stopped mattering
By the late 1960s and early 1970s, military aviation had moved on dramatically. Faster aircraft, denser cockpits and different missions brought a new generation of equipment with them.
British military chronographs from makers including Hamilton, CWC, Newmark and Precista reveal one of the clearest examples of function reshaping form.
Put one on a table and look straight down at it. Something appears wrong, at least according to conventional watch design: the case isn't symmetrical.
The right side is heavier because additional material surrounds the crown and chronograph pushers. Those are vulnerable points, so they receive protection.
For conventional watch design, this is inelegant. For equipment, it makes perfect sense. The case is no longer simply containing the movement. The case itself is doing a job.
That small decision captures something important about military industrial design: symmetry is valuable until asymmetry works better. Tradition is useful until the task changes. Beauty is allowed to arrive afterward.
That idea matters more than the military look
This is where the history of military watches often gets flattened.
We remember the black dial, the lume, the canvas strap, the broad arrow and the typography. Those details become a visual shorthand for military. Decades later, manufacturers reproduce the shorthand.
But copying the appearance is not the same thing as inheriting the thinking.
The more interesting lineage isn't old military watch → new watch that looks old. It's problem → requirement → design response.
That distinction is the starting point for VALOR Model 11.
What should the case actually do?
A round watch case makes enormous sense. Movements are round. Dials are round. Hands rotate around a central axis. More than a century of watchmaking has refined the form.
But once the watch is treated as equipment, another question becomes possible: Where does the case actually need material?
VALOR's shape is deliberately angular. Look especially at the crown side. The crown doesn't simply project from a circular body; the surrounding case architecture grows toward it, giving that vulnerable point additional protection.
That geometry owes more philosophically to asymmetric British military watches than it does aesthetically. VALOR isn't a copy of them, and it shouldn't be. The lesson isn't that every modern military watch should look like a 1970s Hamilton. The lesson is simpler: let the purpose change the shape.
Titanium changes the equation
The engineers specifying military watches generations ago worked predominantly with steel. Steel was strong, familiar, manufacturable and appropriate for the job.
A contemporary instrument can answer the same problem with different material.
VALOR's case, bezel and case back are machined from Grade 5 titanium — Ti-6Al-4V. Titanium has a substantially lower density than stainless steel while retaining high strength.
That changes what a designer can do. Material can remain where protection and structure benefit from it without making the watch unnecessarily heavy. At approximately 38MM across, 45MM lug-to-lug and 12MM thick, VALOR looks more substantial than it feels.
Pick one up after seeing it and the brain has to recalibrate. That isn't a party trick. If an object is going to spend twelve hours attached to your wrist, weight becomes part of function.
The same logic applies here as it did generations ago: put material where the job requires it, and don't carry more than you need. For a deeper look at the material itself, see Titanium Watches: The Field Guide.
The bezel is just a very simple computer
VALOR also violates the clean historical categories collectors like to create.
It is influenced by pilot and military watches, yet around the dial sits a 120-click unidirectional timing bezel, a mechanism more readily associated with dive watches.
Purists can argue about categories. Equipment doesn't care.
A rotating bezel does one extremely useful thing: it lets a person measure elapsed time almost instantly. Align the marker with the minute hand and then forget about it. When you look again, the dial tells you how much time has passed.
That same mechanism can measure:
- air remaining underwater,
- a leg of a journey,
- a workout,
- coffee extraction,
- a parking meter,
- or the time remaining before boarding.
The watch does not know the difference. And that is part of its elegance.
The tool doesn't need to know the mission
Old military equipment has something to teach contemporary design here.
The most useful tools are often surprisingly unspecialized. A compass doesn't know whether you're hiking, conducting a survey or trying to find your way back to a road. A knife doesn't know what needs cutting. A notebook doesn't know what deserves recording.
A watch doesn't know what needs timing. The intelligence belongs to the person using it.
That is increasingly unusual. Modern devices often want to understand the activity for us: select workout, choose destination, start activity, allow notifications, update software, create account.
An automatic watch offers something much narrower. And potentially more enduring.
Wind it. Wear it. Go.
VALOR uses a Miyota 9015 automatic movement in the date configuration and a Miyota 90S5 in the no-date configuration.
Neither is trying to compete with atomic timekeeping or GPS synchronization. A quartz watch can be more accurate. A smartwatch can do vastly more.
The attraction is elsewhere.
Movement of your wrist winds a mainspring. The spring stores energy. That energy passes through a mechanical train. The hands move.
The entire system performs its principal task without being connected to anything outside itself.
For someone who wants more functions on the wrist, this is obviously less capable. For someone deliberately trying to put fewer demands on his attention, less capable can sometimes mean more useful.
Somewhere along the way, “military” became a costume
Black dial. Big numerals. Olive strap. Perhaps some faux-aged lume.
The ingredients are familiar enough that almost any watch can be made to look vaguely military.
But imagine handing that watch to the RAF navigator from the beginning of our story. He is unlikely to care whether it looks the part. His questions would be more severe:
- Can I read it immediately?
- Will it keep running?
- Can I depend on it when another system fails?
- Will the crown survive being knocked against something?
- Can I wear it for hours without thinking about it?
- Can I operate it quickly?
- Does anything on it exist purely to impress me?
Those are better questions. They turn the idea of the military watch back into something useful. Not an aesthetic. A standard.
This is why 38MM makes sense
VALOR is approximately 38MM in diameter.
In the era of 44 and 46MM tool watches, that number can sound small. On the wrist, the logic becomes clearer.
A watch does not become more capable simply because there is more of it. The dial needs enough area to be read. The bezel needs enough area to be operated. The case needs enough structure to protect what is inside.
After that, size begins to become burden.
At 38 × 45MM, VALOR retains the physical stance of an instrument while staying contained on the wrist. Titanium reduces the burden further.
The objective isn't miniature. It isn't oversized. It is enough.
The watch comes home
There is another interesting chapter in the story of military watches. Eventually, the issued watch leaves military service.
Old W.W.W.s, Mark 11s and British military chronographs now live in collections, auction houses and watch boxes around the world. Objects that were originally government equipment become objects of fascination.
Collectors study case-back markings. They identify issue years. They debate dial variants. They search for untouched examples.
And something strange happens. The very absence of decoration that once made these watches useful starts to make them beautiful.
Not because somebody successfully predicted what enthusiasts would want seventy years later. Because purpose left fingerprints on the design:
- the markings are large because someone needed to read them;
- the case is asymmetric because something needed protection;
- the dial is spare because distraction had no value;
- the strap is simple because reliability mattered.
Function created character. Time turned character into heritage.
Don't copy the object. Copy the thinking.
That is ultimately the idea behind VALOR.
There would have been an easier route: take an old military watch, reproduce the case, reproduce the dial, add aged lume, photograph it beside an ammunition box and call it heritage.
But the watches worth remembering were themselves products of innovation.
The W.W.W. answered one set of requirements. The Mark 11 answered another. The asymmetric military chronographs answered another. They weren't trying to preserve history. They were trying to solve the problem directly in front of them.
So VALOR takes the principle rather than the pattern:
- From early field watches: legibility and restraint.
- From navigator's watches: treat the wristwatch as a genuine instrument.
- From asymmetric military cases: let protection alter geometry.
- From dive watches: make elapsed time immediately accessible.
- From modern engineering: use Grade 5 titanium, sapphire, contemporary water resistance and a dependable automatic movement.
It belongs to the lineage without pretending to belong to the period.
Back over the North Atlantic
Return to that navigator for a moment.
There is a temptation, seventy years later, to romanticize the scene: the aircraft, the maps, the celestial observations, the mechanical watch.
But the person actually doing the job probably wasn't thinking about romance. He wanted to know where he was.
The watch was one small component in the process that helped him find out.
Perhaps that is the best definition of an instrument: an object whose meaning comes from what it allows you to do.
Not something designed primarily to be admired. Something designed to be used.
That idea survived the W.W.W., the Mark 11 and the strange asymmetric cases of British military chronographs. It remains relevant even though the world no longer needs a mechanical watch to navigate across the Atlantic, because we still need tools that are understandable, dependable and focused—ready without demanding much in return.
VALOR was built in that spirit. Not to recreate the military watch. To remember why the military watch became worth recreating in the first place.
Field Notes
What is the VALOR Model 11?
VALOR Model 11 is a 38MM automatic Grade 5 titanium mission watch from Redux & Co., influenced by British military, navigator and purpose-built instrument watches. It combines a high-legibility dial, 120-click unidirectional timing bezel, sapphire crystal and 20 ATM water resistance.
What historical watches influenced VALOR?
Its design philosophy draws from several generations of functional watches rather than one specific reference: British W.W.W. field watches, RAF navigator watches such as the Mark 11, asymmetric British military chronographs of the 1970s, and the functional elapsed-time bezel of the dive watch.
What type of titanium does VALOR use?
The VALOR case, bezel and case back are made from Grade 5 titanium, commonly known as Ti-6Al-4V.
How large is VALOR?
VALOR measures approximately 38MM across, 45MM lug-to-lug and 12MM thick, with a 20MM strap width.
What movement is inside VALOR?
The date configuration uses the automatic Miyota 9015. The no-date configuration uses the Miyota 90S5.
Is VALOR a field watch, pilot watch or dive watch?
It deliberately crosses those historical categories. Its design philosophy draws heavily from field and navigator watches, while its screw-down crown, 20 ATM water resistance and unidirectional timing bezel bring in useful characteristics associated with dive watches.
Is VALOR a replica of a historical military watch?
No. VALOR takes functional principles from historical military watches rather than reproducing the appearance of a specific reference.
Why use a mechanical watch instead of a smartwatch?
A mechanical watch provides a focused, self-contained way to tell and measure time without charging, connectivity or notifications. It intentionally does much less.