We build the clock nobody would sell us
BestWallClock is an independent horological design studio. We engineer oversized homage wall clocks for watch collectors, motorsport followers and aviation enthusiasts — objects that sit at the intersection of micro-mechanical craft and interior architecture.
We are not a reseller, a curator or a white-label brand. We are the original designers, developers and sole manufacturers of every piece we sell. Holding our own drawings, tooling and assembly means we answer for the result, end to end.
A word on independence. BestWallClock is a fiercely independent homage studio. We are not affiliated with, authorised by, sponsored by or endorsed by any watch manufacturer.
Our pieces are original tributes, engineered from the ground up, so that enthusiasts can enjoy the visual language of iconic horology without anyone pretending it is something it is not. Brand and model names appear on this site for description and comparison only.
Independent horological design
Every BestWallClock begins on a blank page in our own design studio. In an industry that increasingly buys in templates, going back to source drawings is the only way to control what comes out the other end.
Translating a 40 mm wristwatch into a 35 cm interior object is not magnification. Scale changes everything: how light crosses the crystal, how much negative space the indices need, how much visual weight a bezel can carry before it looks heavy rather than substantial.
Our engineers work in CAD alongside traditional horological drafting, and we own the moulds and tooling outright. Everything in the photograph below is one room. Choose a marker.
The design office — screens, drawings, machines and finished parts in a single room
What it will look like, before it exists
A full three-dimensional model of the piece, built here from an empty file. Every proportion is settled on screen — index length, bezel depth, how much negative space the dial can carry — months before any metal is cut.
Where the tolerances live
The bezel ring, dimensioned. The figure at the top of that sheet is in microns. A render decides how a thing looks; a drawing decides whether it can actually be made, and by whom.
Design and manufacture, four metres apart
Behind him: a lathe and a blasting cabinet, in the same room as the screens. Nothing is emailed to a supplier and hoped for. The person who drew the part can walk over and hold it.
One to thirty-one, printed and geared
The component almost nobody expects to find in a wall clock, sitting on the bench where it was fitted. You can see it again further down this page, exploded out of the case.
The displays that were never for sale
There is a category of object that collectors know well and almost nobody owns: the dealer display. The oversized showroom clocks on the walls of boutiques in Geneva, London and Dubai, and in the lounges at international regattas.
They are inventoried, serialised and recalled. They are marked not for sale, and they mean it. In collecting circles they get called the phantom timepieces, because you can see one and still never buy one.
So we build them. Not by copying a photograph, but by working out what makes them read the way they do — the exact tone of the luminescence, the typography borrowed from vintage diving instruments, the hand geometry that lets a heavy hand sweep without drooping. The result is our own piece, engineered to hold a room the way the original held a boutique.
Bezel blanks — coin edge cut and profiled in-house
Someone is actually standing at the machine
Not a catalogue number ordered from a factory that also makes phone cases. The blur is a person working, a few feet behind a stack of parts that do not exist yet.
Cut in batches, to one setup
Plates run off the same programme, in the same order, to the same tolerance. Repeatability is what separates a manufacturer from a workshop.
Every flute is cut, not pressed
Look along the rim: each scallop has its own cutter path and its own highlight. Pressed knurling repeats perfectly because a die makes it. Cut knurling does not, and this does not.
Concentric tool marks, still there
Those rings are the cutter walking across the face before finishing. On a moulded part there is nothing to see, because nothing was removed.
A lens, not a sticker
Most homages print a circle onto the crystal and call it a cyclops. Ours is a ground lozenge formed in the glass itself. Below is a rack of them before assembly — choose a marker — and underneath, what that lens does to a date at 2.5×.
Cover glasses with the ground-glass cyclops, before assembly
Formed in the crystal, not printed onto it
Look at the highlight running along its top edge. It stands proud of the surface and throws its own reflection, which a printed circle cannot do at any price.
One lens position, repeated down the rack
Every cover glass carries the same lozenge in the same place to the same tolerance. That is a machining setup rather than a craft flourish, and it is why the date sits under the lens on every clock instead of most of them.
Mineral crystal with real thickness
You can see the rim of each disc because there is something there to see. A sticker has no edge, and no way to bend the light passing through it.
Flat crystal
Ground lens — 2.5×
The pair above is drawn, not photographed: the date is rendered once and redrawn at exactly 2.5× inside the lozenge, so the ratio is structural rather than eyeballed. The photograph is the clock glass itself, before it goes into a case.
Every photograph of a wall clock lies about its size
Product photography crops everything to the same square, so a 350 mm dial and a 40 mm wristwatch arrive on your screen the same size. Below, both are already drawn to the same measure — the wrist under the watch, the clock up on a wall. Switch it off to see the size every website shows you instead.
Wrist, watch and dial are drawn from one shared unit, so the ratio cannot drift
The size every website shows you
Cropped to fill the same tile, a 35 cm clock and a wristwatch are indistinguishable. It is why the first reaction to the box arriving is almost always the same one.
The diameter, and 77× the dial area
A wrist is 58 mm across. Our dial is six of them. Wider than an LP record at 30 cm, wider than a dinner plate at 27 cm, and the reason the fixing is a steel bracket rather than a hook.
Drawn at exact relative scale: a 40 mm case on a 58 mm wrist against a 350 mm dial. Absolute size on your screen depends on your display, so treat the scene as a ratio rather than a ruler.
Reference-level components, published in full
A tribute is only as good as what it is made from. Our customers judge these clocks with the same eye they turn on a chronograph, so the stamped plastics and hollow composites that are standard in the clock trade were never an option. Here is exactly what goes in.
Solid, not plated
Chassis and bezels are CNC-milled from solid blocks of low-carbon 304L — an aerospace-grade alloy chosen for corrosion resistance and for how cleanly it holds a finish. It is cold to the touch and it does not flex.
Two finishes, one part
Machining transitions between high-polish chamfers and deep-grained satin brushing on the same component. That contrast is what gives the piece the heavy-gauge presence of an instrument rather than an ornament.
No tick, at all
Our own high-torque quartz module drives a continuous glide instead of a step. It reads like the high-beat frequency of a mechanical escapement and runs below 10 dB — inaudible across a normal room.
A lens, not a sticker
A genuine 2.5× magnifying lens set into anti-reflective mineral crystal and aligned over the date window by hand at assembly. Printed plastic distorts at the edges and yellows inside a year.
Lume that charges
Phosphor applied in depth rather than printed on the surface. It takes a light source and gives back roughly three hours of green or blue depending on the reference. Painted white markers do nothing after dark.
Weight you can feel
Depending on diameter, which is why there is a recessed 5 mm rear bracket rather than a picture hook. Density is the part a photograph cannot carry and the first thing anyone notices in the room.
What 1.9 kg actually feels like
Density is the one specification a photograph cannot carry, and the first thing anyone notices when they lift the box. Load something you have already held onto the other pan.
heavier than a mass-market wall clock
A hollow ABS shell with a printed face and a plastic movement. Nearly five times lighter than ours, and it sounds like it when you tap the front.
heavier than a full 500 ml bottle
Four bottles of water, hanging above a sofa. Which is roughly the moment people stop reading the specification and start reading the mounting instructions.
heavier than a bag of sugar
Two bags of sugar in one hand. This is usually the comparison at which someone in the room goes and picks the box up to check.
heavier than a 13-inch laptop
Still heavier, and hanging vertically rather than sitting on a desk. It is why the fixing is a recessed 5 mm steel bracket and not a picture hook.
of the weight of a house brick
Close enough that the comparison stops being a joke. Fix it to a stud or use proper cavity anchors. Plasterboard and a nail will not hold this.
The balance uses our heaviest reference. Across the range a BestWallClock weighs 1.2 – 1.9 kg depending on diameter. Comparison masses are typical figures for everyday objects.
The one specification a photograph cannot show
Every other claim on this page is visible in a product shot. This one is not. Both dials below are running right now, in real time. Watch the badge under each one: the left names a step every second, ours never steps at all.
A typical quartz clock
One step per second
The hand jumps between markers and stops dead on each one. On a clock this size the movement carries an audible tick into the room with it.
Our clock
Continuous glide
Our Gen-II high-torque module drives an unbroken sweep, rated below 10 dB. It reads like the high-beat frequency of a mechanical escapement and you cannot hear it across a room.
Seven parts, in the order they go together
A BestWallClock is not a printed face in a plastic shell. This is every component of a 350 mm reference, separated in the order it is assembled. Choose a part to see what it does.
Exploded view, rendered from the production components
The only part that faces the wall
Brushed steel, screwed down over the movement, with a keyhole slot cut straight into the plate rather than a separate hanger bolted on, and an access window for setting the time. It sits flush, so the clock hangs flat instead of tilting forward off a hook.
The one part that decides whether it ticks
Our high-torque sweep module. A stepper motor advances once a second and you hear every one of them; this drives a continuous glide and makes no sound at all. It is the component the demonstration further up this page is about.
The part nobody expects to find
A printed ring numbered 1 to 31, geared to the movement and turning once a day behind the dial. Almost no wall clock carries one, because almost no wall clock is trying to be faithful to anything.
Where the lume lives
Photoluminescent phosphor applied in depth into each marker rather than printed flat onto the face. The markers stand proud of the surface inside polished surrounds, which is why they catch light across a room and still read in the dark.
Longer than a wristwatch is wide
Hour, minute and a sweep second, finished separately and fitted by hand. At this diameter a minute hand is long enough that its own weight loads the movement differently at six o’clock than at twelve, which is why the module is specified with torque to spare.
A lens, not a sticker
The magnifier over the date is a ground glass element set into the crystal itself, not a printed circle or a plastic dome glued on afterwards. It is the detail most tributes skip, and the first one anyone who knows the reference goes looking for.
One front assembly, not a ring clipped on
Case band and bezel come together as a single unit rather than a bezel pressed on at the end, so there is no seam to work loose and nothing to rotate out of alignment. Everything above drops into it from the front, and the back plate closes it.
Turn the lights off
Photoluminescent phosphor, applied in depth rather than printed onto the surface. It takes a light source and gives back roughly three hours of green before it needs charging again.
Painted white markers do nothing at all after dark. Throw the switch, then keep going — the glow does not stop the moment the room does.
The switch is real: both ends of it are photographs of the same clock at the same angle. The fade after it is an illustration of the three-hour figure above, not a measurement of it.
Lights off
Nothing leaves without being checked
Because we are the engineers and the manufacturer, we keep oversight of final assembly and dispatch rather than handing it to an opaque supply chain. That is the part most homage sellers cannot offer, and it is where problems either get caught or get shipped.
Every clock goes through a multi-point inspection before it is packed. Technicians check rotational fluidity, dial alignment, case finishing and luminescent consistency under high-intensity magnification, and each movement completes a 48-hour calibration run.
Stock is held across our own warehouses, and your order ships from whichever one holds your reference — tracked, insured and secured in custom-moulded, impact-resistant packaging. Delivery normally takes 8 to 9 days, and you receive a tracking number the moment it leaves us.
Assembly and inspection — 48-hour calibration before dispatch
From blank page to packed crate
- 01
Reference study
We work from the original object rather than from photographs of it, recording proportion, typography, lume tone and hand geometry before anything is drawn.
- 02
Drafting and CAD
Proportions are re-solved for a 35 cm object rather than scaled up. Structural depth, bezel wall and index spacing are all recalculated at the new size.
- 03
Tooling and prototype
We cut our own moulds and produce a physical prototype. What looks resolved on screen frequently is not, and this is where that gets found.
- 04
Machining and finishing
Chassis and bezel are milled from solid 304L, then hand-finished through polish and satin stages until the transitions are clean.
- 05
Assembly and calibration
Dial, handset, crystal and movement are assembled by hand, then the movement runs a 48-hour calibration test before the piece is signed off.
- 06
Inspection and dispatch
Multi-point inspection under magnification, then custom-moulded impact packaging and a tracked, insured shipment.
The last room it sees before yours
Everything above happens so that this part is uneventful. Inspected, boxed in an insert cut for one diameter, labelled and handed over. Choose a marker.
One of ours, hanging in our own building
The clock above the bench is a piece from the same line you have been reading about. We hang them here because we would rather live with them than only photograph them.
Cartons cut for one product and nothing else
Folded flat on the shelf, waiting. A clock this heavy in a generic box arrives as a rattle, and a rattle is a return.
Tracked and insured, every one
Each carton leaves labelled, tracked and insured, and you can follow it the whole way. We ship from more than one warehouse, so the exact route depends on where you are.
Nothing inside touches cardboard
A custom-moulded insert holds the clock clear of all six faces of the box. What arrives has not touched the walls of its own packaging.