Creating our 'Ocean of Clouds' GMT Dial
Capturing the Sky in a Dial
Most watch dials are to look great or interesting.
With the Masora GMT dial, we wanted to tell a story.
Inspired by the breathtaking sight of an endless ocean of clouds viewed from above, the dial recreates one of the most remarkable perspectives in travel—a moment familiar to pilots, explorers, and those fortunate enough to watch the sun rise from above the cloud line.
It is a scene that exists between worlds. Above the weather. Above the mountains. Above the distractions of daily life.
A place where the horizon stretches infinitely and the first rays of sunlight begin to illuminate the clouds below.
And the creation process to achieve this effect was not a simple task...
Building Depth Through Layers
Traditional dials rely on textures, printing, or applied finishes to create visual interest.
The Masora GMT dials takes a different approach.
The dial is constructed through multiple layers, each contributing to the illusion of depth. Rather than presenting a flat image of clouds, translucent layers are carefully stacked to create the feeling of looking into a three-dimensional landscape.
As light passes through the layers, shadows and highlights naturally form between them. This creates an effect that changes depending on viewing angle and lighting conditions.
The result is a dial that feels alive.
What appears to be a simple white surface at first glance gradually reveals depth, movement, and detail the longer it is observed.
The Illusion of an Ocean in the Sky
From cruising altitude, clouds often resemble an ocean.
Rolling formations mimic foamed waves. Sunlight reflects across their peaks. Endless horizons blur the distinction between sky and sea.
This unique perspective became the foundation of the design.
The layered construction creates the impression of cloud formations stretching across the dial, while subtle tonal variations replicate the way sunlight interacts with a vast cloudscape.
The effect is intentionally understated.
Rather than immediately demanding attention, the dial rewards closer inspection—revealing new details throughout the day as the lighting changes.
Chasing the Light
One of the defining characteristics of a cloudscape is the way it interacts with sunlight.
The brightest moments occur when the sun begins to emerge from behind the clouds, creating dramatic highlights and subtle gradients of light.
Recreating this phenomenon became a key design objective.
Through the layering process, light is able to penetrate the dial and reflect back at different depths, creating a natural sense of luminosity. Bright areas appear to float above darker regions, while reflections shift as the watch moves.
The dial is not merely reflecting light.
It is coming alive with the light as part of the design itself.
Where the GMT Meets the Diver
The Masora GMT combines two distinct watchmaking traditions.
The GMT function was created for travellers navigating two time zones.
The dive bezel was designed for explorers venturing out into the world.
At first glance, these complications belong to different worlds.
Yet the cloud dial creates a connection between them.
The dive bezel frames the dial like an ocean horizon, while the GMT scale tracks movement across continents and countries. The cloudscape becomes the visual bridge between sea and sky, symbolising the journey itself rather than simply the destination.
It represents travel in its purest form:
Crossing oceans.
Crossing borders.
Crossing time zones.
Always moving forward.
A Dial That Changes With Every Glance
The most rewarding watches reveal themselves over time.
The Masora GMT dial was designed with this philosophy in mind.
Under direct sunlight, the layered construction comes alive, producing bright highlights and increased contrast.
Under softer lighting, the cloud formations become more subtle, revealing gentle transitions and hidden depth.
The dial can appear calm and minimal in one moment, then dramatic and atmospheric in the next.
No photograph can fully capture the effect.
It is something best experienced on the wrist.
