THIS DESIGN EXPLORES HOW SELECTIVE COLOR PLACEMENT CAN SHAPE THE CHARACTER OF THE DIAL.

THE EXPERIMENT

This design explores how selective color placement can shape the character of the dial. A dual-tone outer ring frames the display, while matching accents on the applied index tips reinforce the same visual language throughout. The grained dial provides a subtle textural backdrop, allowing color, texture and proportion to work together without overwhelming the simplicity of the design. The result is a watch that feels expressive through precision rather than excess.

MATERIAL SCIENCE

The lightweight polycarbonate case provides a durable structure with a soft-touch finish that creates an even, matte appearance. This restrained surface allows the textured dial and silver details to become the visual focus. A grained dial introduces subtle texture, while the dual-tone outer ring and matching index accents create visual definition around the display. Protected by mineral glass with a blue anti-reflective coating, the layered finishes and color transitions remain clear in changing light.

THE COLLECTION

POLYCARBON

Polycarbonate behaves differently from steel. It absorbs light rather than reflecting it, creating a softer, more controlled surface. As a result, color appears more even, with less glare and greater consistency across the watch. The material is lightweight, with a soft-touch coating that gives it a warmer, more tactile feel than metal or ceramic. This is why we use it as a core material. It gives us more control over how the watch looks and feels, allowing each design to be shaped through material, not just form.

THIS DESIGN EXPLORES HOW SELECTIVE COLOR PLACEMENT CAN SHAPE THE CHARACTER OF THE DIAL.

THE EXPERIMENT

This design explores how selective color placement can shape the character of the dial. A dual-tone outer ring frames the display, while matching accents on the applied index tips reinforce the same visual language throughout. The grained dial provides a subtle textural backdrop, allowing color, texture and proportion to work together without overwhelming the simplicity of the design. The result is a watch that feels expressive through precision rather than excess.

MATERIAL SCIENCE

The lightweight polycarbonate case provides a durable structure with a soft-touch finish that creates an even, matte appearance. This restrained surface allows the textured dial and yellow details to become the visual focus. A grained dial introduces subtle texture, while the dual-tone outer ring and matching index accents create visual definition around the display. Protected by mineral glass with a blue anti-reflective coating, the layered finishes and color transitions remain clear in changing light.

THE COLLECTION

POLYCARBON

Polycarbonate behaves differently from steel. It absorbs light rather than reflecting it, creating a softer, more controlled surface. As a result, color appears more even, with less glare and greater consistency across the watch. The material is lightweight, with a soft-touch coating that gives it a warmer, more tactile feel than metal or ceramic. This is why we use it as a core material. It gives us more control over how the watch looks and feels, allowing each design to be shaped through material, not just form.

THIS DESIGN EXPLORES HOW SELECTIVE COLOR PLACEMENT CAN SHAPE THE CHARACTER OF THE DIAL.

THE EXPERIMENT

This design explores how selective color placement can shape the character of the dial. A dual-tone outer ring frames the display, while matching accents on the applied index tips reinforce the same visual language throughout. The grained dial provides a subtle textural backdrop, allowing color, texture and proportion to work together without overwhelming the simplicity of the design. The result is a watch that feels expressive through precision rather than excess.

MATERIAL SCIENCE

The lightweight polycarbonate case provides a durable structure with a soft-touch finish that creates an even, matte appearance. This restrained surface allows the textured dial and silver details to become the visual focus. A grained dial introduces subtle texture, while the dual-tone outer ring and matching index accents create visual definition around the display. Protected by mineral glass with a blue anti-reflective coating, the layered finishes and color transitions remain clear in changing light.

THE COLLECTION

POLYCARBON

Polycarbonate behaves differently from steel. It absorbs light rather than reflecting it, creating a softer, more controlled surface. As a result, color appears more even, with less glare and greater consistency across the watch. The material is lightweight, with a soft-touch coating that gives it a warmer, more tactile feel than metal or ceramic. This is why we use it as a core material. It gives us more control over how the watch looks and feels, allowing each design to be shaped through material, not just form.

EXPLORING HOW A FAMILIAR REFERENCE CAN BE EXPRESSED THROUGH FORM, MATERIAL AND CONSTRUCTION.

THE EXPERIMENT

Rather than reproducing the appearance of a rotary telephone, this design explores how a familiar reference can be expressed through form, material and construction. Inspired by the numbered discs of 1960s and 1970s rotary phones, the double-layer dial recreates the characteristic geometry through contrasting circular brushed and sandblasted finishes. The result recalls an iconic industrial object without relying on literal representation, balancing familiarity with contemporary simplicity.

MATERIAL SCIENCE

The dial combines two distinct surface treatments to create depth and definition. A circular brushed upper layer catches the light differently from the sandblasted lower layer, allowing the geometry of the design to emerge through texture rather than color. The lightweight polycarbonate case provides a soft-touch matte finish that frames the layered dial without competing for attention, while mineral glass with a blue anti-reflective coating preserves clarity across the different surface finishes.

THE COLLECTION

POLYCARBON

Polycarbonate behaves differently from steel. It absorbs light rather than reflecting it, creating a softer, more controlled surface. As a result, color appears more even, with less glare and greater consistency across the watch. The material is lightweight, with a soft-touch coating that gives it a warmer, more tactile feel than metal or ceramic. This is why we use it as a core material. It gives us more control over how the watch looks and feels, allowing each design to be shaped through material, not just form.

THIS DESIGN EXPLORES HOW TONAL VARIATION CAN CREATE VISUAL DEPTH.

THE EXPERIMENT

Rather than introducing multiple colors or graphic elements, this design explores how tonal variation can create visual depth. Different shades of blue work together across the dial, case and bracelet, allowing changes in light to define the watch rather than bold decoration. The result is a composition that feels calm, balanced and architectural, demonstrating how subtle shifts in tone can have as much impact as contrast.

MATERIAL SCIENCE

The lightweight polycarbonate case provides a durable structure with a soft-touch finish that produces a consistent matte appearance. This controlled surface allows tonal variations across the dial to remain the visual focus without introducing unwanted reflections. Protected by mineral glass with a blue anti-reflective coating, the layered finishes remain clear in changing light, allowing subtle differences in color and texture to emerge naturally throughout the day.

THE COLLECTION

POLYCARBON

Polycarbonate behaves differently from steel. It absorbs light rather than reflecting it, creating a softer, more controlled surface. As a result, color appears more even, with less glare and greater consistency across the watch. The material is lightweight, with a soft-touch coating that gives it a warmer, more tactile feel than metal or ceramic. This is why we use it as a core material. It gives us more control over how the watch looks and feels, allowing each design to be shaped through material, not just form.

THIS DESIGN EXPLORES HOW TONAL VARIATION CAN CREATE VISUAL DEPTH.

THE EXPERIMENT

Rather than introducing multiple colors or graphic elements, this design explores how tonal variation can create visual depth. Different shades of blue work together across the dial, case and bracelet, allowing changes in light to define the watch rather than bold decoration. The result is a composition that feels calm, balanced and architectural, demonstrating how subtle shifts in tone can have as much impact as contrast.

MATERIAL SCIENCE

The lightweight polycarbonate case provides a durable structure with a soft-touch finish that produces a consistent matte appearance. This controlled surface allows tonal variations across the dial to remain the visual focus without introducing unwanted reflections. Protected by mineral glass with a blue anti-reflective coating, the layered finishes remain clear in changing light, allowing subtle differences in color and texture to emerge naturally throughout the day.

THE COLLECTION

POLYCARBON

Polycarbonate behaves differently from steel. It absorbs light rather than reflecting it, creating a softer, more controlled surface. As a result, color appears more even, with less glare and greater consistency across the watch. The material is lightweight, with a soft-touch coating that gives it a warmer, more tactile feel than metal or ceramic. This is why we use it as a core material. It gives us more control over how the watch looks and feels, allowing each design to be shaped through material, not just form.