Lollipop Pendant studio concept visual in opal globe, cobalt or tomato stem Design concept visual
Close detail of the Lollipop Pendant concept
Material & construction detail
Lollipop Pendant in the all-day dining concept scene
Room context

SPH · SPH-FB-04

Lollipop Pendant

Oversized opal globes hang from saturated stems at varied heights.

Lollipop Pendant is an original concept piece developed for the Studio Pop Hotel Collection. Oversized opal globes hang from saturated stems at varied heights.

Concept status

Visual and specification direction only. Final construction, compliance, testing and commercial feasibility follow project selection.

Applications
Restaurants, cafés, bars and private dining rooms
Concept dimensions
Ø 420 × H 650 mm plus drop
Material direction
Opal glass, powder-coated steel

Room context · All-Day Dining

A Graphic Dining Room

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Lollipop Pendant shown in the all-day dining concept scene
In context · All-Day Dining Open scene ↗

Concept Sheet

A clear starting point for project development.

The dimensions and materials establish design intent. They are expected to evolve around the project brief, factory engineering, mock-up findings and applicable standards.

Tomato Lacquer

Tomato Lacquer

Cobalt Textile

Cobalt Textile

Polished Chrome

Polished Chrome

Concept code
SPH-FB-04
Applications
Restaurants, cafés, bars and private dining rooms
Concept dimensions
Ø 420 × H 650 mm plus drop
Material direction
Opal glass, powder-coated steel
Construction intent
Concept-stage decorative pendant with serviceable light source, project suspension and coordinated dimming.
Finish direction
Opal globe, cobalt or tomato stem
Customisation scope
Diameter, drop, diffuser, finish, grouping, dimming and project voltage
Development status
Concept design only. Final engineering, mock-up, performance testing and factory approval are required before manufacture.

Complete the Dining

Related concept pieces

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SPH-FB-04 · Concept design

Develop the Lollipop Pendant for your project.

Share quantities, plans, finish references and performance requirements to begin feasibility and engineering review.

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