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Martin Oberhauser's Ballon Outdoor Lightning presents a spherical luminaire captured from a zenithal viewpoint, revealing a meticulously engineered compositional structure rooted in radial symmetry an
Martin Oberhauser's Ballon Outdoor Lightning presents a luminous spherical form whose surface reveals an intricate topography of granular texture reminiscent of natural coral formations or weathered v
Martin Oberhauser's Oberhauser's Ballon Outdoor Lightning reveals a sculptural luminaire executed in what appears to be a porous, granular material suggesting volcanic basalt, pumice stone, or a delib
Martin Oberhauser's Outdoor Lightning presents a sculptural luminaire of remarkable geometric sophistication, positioned on a verdant lawn within a carefully composed Mediterranean landscape setting w
Martin Oberhauser's Ballon Outdoor Lightning presents a compelling portrait composition wherein a designer engages directly with his creation, establishing an intimate dialogue between maker and objec

Mangrove 3D

Bronze Lighting Products and Fixtures Design · 2026

Oberhauser's Ballon Outdoor Lightning

by Martin Oberhauser

  • A' Design Award 2026 Bronze Winner in Lighting Products and Fixtures Design
  • Awarded April 15, 2026
  • CLIENT: Mangrove 3D
  • Estimated Number of Design Views: 6,098
  • Verification code D45C83F5B9 · Verify this award
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About Oberhauser's Ballon Outdoor Lightning

Oberhauser's Ballon is an outdoor lamp produced in three sizes, with diameters of 30 cm, 70 cm and 100 cm. The lamp is made of cement using powder bed concrete 3D printing, a method also known as Selective Paste Intrusion. In this process, cement paste is injected into a powder bed, and the form is built layer by layer. No formwork is required, so complex and detailed geometries can be produced. The material is highly weather resistant and therefore suited to outdoor use. Efficient material use limits waste during production.

Oberhauser's Ballon Outdoor Lightning by Martin Oberhauser demonstrates a sophisticated integration of elemental materiality and illumination engineering within the contemporary outdoor lighting design tradition, a field where functional requirements intersect with sculptural aspiration and environmental sensitivity. This spherical luminaire appears to engage the renewed interest among designers in celebrating raw, natural, and tactile materials as counterpoint to increasingly dematerialized digital experiences, positioning itself within broader movements toward biophilic design that reconnect built environments with organic forms, textures, and rhythms found in natural systems. The compositional achievement of the work resides in its geometric clarity married to organic irregularity, the perfect sphere punctured by asymmetrically distributed apertures that suggest natural erosion patterns, geological formation processes, or biological growth structures such as coral, volcanic rock, or cellular networks, creating visual interest through the tension between archetypal geometric purity and nature's productive irregularity. The chromatic sophistication operates through restrained duotonal harmony, the cool neutral gray of the aggregate matrix providing substantial visual mass and tactile richness while the warm amber glow emerging from interior voids creates temperature contrast that enlivens the composition and demonstrates the fixture's functional purpose, this interplay between cool stone and warm light suggesting the ancient human relationship between earth and fire, shelter and illumination. The technical execution reveals considerable material intelligence, the aggregate concrete composition suggesting a casting or molding process where mineral particulates of varied scales from fine sand to larger pebbles remain visible in the surface finish, celebrating rather than concealing the material's composition and fabrication process, this honesty of material expression aligning with craft-focused design movements valuing transparency of making and authenticity of substance. The textural vocabulary contributes substantially to the work's sensory appeal, the granular matte surface inviting tactile engagement while creating visual complexity through tonal variation as light rakes across the irregular terrain of embedded aggregates, each aperture's organic contour suggesting hand-sculpting or controlled erosion rather than mechanical uniformity, these details rewarding close observation and suggesting artisanal intervention within an industrial fabrication context. Thematically, the luminaire appears to explore the productive tension between permanence and ephemerality, the solid earthen mass suggesting durability, weight, and timelessness while the gentle amber glow represents transience, warmth, and temporal rhythm as light cycles through day and night, this dialectic inviting contemplation on how design objects mediate between human needs for both stability and change, groundedness and transcendence. The work seems to participate in the expanding conversation around outdoor lighting as experiential and sculptural rather than purely utilitarian, where luminaires function as garden objects, pathway markers, and ambient light sources that shape nocturnal landscapes and extend habitable outdoor spaces beyond daylight hours. One might observe how the radial symmetry and spherical form create a sense of completeness and self-contained wholeness, the orb suggesting cosmic bodies, celestial spheres, or terrestrial stones worn smooth by elemental forces, this archetypal geometry carrying cultural resonances across traditions while remaining abstract enough to inhabit diverse architectural and landscape contexts without stylistic conflict. How does this luminaire's marriage of elemental materiality and warm illumination transform the experience of exterior spaces after darkness falls, and what emotional or psychological effects might emerge from encountering this glowing earthen sphere within garden, pathway, or architectural threshold contexts?

Press Kit

Unique Properties
The Oberhauserer's Balloon is an innovative outdoor lamp available in three distinct sizes: 30 cm, 70 cm, and an impressive 100 cm in diameter. This luminaire represents a milestone in modern lighting design, seamlessly blending advanced manufacturing technologies with aesthetic excellence.
The production of the Oberhauserer's Balloon utilizes the powder bed concrete 3D printing process, also known as Selective Paste Intrusion (SPI).
Dimensions & Packaging
With three available sizes—30 cm, 70 cm, and 100 cm in diameter—the Oberhauserer's Balloon offers versatile applications, from subtle accents to striking light installations. The largest variant, with a 100 cm diameter, represents the largest known 3D-printed lamp made from cement, setting new standards in lighting design.
Tags
3D concrete printing, Outdoor Light, studio oberhauser, Mangrove 3D, smart manufacturing, 3D design, outdoor furniture
Production Technology
The material used is characterized by its high weather resistance, making the Oberhauserer's Balloon ideal for outdoor use. By employing smart manufacturing technologies, resource-efficient and sustainable production is ensured. 3D concrete printing allows for efficient material usage and waste minimization, leading to a reduced ecological footprint.
Inspiration
The production of the Oberhauserer's Balloon utilizes the powder bed concrete 3D printing process, also known as Selective Paste Intrusion (SPI). In this method, a cement paste is selectively injected into a powder bed, creating complex and detailed structures layer by layer. This technique eliminates the need for traditional formwork, facilitating the creation of intricate geometries and significantly expanding design freedom.
Image Credits
Main Image: studiooberhauser 2025
Image 1-3: studiooberhauser 2025
Image 4: Dianese Alessia 2025
Patents
US Copyright

Colors of Oberhauser's Ballon Outdoor Lightning

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