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hedgehog-lead01Passive solar design meets pointillist pincushion in this stunning porcupine-inspired office recently cleared for construction in Prestons, England. Designed by UK-based Moxon Architects, the building features a bristling brise-soleil composed of andonized aluminum fins suspended from tensile rods. This striking facade acts as a rain screen while filtering sunlight and contributing to the building's energy-efficient profile.1
hedgehog-ed02Passive solar design meets pointillist pincushion in this stunning porcupine-inspired office recently cleared for construction in Prestons, England. Designed by UK-based Moxon Architects, the building features a bristling brise-soleil composed of andonized aluminum fins suspended from tensile rods. This striking facade acts as a rain screen while filtering sunlight and contributing to the building's energy-efficient profile.2
hedgehog-ed04Passive solar design meets pointillist pincushion in this stunning porcupine-inspired office recently cleared for construction in Prestons, England. Designed by UK-based Moxon Architects, the building features a bristling brise-soleil composed of andonized aluminum fins suspended from tensile rods. This striking facade acts as a rain screen while filtering sunlight and contributing to the building's energy-efficient profile.3
hedgehog-ed03Passive solar design meets pointillist pincushion in this stunning porcupine-inspired office recently cleared for construction in Prestons, England. Designed by UK-based Moxon Architects, the building features a bristling brise-soleil composed of andonized aluminum fins suspended from tensile rods. This striking facade acts as a rain screen while filtering sunlight and contributing to the building's energy-efficient profile.4
hedgehog-ed05Passive solar design meets pointillist pincushion in this stunning porcupine-inspired office recently cleared for construction in Prestons, England. Designed by UK-based Moxon Architects, the building features a bristling brise-soleil composed of andonized aluminum fins suspended from tensile rods. This striking facade acts as a rain screen while filtering sunlight and contributing to the building's energy-efficient profile.5
