With its lightweight fibreglass construction, Våg almost seems to float over the landscape. Våg is designed and produced in sections that can be positioned laterally, running parallel to a building’s façade or following the length of a carpark, city square or transport hub. Våg was designed as a complement to contemporary architecture and suits any modern outdoor development.
Height: 264 cm
Width: 480 cm
Depth: 240 cm
Ö60-70 Våg cykeltak
Ö60-58 Startkostnad målning i valfri RAL-kulör
B11-10 Startkostnad målning av glasfiber
M för In-ground.
N för Surface mount.
C for any colour for a start up fee.
Nola uses high-quality steel of good strength in our products. Steel rusts if left untreated and must therefore be surface treated. For this we use two main methods for surface treatment of steel parts; electrogalvanizing and powder coating as well as hot-dip galvanizing.
Electrogalvanizing (also known as zinc plating) provides corrosion protection through the sacrifice of zinc ions. It is created via a zinc coating on the steel using an electric current.
Powder coating is a coating that is applied as a free-flowing, dry powder. Unlike conventional liquid paint, powder coating is usually applied electrostatically and then cured under heat or with ultraviolet light. The result is an even, hard-wearing coloured surface with the desired gloss level.
Glass fiber is often used as reinforcement in plastics to increase rigidity by coating a glass fiber fabric with a plastic, usually a polyester, which hardens and binds the glass fiber together.
Cast in ground.
Delivered in parts. Fully assembly on site.
Note! The roof is delivered in one piece, weight about 80 kg. The roof is delivered on pallet and needs to be lifted in place. A crane is recommended on site.
Damages can be filled with glass fiber package and polished.
Products that are electro-galvanized and powder-coated can be touch-up painted with alkyd paint.
A discreet bicycle shelter in fibreglass.
With its lightweight fibreglass construction, Våg almost seems to float over the landscape. Våg is designed and produced in sections that can be positioned laterally, running parallel to a building’s façade or following the length of a carpark, city square or transport hub. Våg was designed as a complement to contemporary architecture and suits any modern outdoor development.
The MAX Laboratories are national facilities for scientific exploration and academic research. Norwegian architects Snøhetta were commissioned to landscape the surrounding terrain.
The MAX Laboratories are national facilities for scientific exploration and academic research. Norwegian architects Snøhetta were commissioned to landscape the surrounding terrain.
Jenny B. Osuldsen is partner in Snøhetta and Professor in Landscape Architecture. Educated as Landscape Architect in Norway (MLArch) and in the USA. Joined Snøhetta in 1995 and has had a central position developing the landscape architecture department. She has been deeply involved in many of Snøhetta designs, both in competitions and in a wide range of small and larger projects. She has lectured in several architectural symposia, sharing Snøhetta´s philosophy and design ideas. She is Professor in Landscape Architecture at the University of Life Science in Norway and Guest Professor at Ax:son-Johnson Institute of Sustainable Urban Design SUDes at the University of Lund, Sweden.
