Norwegian architecture studio Snøhetta builds the new Top of Alpbachtal which is an angular viewing tower made from timber in the Tyrolean Alps. Notably, it rests about 2.030 meters above the sea tower and it is beside a recently finished high-speed ski lift. The tower rests about 13 meters tall and has a tapered cubic structure that is inspired by the traditions of alpine construction.
Snøhetta managing director and partner Patrick Lüth notes that "Timber buildings have a great tradition in the Alpbachtal region. It was obvious for us to use these references and create a modern interpretation. Based on traditional construction methods, the structure could be realized as resource-conserving and sustainable as possible. Just as importantly, we developed the design in dialog with the alpine landscape."
Single-Clad Alps Viewing Tower
Snøhetta Designs the Top of Alpbachtal in the Tyrolean Alps
Trend Themes
1. Timber Tower Architecture - Architecture studios are exploring the use of timber to create modern interpretations of traditional structures, providing opportunities for sustainable resource-conserving design solutions.
2. Mountain Tourism - Efforts to encourage tourism in mountainous areas are leading to the development of structures like viewing towers that provide tourists with unique experiences and opportunities to take in breathtaking views.
3. Alpine Design Influences - Designers are looking to draw inspiration from traditional alpine construction methods to create structures that seamlessly blend with the natural environment and offer a unique sense of place.
Industry Implications
1. Architecture - Architecture firms can explore the use of sustainable materials like timber to create modern structures that are visually striking while having low environmental impact.
2. Tourism - The creation of unique structures like the timber-viewing tower can help draw visitors to remote mountainous areas, providing tourism opportunities and driving local economies.
3. Construction - Advancements in traditional construction methods can help create structures that reflect local culture while being sustainable and resource-conserving in their design.