Curated Inspiration
image-166cb01983f49191122b1e12d70bc148c8276df1-2926x1824-png
Architecture

Zaha Hadid Architects

Bergisel Ski Jump

Curated by Melike Altınışık
  • ArchitectZaha Hadid Architects
  • PhotographerPiotr Hraptovich

Melike Altınışık The Bergisel Ski Jump transforms infrastructure into a sculptural continuation of alpine terrain. Rather than separating tower and ramp, it fuses them into a continuous spatial gesture defined by movement and gravity. It represents architecture as trajectory – a built form shaped by speed, landscape, and structural precision.


image-78ffabaf913cbd519a7f74c719b59f25ae4cc9e2-1920x2400-jpg

A Historic Mountain Reimagined

Perched high on Bergisel Mountain above the alpine city of Innsbruck, the Bergisel Ski Jump is both a sporting venue and a striking architectural landmark. Designed by Zaha Hadid Architects after winning an international competition in 1999, the structure opened in 2002 as part of a wider redevelopment of the Olympic Arena. Ski jumping has taken place on this historic hill since 1927, and the site hosted events during the 1964 and 1976 Winter Olympics. By the late 1990s, however, the existing jump no longer met modern international standards. The new structure was conceived not only as a technical replacement, but as a bold new symbol for the city – one that would connect Innsbruck’s deep sporting tradition with a contemporary architectural identity visible across the alpine landscape.

image-cda6baa10aa47e3857cea9d927d24986c32e7032-1920x2400-jpg

Architecture of Speed

The Bergisel Ski Jump translates the sensation of flight and acceleration into architecture. At 90 metres in length and almost 50 metres in height, the building is conceived as a hybrid between a tower and a bridge. A vertical concrete tower anchors the structure, housing stairs and lifts, while a sweeping steel space-frame extends outward to form the launch ramp. The ramp curves fluidly around the tower before stretching out toward the valley, creating a dynamic form that captures the movement of ski jumpers as they launch into the air. Clad in steel and glass, the structure appears almost like a ribbon suspended above the mountain slope – an elegant, aerodynamic gesture that contrasts with the rugged Alpine surroundings while remaining deeply connected to the landscape.

Sport and Public Life

Unlike traditional ski jumps, the Bergisel structure was designed as both a high-performance sports facility and a public destination. Within the tower, athletes’ facilities support international competitions, including events from the prestigious Four Hills Tournament. Above them, however, the building opens to the public with a café and panoramic viewing terrace that offers sweeping 360-degree views across Innsbruck and the surrounding Tyrolean mountains. Visitors can reach the top via lift, transforming the technical infrastructure of ski jumping into an accessible urban lookout point. Even outside major competitions, the building attracts thousands of visitors each year, drawn not only by the architecture but also by the experience of standing where ski jumpers begin their dramatic descent.

image-910f390bf30b0940a5ff0c3c6e7df9c662686d92-2400x1920-jpg

A Defining Moment for Zaha Hadid

The Bergisel Ski Jump also marked a crucial moment in the career of architect Zaha Hadid. Before its completion, she was widely known for her visionary drawings and competition-winning designs, many of which had never been realised. The Innsbruck project became one of her first major completed buildings and demonstrated that her bold, sculptural ideas could be successfully built at scale. Critics praised the project for its dynamic elegance and its ability to stand confidently against the monumental Alps. Today the ski jump remains both an icon of contemporary architecture and a symbol of Hadid’s emerging global influence – an early example of the fluid forms and dramatic spatial gestures that would later define many of her most famous works.

The full version of this page is only available for subscribers.Subscribe now and get 14 days free trial
The full version of this page is only available for subscribers.Subscribe now and get 14 days free trial