Member Since: 2015
Member Offices: Munich
The MAURER Group is a leading specialist in mechanical engineering and steel construction with over 1,000 employees worldwide. The company is the market leader in the areas of structural protection systems, (bridge bearings, expansion joints, seismic devices). It also develops and produces professional roller coasters and Ferris wheels as well as special structures in steelwork.
Key products in structural design are Tuned Mass Dampers, semi-active dampers, hydraulic dampers etc. Among the most notable large projects are the entire technological bridging equipment for the Russky Bridge in Wladiwostok, the world’s largest cable-stayed bridge. When it comes to steelwork, their showpieces include the BMW World and Munich‘s Airport Terminal 2.
Engineering, Other; Materials / Products / Systems Supplier; Mechanical, Electrical & Plumbing; Seismic Design; Structural Engineering
Membership Level
Silver
Member Since
2015
Member Offices
Munich
Rank |
Name |
Status
Completed Architecturally Topped Out Structurally Topped Out Under Construction On Hold Never Completed Proposed Vision Demolished Competition Entry Canceled Proposed Renovation Under Renovation Renovated Under Demolition |
Height |
|---|---|---|---|
|
1 |
276.3 m / 906 ft |
||
|
2 |
220 m / 722 ft |
||
|
3 |
195.9 m / 643 ft |
CTBUH Annual Conference, Presenter, 2018
Since 2014, a MAURER controlled TMD has mitigated the first bending mode of the Danube City Tower in Vienna, Austria. It consists of a pendulum...
MAURER AG (2016)
150 m+ Buildings
Average Building Age*
7 Years
Most Common Function*
Office, 2 Buildings
Most Common Material*
Composite, 2 Buildings
* Based on 150 m+ buildings currently in the database.
*Based on 3 Completed & Under Construction Buildings
NOTE: Construction start time is not available for all buildings. The average construction time is only displayed if there is three or more buildings with construction start and complete data in that year.
NOTE: Gross-to-Net Height is defined as architectural height minus height of highest occupied floor. Therefore, the Gross-to-Net Height is only calculated for buildings that have both the architectural height and the highest occupied floor height recorded.
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