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  1. The BEBO Arch System is a standardized patented precast concrete arch system for the design and construction of earth overfilled bridges, tunnels, culverts and other underground structures.

    • Team

      Gian Nick. M. Eng. ETH (civil), PE +41 (0)43 501 04 51....

    • Services

      Project Development. We are our license holders’ technical...

    • News

      Beautiful shots of the completed twin span BEBO Arch Bridge...

    • Contact

      Contact. BEBO Arch International AG Seefeldstrasse 167 8008...

  2. Jan 22, 2024 · BEBO Bridge for North Devon Link Road. BEBO Arch Installation under active A361 Road. BEBO Arch International AG is a Swiss Civil and Structural Engineering Company with main focus on the development, design and construction of earth overfilled precast concrete arch structures.

  3. The BEBO Bridge Concrete Arch System is a combination of cast-in-place concrete footings, precast arch elements, headwalls, and wingwalls. The system uses the fundamentals of soil-structure interaction to achieve superior strength and stability.

  4. Overfilled reinforced concrete arch bridges are extremely durable and require virtually no maintenance (low life-cycle costs). BEBO structures have no exposed bridge deck, no transition joints or approach slabs and no moving bearings

  5. Humes' precast arch system is unparalleled in its ability to deliver a high performance, and cost effective bridge solution with excellent visual appeal. Humes have been the exclusive Australian manufacturer of BEBO™ arches since 1984.

  6. shawprecastsolutions.com › uploads › 2012/12/08_BeboBEBO Arch Systems

    Dec 8, 2012 · BEBO ARCHTM units are high quality, low maintenance precast structures which can be used in a variety of applications including bridges for larger brooks and streams. Each BEBO ARCHTM unit is a precast concrete arch, which relies upon the soil cover pressures to provide structural support.

  7. The BEBO Bridge Concrete Arch System is a combination of cast-in-place concrete footings, precast arch elements, headwalls, and wingwalls. The system uses the fundamentals of soil-structure interaction to achieve superior strength and stability.