Skip to main content

Mexico viaduct complete with ULMA formwork

ULMA developed a comprehensive solution for the construction project of the Interlomas Viaduct, México. Forming part of Mexico City’s transportation infrastructure development plan, this viaduct is 227m long and connects the residential and commercial area Interlomas with the Naucalpan-Toluca highway. ULMA designed a solution fully tailored to meet the pace and needs of the client: gantry falsework for two 59m outer spans, and a CVS Form Carrier for the central span of 108m. ULMA’s engineering team combi
February 9, 2018 Read time: 2 mins
Formwork from ULMA was used for a bridge project in Mexico
ULMA developed a comprehensive solution for the construction project of the Interlomas Viaduct, México.


Forming part of Mexico City’s transportation infrastructure development plan, this viaduct is 227m long and connects the residential and commercial area Interlomas with the Naucalpan-Toluca highway. ULMA designed a solution fully tailored to meet the pace and needs of the client: gantry falsework for two 59m outer spans, and a CVS Form Carrier for the central span of 108m.

ULMA’s engineering team combined robust OC Shoring with the Heavy Duty MK Shoring system to shore the deck at heights greater than 15m, adapting to the steep terrain. An MK Truss, placed between a pier and the MK Shoring assembly, covered a gap more than than 20m in length.

For the central span, the flexibility of the CVS Carriage made it possible to adapt to the irregular deck thickness, which ranges from 3.4-6.5m at the pier segment, even while ensuring rapid completion of the 4m bridge segments.

The two hollow piers with rectangular cross-section measure 42m in height, and were built in 5m segments with ENKOFORM V-100 formwork set on CR-250 roll-back climbing brackets. The advance carriages started work on both of the pier segments at the two extremes of the central span, advancing toward each other until meeting at the end segment.

Related Content

  • Indeco cuts up New York City’s old Kosciuszko Bridge
    November 23, 2017
    An Indeco ISS 45/90 is proving essential for demolishing the old Kosciuszko Bridge in New York City. New York City’s old 1.9km Kosciuszko Bridge, which crosses Newtown Creek connecting Green Point, Brooklyn with Maspeth, Queens, has been out of service since April. By the end of the year, the polygonal Warren through-truss structure will be no more. To replace the old bridge, in 2009, the New York State Department of Transportation planned the construction of two cable-stayed replacement bridges.
  • Barge-mounted Manitowoc MLC300 lists Illinois bridge into place
    June 28, 2018
    The reduced footprint and floating counterweight meant that it is much more efficient for contractors to barge-mount a crawler crane. The crane can be on smaller water-based barges because the machine automatically adjusts its centre of gravity for each lift. Kraemer North America recently used an MLC300 to help replace an 84-year-old truss bridge, the 756m Savanna-Sabula Bridge near Savanna, in the US state of Illinois. The Savanna–Sabula Bridge was a truss bridge and causeway crossing the Mississippi Ri
  • Complete control of machines using technology
    December 12, 2019
    Sophisticated machine control technology has been utilised on heavy equipment to help deliver a challenging project in New Zealand
  • Duisburg double for lift specialist Sarens
    June 5, 2024
    Heavy lift specialist Sarens overcame challenging wind and water conditions during installation of two strategic road bridges - the Oberbürgermeister Karl Lehr Brücke and the Hafenkanalbrücke - in the German city of Duisburg.