Industries
Tilt-up construction crane services
The right crane for the lift, with NCCCO-certified operators and riggers for tilt-up construction. Based in West Texas, working statewide.
Crane service for tilt-up construction
Tilt-up wall panels are cast on site and lifted into place by crane. Tell us the panel sizes, the weights and the site layout.
Lifts we take on include:
- Lifting and setting tilt-up wall panels
- Setting steel and roof structure
- Lifting materials and equipment on site
Tilt-up wall panel erection crane lifts
Tilt-up panels are cast flat on the building slab or a casting bed, with lifting inserts and brace inserts cast in. A tilt-up engineer or the insert supplier lays out where the inserts go, the panel weights and the rigging for each panel. Before lift day, test cylinders have to show the concrete has reached the strength needed to lift. A panel lifted too green can crack at the inserts.
On lift day, the crane usually works from the slab or from a path around the building, picking panels in a planned order. Rigging with spreader beams and sheave blocks evens out the load on each insert as the panel tilts from flat to vertical. The panel is set on shims at the footing and braced to the slab with pipe braces, and only then is the rigging released.
- Review panel layouts, weights, insert locations and the erection sequence.
- Confirm concrete break results and braces staged at each panel.
- Set up on the slab or the planned crane path, on mats.
- Hook up the inserts, tilt each panel and set it on shims.
- Brace crew bolts the pipe braces before the rigging is released.
- Walk to the next panel, then demob once all walls stand.
Crane and operator for tilt-up construction
Every job goes out with the right crane for the lift, an NCCCO-certified operator and a rigger.
Tilt-up lifts are planned panel by panel, so have the engineering and site details ready before you call dispatch.
- Panel drawings with weights and insert locations
- Concrete break results for the panels
- Erection sequence and crane path around the slab
- Whether the slab is designed for crane loads
- Brace layout and a brace crew on site
- Footing elevations and shim locations
Rigging plans and safety plans for tilt-up construction
Tilt-up panels are big, flat and heavy, and most at risk between leaving the slab and getting braced. Nobody stands under or behind a panel as it comes up. If the crane works from the slab, the slab and its joints get checked for crane loads. Our rigging plans list each panel's weight, insert loads and crane radius, and our safety plans set the exclusion zones and bracing steps.
Wind matters twice. A gusty morning can stop the lift, since a panel acts like a sail as it tilts. After the set, braced panels have to ride out storms until the roof and permanent connections are in, which is why the brace design and the wind limit belong in the plan. West Texas spring winds make that more than a formality.
Book a crane
Call dispatch or send a lift request. Tell us the load, the location and the date.
FAQ
Questions about tilt-up construction crane services
How strong does the concrete need to be before lifting tilt-up panels?
The required lift strength comes from the panel engineer or the insert supplier, and it is checked with test cylinders broken before lift day. It depends on the insert type, the panel size and the rigging. If the breaks come back low, the lift waits. Lifting early risks cracking the panel or pulling an insert.
Can the crane sit on the slab during a tilt-up lift?
Often it does, since the slab is the flattest, firmest ground on site. But the slab has to be designed or checked for the crane's loads, especially near joints, edges and blockouts, and mats help spread the load. If the slab is not rated for it, the crane works from compacted ground around the building.
What are lifting inserts and brace inserts in tilt-up panels?
Lifting inserts are anchors cast into the panel where the crane rigging attaches with matching lifting hardware. Brace inserts are separate anchors where the temporary pipe braces bolt on. Their locations are engineered for each panel, so the panel holds together while it tilts and stays standing once it is set.
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