How Long Does It Take to Build and Install a Tensile Structure?
The time required to build and install a tensile structure is one of its biggest advantages over conventional construction. In most cases, a tensile structure can be designed, fabricated, and installed much faster than RCC or heavy steel roofing systems.
That said, the exact timeline depends on the project size, design complexity, and site conditions.
Typical Project Timeline (End-to-End)
1. Design & Engineering – 7 to 15 Days
This stage includes:
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Site study or drawing review
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Selection of structure type and fabric
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Load calculations (wind, rain, tension)
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Finalizing drawings and detailing
Simple, standard designs are completed faster, while custom or large-span structures may take slightly longer.
2. Fabrication – 10 to 20 Days
Fabrication happens parallelly in a controlled workshop environment and includes:
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Steel structure fabrication
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Surface treatment (galvanizing / coating)
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Membrane cutting, welding, and edge detailing
Because most work is done off-site, this phase is efficient and predictable.
3. Site Installation – 5 to 10 Days
On-site work typically includes:
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Foundation readiness (if not already done)
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Steel erection
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Cable fixing and membrane installation
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Final tensioning and inspection
For smaller projects like parking or walkway canopies, installation can often be completed in just a few days.
Overall Timeframe
For most standard projects, the complete tensile structure process takes approximately 3 to 4 weeks from design approval to final handover.
Larger or architecturally complex projects may extend slightly, but even then, tensile structures remain significantly faster than traditional construction methods.
What Helps Speed Up the Process?
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Simple structural geometry
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Clear site access
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Early design approval
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Experienced fabrication and installation teams
Delays usually occur only when site conditions are unclear or scope changes mid-way.
Our Execution Approach
At Krishna International Projects & Services, project timelines are planned realistically, not optimistically. Each phase—design, fabrication, and installation—is scheduled to avoid rushed work that can affect structural performance.
We focus on:
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Parallel execution of design and fabrication
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Pre-planned installation methodology
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Skilled manpower for faster and safer erection
This approach allows us to deliver tensile structures efficiently while maintaining quality and safety.
Let's Connect: contact@krishnacarports.com
For project scheduling, timeline planning, or execution queries.