High Masts Wind Tunnel Testing Certificate
At Kasper Engineering Pvt. Ltd., we have the expertise to design and develop structurally strong High Mast Poles capable of functioning in extreme weather conditions. As our efforts in ensuring the safety, strength, and superior design of the high mast, our True Scale High Masts have successfully undergone rigorous tests at the world-renowned National Wind Tunnel Facility (NWTF), Indian Institute of Technology (IIT) Kanpur.
Performance Summary Table
Detail | Specification |
|---|---|
Completion Date | November 2025 |
Report Reference | NWTF-471 |
Model Type | True Scale High Mast |
Testing Authority | IIT Kanpur (NWTF) |
Our rigorous aerodynamic test is a guarantee for the robustness and ability of our high mast structures to withstand wind forces within the required national/international standards fully. After obtaining a positive test report, our product is issued a certificate known as the High Mast wind tunnel testing certificate to ensure its applicability in major infrastructure developments such as government construction projects, highways, airports, and smart city developments.
Through their Wind Tunnel Tested and WTT Certified High Masts, Kasper Engineering has positioned themselves as Reliable High Mast Pole Suppliers in India by providing tested answers to lighting requirements with scientific inputs of validated wind tunnel testing.
Technical Certification Overview
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Project Name: Wind Tunnel Testing of True Scale High Mast.
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Testing Authority: National Wind Tunnel Facility, IIT Kanpur.
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Technical Report Number: NWTF Technical Report - 471.
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Certification Date: November 2025.
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Recipient: Kasper Engineering Pvt. Ltd., Uttar Pradesh, India.
The Significance of "True Scale" Testing
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Unmatched Real-World Accuracy: While others rely on small-scale models, Kasper tests at True Scale to capture precise wind-load and vibration data for total field reliability.
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Safety Vetted by IIT Kanpur: Our designs are validated under Technical Report-471, ensuring they meet the highest safety benchmarks for public and industrial infrastructure.
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Data-Driven Durability: Using insights from our November 2025 testing, we optimize mast profiles to reduce wind drag and structural fatigue, significantly extending product life.