High mast light poles illuminate large outdoor spaces - they are essential for areas where widespread, powerful lighting is necessary. These poles are commonly used in highways, stadiums, industrial zones, ports, airports, and public spaces such as parks or parking lots. Their purpose goes beyond just providing light—they play a crucial role in safety and convenience.
For instance, on highways, high mast poles enhance visibility for drivers, reducing accidents and ensuring smooth traffic flow, especially at night. In stadiums, they create an environment suitable for sporting events, concerts, or other gatherings. Similarly, in industrial zones and ports, these poles ensure work can continue safely and efficiently after dark.
Choosing the right pole is more than just a technical decision—it’s about ensuring the lighting serves its purpose effectively, lasts for years without frequent repairs, and stays cost-efficient. Here, we share some useful tips to help you make the best choice.
The height of the pole is one of the most important factors. Taller poles cover larger areas, making them perfect for highways and public spaces where wide illumination is needed with fewer shadows. On the other hand, industrial areas might need shorter poles to focus light on specific work zones. It’s also important to consider the type of lights (called luminaires) being used. The pole’s height should match the light’s design to avoid wasting energy or creating uneven lighting.
High mast poles are exposed to tough weather conditions. In summer, they face extreme heat. During the monsoon, they endure heavy rain and humidity. In some regions, strong winds are a concern. To handle these challenges, high mast poles are usually made of steel, which is sturdy and long-lasting. For extra protection against rust and corrosion, especially in coastal or humid areas, the poles are coated with a layer of zinc through a process called hot-dip galvanisation. This coating makes the pole resistant to damage, ensuring it lasts for years with minimal maintenance.
India experiences diverse weather conditions, including cyclones in coastal regions. Poles must be strong enough to withstand the wind in the area where they are installed. Poles that can’t handle strong winds can bend or fall, causing damage and risking lives. To ensure safety, look for poles that comply with Indian wind load standards, specifically IS 875. These standards provide guidelines for how much wind pressure a pole should be able to handle based on its location.
High mast poles are tall, which makes maintenance a challenge. Cleaning the lights or replacing them when they stop working often requires special equipment like cranes or ladders. This can be expensive and time-consuming, especially in remote areas or busy highways. To make things easier, look for poles with motorised systems that allow the lights to be lowered to the ground for maintenance. This feature saves time, reduces costs, and eliminates the need for heavy machinery.
Explore our high mast lighting system. We are a trustworthy manufacturer of high mast light poles that are designed to light up large outdoor areas such as highways, stadiums, and industrial zones. Our high mast poles stand out because of our advanced design process, which uses specialised software and is verified by experts at IIT-Kharagpur to ensure high quality and reliability.
We offer flexible installation options with both three-point and two-point suspension systems, making our poles suitable for a wide range of uses. All our poles are made with rust-resistant materials, including electroplated components such as rope drums and torque limiters
Our poles also feature precision-engineered rope drums with grooves that keep cables aligned properly, ensuring smooth and long-lasting operation. The lantern rings, which hold the lights, come in both detachable and fixed options, depending on your needs.
The durability of our poles is enhanced by a 7-tank galvanising process that ensures a strong, even coating that prevents rust. We also have HDPE buffers for added protection of the lantern rings.
Safety is a top priority for us. We use trailing cables that meet strict Indian safety standards (IS 9968), and we offer additional protection features such as anti-theft nuts for the foundation bolts. Motors have dual safety systems—both mechanical and electrical—to prevent accidents.
Each component is tested rigorously. Our facilities have advanced tools, including spectrometers, for checking the chemical quality of materials. We even conduct wind tunnel tests at IIT-Kanpur to verify that our poles can withstand tough conditions, including strong winds.