
lal building Lane, Malgodown Rd, Chandrapur, Udit Nagar, Rourkela, Odisha 769012, India, Rourkela, Odisha
Price
₹28,000/month
Unique reach
74k+
Dimensions
20 × 20 ft
Lighting
Non-Lit
Description
This 20×20 ft non-lit hoarding is situated on Malgodown Road in the Chandrapur-Udit Nagar locality of Rourkela, Odisha. The area is part of a well-established residential and commercial corridor connecting central Rourkela with industrial zones. Positioned near Daly Market and Power House Road, this hoarding benefits from consistent daily traffic comprising commuters, shoppers, and residents moving between residential neighborhoods and commercial centers.
Malgodown Road serves as a vital connector in Rourkela, linking residential pockets with key commercial and institutional areas. The surrounding locality includes:
The locality experiences steady movement throughout the day, with increased activity during morning commutes and evening shopping hours.
Estimated Daily Vehicle Traffic: Approximate estimates suggest 12,000–28,000 vehicles/day along this residential-commercial connector.
Estimated Daily Footfall: The surrounding locality may experience 2,000–6,000 pedestrians/day, comprising local shoppers, students, and residents.
Peak Activity Periods: Based on the area's commercial profile, peak times are likely 8:00 AM–10:00 AM and 5:00 PM–8:00 PM during weekdays, with moderate activity on weekends.
Primary Audience: Residential families, working professionals, local shoppers, students, and small business owners.
Advertising Potential: Suitable for brands targeting middle-income households and local consumers seeking education, healthcare, FMCG, retail, and services. Reliable public measurements are unavailable; these are locality estimates.
The traffic, footfall, and reach figures provided are approximate estimates for the surrounding locality based on road hierarchy, land use, and commercial density. These are not measured statistics of the hoarding itself. Actual audience exposure may vary depending on campaign design, placement angle, and seasonal factors.