Property Rates in Chandigarh 2026

Property rates in Chandigarh have shown a trajectory of steady growth throughout 2026. Data indicates the city rate was ₹8,400 per sq ft in December 2025, dipped slightly to ₹8,350 per sq ft in March and June 2026, before rising to ₹8,600 per sq ft as of September 2026. This upward movement in the most recent quarter suggests a strengthening of demand, signaling potential confidence among buyers looking for long-term appreciation.

As of September 2026, there is a significant price disparity between property types in Chandigarh, with villas commanding a premium at ₹29,850 per sq ft, which has appreciated by 2% compared to previous periods. In contrast, apartments are priced at an average of ₹8,600 per sq ft, showing a stronger growth trend with an appreciation of 2.51% over the same timeframe. This indicates that while villas cater to a luxury, high-value segment, apartments remain the more accessible and actively appreciating asset class for the broader market.

As of September 2026, ready-to-move projects in Chandigarh are priced at ₹5,800 per sq ft, having appreciated by 1.63% compared to previous periods. Meanwhile, under-construction projects are currently priced at ₹5,600 per sq ft, reflecting a significant appreciation of 15.69% over the same timeframe. The rapid appreciation in under-construction units often highlights growing investor interest and confidence in upcoming developments, whereas ready-to-move properties offer the stability of immediate possession.

The average rental yield in Chandigarh stands at 3.02% as of September 2026, providing a key metric for investors to evaluate the income-generating potential of their assets. With an average rental rate of ₹21 per sq ft, which has appreciated by 5% compared to previous periods, this yield suggests a moderate but consistent return on investment. For investors, a yield of 3.02% indicates that while capital appreciation remains a primary driver, the rental market offers a stable secondary income stream.

Rental rates in Chandigarh as of September 2026 follow a clear scale based on unit size: Studio apartments average ₹33,500 per month, 1 BHK units average ₹14,050, 2 BHK units average ₹24,500, 3 BHK units average ₹37,000, 4 BHK units average ₹58,100, and 5 BHK units command up to ₹2.28 Lakh per month. This tiered pricing allows tenants to choose options that align with their lifestyle needs, while also helping landlords understand the rental demand across different family and professional segments.

As of September 2026, top projects by rental rates include Sushma Joynest MOH at ₹20 per sq ft (which appreciated by 25% compared to previous periods), and Omaxe Ambrosia and Omaxe The Resort, both at ₹19 per sq ft, which have remained stable with 0% change. Other prominent projects like Ambika Florence Park also show strong performance at ₹18 per sq ft, with a 5.88% appreciation. These premium rates are typically driven by project amenities, location advantages in areas like Mullanpur and Mohali, and the quality of construction.

As of September 2026, new launch projects in Chandigarh are priced at ₹5,650 per sq ft, having experienced a depreciation of 10.77% compared to previous periods. This downward adjustment in pricing for new launches can signal a market correction or a strategic move by developers to stimulate interest in new inventory. Buyers should view this as an opportunity to enter the market at a lower entry point, though it is essential to balance this against the project's long-term growth potential and developer track record.

As of September 2026, BSNL Society in Sector 50 leads with a listing rate of ₹22,150 per sq ft, having appreciated by 2.05% compared to previous periods. Other high-value projects include Homeland Buildwell Heights in Mohali at ₹14,750 per sq ft (up 7.38%) and Beverly Golf Avenue in Mohali at ₹12,650 per sq ft (up 0.54%). These projects command premium pricing due to their established status and prime locations within the Chandigarh and Mohali sectors, making them benchmarks for high-end residential value in the region.