Mumbai, Oct 17 (FN Bureau) The Indian warehousing sector is on the brink of a remarkable transformation, according to a report “Future of Logistics: Warehousing Market—India” by JLL India and Miebach Consulting, India. As supply chains evolve, the demand for warehouse space is projected to reach approximately 1.2 billion sq. ft. by 2027 across Grade A, B, and C warehouses across all Indian cities. This growth is not just about quantity but quality as well. The report highlights a significant shift towards Grade A warehousing, with stock expected to grow to an impressive 400 million sq. ft by 2027 from 290 million sq. ft. in 2023.
E-commerce, Third-Party Logistics (3PL), and omni-channel retail are emerging as the primary drivers of this warehousing boom, particularly for high-quality Grade A spaces. However, the landscape of growth is changing. While major cities have traditionally dominated the warehousing sector, Tier II and III cities are now emerging as the next frontier. The report reveals a striking 41 percent increase in warehouse space absorption in Tier II plus markets from 2022 to 2023: “Warehousing absorptions in Tier II and III cities clocked 16.4 million sq. ft. in 2023, up 41 percent from 11.6 million sq. ft. in 2022, signalling a significant shift in the geographical distribution of logistics infrastructure. The sector’s evolution is further propelled by urban fulfilment needs, which are estimated to require an additional 35 million sq. ft. pan-India by 2027.
As the industry adapts to these changes, it’s also embracing Environmental, Social, and Governance (ESG) compliance, and the National Logistics Policies aim to reduce logistics costs to 10% of GDP, setting the stage for a more efficient, sustainable, and technologically advanced warehousing landscape in India.” Sanjay Bajaj, Senior Managing Director of Logistics & Industrial, India, JLL, said. The rise of urban fulfilment centres is another key trend identified in the report. By 2027, the combined space requirement for these centres is estimated to exceed 35 million sq. ft. across India, highlighting the growing need for efficient last-mile delivery solutions in urban areas. “Warehousing has undergone a remarkable transformation, evolving from simple storage facilities to becoming the linchpin in organisations’ go-to-market strategies and customer satisfaction efforts.
The past decade has witnessed an unprecedented surge in demand for high-quality warehouse infrastructure. We project the demand for Grade A warehouses to grow at an impressive 14% annually, with the overall stock expected to clock 400 million sq. ft. by 2027. While warehousing has historically been a fragmented industry, the increasing need for superior infrastructure and larger space parcels is driving significant institutional participation in the sector. This shift marks a new era in warehousing, one that’s critical to the future of logistics and integral to business success in India’s rapidly evolving economy,” said Shubhendu Kumar, Director, Miebach Consulting, India. The report also sheds light on India’s position in the global warehouse automation market. By 2026, India is projected to be among the top 6 users of warehouse automation systems worldwide, with the market expected to reach USD 2 billion annually. This trend towards automation reflects the sector’s drive for increased efficiency and competitiveness on the global stage. Government initiatives are playing a crucial role in shaping this transformation. The National Logistics Policy, which aims to reduce logistics costs to 10% of GDP, is creating a more favourable environment for organised and standardised warehouse developments. This policy is expected to streamline operations and attract further investments into the sector. As the industry evolves, sustainability becomes an increasingly important factor. Many leading developers are now following ESG norms in their projects, indicating a rise in ESG-certified warehousing projects across India. This shift towards sustainable practices is likely to reshape the sector’s future trajectory.