Arun Chandra, Vice President, Aviation Business, Bangalore International Airport Limited (BIAL), explains how the BLR Airport is leveraging multimodal connectivity, digital platforms, and infrastruture upgrades to enhance cargo handling, reduce dwell time, and strengthen air–land integration.
CT Bureau
Does an MMLP enhance the cargo handling capacity of an airport?
At BLR Airport, multimodal integration allows cargo processing to start before shipments reach the airport. Proximity to MMLP enhances an airport’s cargo handling capacity, not just by adding infrastructure, but by expanding the airport’s operational ecosystem beyond terminal boundaries. Consolidation, documentation readiness and coordination at logistics parks reduce congestion within the terminal and optimise infrastructure utilisation.
Through pre-terminal readiness and better landside planning, multimodal linkages improve operational efficiency within existing airport capacity. Connecting production clusters, warehousing hubs, and freight corridors through integrated road networks and digital platforms such as ACS/CargobyBLR ensure cargo flows are predictable and evenly distributed. For BLR Airport, handling 500,000 MT annually, predictability in inflow is as critical as physical capacity. Multimodal ecosystems and smooth cargo peaks, improve planning accuracy and change the BLR Airport into a hub with wider logistics network rather than a standalone facility.
How does modal shift — air, road, rail, or waterways — impact delivery timelines?
Modal shifts toward rail and waterways reshape timelines by improving predictability and cost efficiency, rather than reducing transit time. Air cargo remains essential for time-sensitive shipments such as pharmaceuticals, electronics, and e-commerce products. However, integrating rail or roadways for upstream and downstream movement stabilises supply chains by reducing dependence on congested roads and long-haul trucking variability.
Rail-based feeder systems enable high-volume cargo flows with consistent schedules, improve planning accuracy for airlines, and freight forwarders. The key is synchronisation: When multimodal movements are supported by digital platforms, such as Cargo by BLR, arrivals align better with terminal readiness and flight schedules. This balance between speed and predictability enhances end-to-end delivery performance, lowers logistics costs, and reduces emissions.
Has multimodal connectivity reduced dwell time for air cargo?
Absolutely. Multimodal connectivity has reduced dwell time by improving cargo readiness and landside cargo coordination. At BLR Airport, seamless road feeder services link hinterland manufacturing clusters with cargo terminals, ensuring shipments arrive along with with all documentation. Integration with the Airport Cargo Community System (ACS/CargobyBLR) allows real-time coordinaion between freight forwarders, cargo handlers, customs, and trucking partners, among others, reducing waiting period and manual interventions.
The Airport Truck Management Facility synchronises truck arrivals with terminal capacity, thereby reducing average truck turnaround time from four hours to one hour and several vehicles are processed within minutes. Reduced congestion improves cargo acceptance efficiency and builds-up planning, especially for specialised segments such as perishables and pharmaceuticals, where BLR Airport has received national recognition, including the ‘Perishable Airport of the Year (India)’ Award.
What infrastructure upgrades are needed to fortify air–land multimodal integration?
Strengthening air–land multimodal integration requires a combination of infrastructure, digital connectivity, and process-led innovation. Airports must evolve into digitally integrated logistics ecosystems where data flows seamlessly between logistics parks, rail operators, trucking networks, airlines, and regulatory authorities, enabling end-to-end visibility, and coordinated planning. Dedicated freight corridors and
high-capacity road and rail feeder networks reduce variability in first- and last-mile connectivity, ensuring predictable cargo flow. Off-airport consolidation and documentation hubs at logistics parks are critical, ensuring air cargo arrives ready for streamlined processing and minimising terminal congestion.
Smart landside infrastructure, including automated truck appointment systems, IoT-enabled tracking, and predictive analytics, align cargo arrivals with terminal readiness and improving throughput efficiency. At the terminal, scalable handling areas and flexible dock management systems support efficient modal transitions and peak management.
These upgrades change airports from standalone transport hubs into integrated logistics orchestrators thus enabling faster freight flows, improving reliability, and alignment with India’s multimodal logistics under PMGS. The BLR Airport demonstrates how strategic multimodal integration can optimise capacity, reduce dwell time, and strengthen the airport’s stance within India’s growing cargo ecosystem.
