Logistics Facility Planning & Improvement | Knowledge Base Menu

jp tw Email MAP___ By Logistics Technology Institute
Domestic Freight Movement Data

3-2. Logistics Facility Planning & Logistics Park Selection via Freight Transport Data

Building a competitive supply chain and executing optimal logistics facility planning requires an accurate grasp of macro freight transport trends and regional cargo flows (intra-regional flow vs. inter-regional flow).

Selecting site locations based purely on "closest proximity to demand" or "lowest land rent" often leads to operational failures—such as surging freight transport expenses, severe dock congestion, and driver recruitment bottlenecks under labor regulations.

This article analyzes 20-year domestic freight transport volume trends, intra-regional vs. inter-regional flow balances across regional blocks, and the hub functions of major national logistics parks to establish practical facility planning guidelines.

Freight Transport Volume Graph

1. 20-Year Freight Transport Trends & Background

The first step in effective logistics facility planning is understanding macro environmental shifts surrounding nationwide freight transport.

1-1. Total Logistics Cost Trends (Logistics Cost-to-Sales Ratio)

Low / Stable Period (2000s – Mid-2010s)

Intense carrier price competition and corporate efficiency efforts kept logistics costs low, averaging under 5% to ~5% of sales revenue.

Long-Term Upward Trend (Post-2016)

Driver shortages, rising fuel prices, and labor wage hikes accelerated total freight transport cost increases across all industries.

Sustained High-Cost Plateau (2021 – Present)

Reached a 20-year peak of 5.70% in FY2021 and remains elevated at 5.36%–5.44%, driven by labor compliance and general inflation.

1-2. Structural Shifts in Cargo Volume (Tonnage vs. Piece Count)

Gradual Decline in Total Tonnage

Offshoring of manufacturing, product lightweighting, and shared logistics reduced total domestic freight transport tonnage from 5.0 billion tons in the early 2000s to the low 4.0 billion ton range.

B2B Bulk vs. B2C E-Commerce Divergence

While B2B bulk movement stagnates, E-commerce growth caused parcel delivery volumes to explode. Order fragmentation increases operational handling load and shipping frequency despite lower total tonnage.

2. Regional Cargo Flow Structure Across 10 National Blocks

Determining hub locations in logistics facility planning relies heavily on analyzing shipment origins: intra-regional flow (completed within the block) vs. inter-regional flow (cross-block shipping).

Freight Volume and Market Share Across 10 Regional Blocks

Intra-Regional Flow Represents 70%–80% of Volume

The vast majority (~70%–80%) of freight transport originating from any regional block stays within that same block (intra-regional flow). Local delivery network design forms the foundation of site planning.

Inter-Regional Flow Targets Adjacent Blocks & Metros

The remaining 20%–30% (inter-regional flow) consists primarily of shipments to adjacent blocks or concentrated linehaul shipping to major metropolitan centers (Kanto, Chubu, Kansai).

Mapping Data Insights for Facility Planning

1. Heavy Concentration in Metropolitan Areas (56.6%)
Three blocks—Kanto (27.8%), Chubu (16.1%), and Kansai (12.7%)—account for over half (56.6%) of all domestic freight transport. Establishing regional master hubs requires selecting premier logistics parks with highway access to these metro areas.

2. High Intra-Regional Completion Rates (National Average: 77.1%)
Nationwide, 77.1% of freight transport is completed within its origin block (intra-regional flow); cross-block shipping (inter-regional flow) accounts for only 22.9%. Kanto and Kyushu exhibit exceptionally high intra-regional ratios, making local last-mile networks vital for logistics facility planning.

3. Aichi Prefecture Ranks #1 Nationally
While Kanto leads among regional blocks, Aichi Prefecture ranks #1 among individual prefectures in total freight transport volume due to its dense manufacturing base, highlighting Chubu's role as a major production-distribution nexus.

3. Major National Logistics Parks & Hub Concentrations

Japan's major logistics parks (Distribution Business Complexes) are strategically developed adjacent to highway interchanges (ICs), arterial routes, sea ports, and air cargo terminals to alleviate urban congestion and centralize freight transport.

1. Greater Tokyo Area (Kanto Region)

Serving vast consumer markets and international gateways, Kanto's logistics parks along coastal ports and ring expressways (Gaikan / Ken-O) handle critical intra-regional and inter-regional flows.

2. Chubu Region (Nagoya Area)

A major industrial hub connecting Tomei, Meishin, Chuo, and Shin-Tomei expressways.

3. Kansai Region (Osaka / Hyogo Area)

Interconnected by Meishin, Chugoku, Hanshin, Kinki, and Shin-Meishin expressways, serving western Japan inter-regional flows.

4. Kyushu, Chugoku, Shikoku, Hokkaido & Tohoku Regions

Regional blocks rely on master logistics parks established at key highway junctions and major metro perimeters.

4. Three Core Roles of Logistics Parks in Facility Planning

When executing advanced logistics facility planning, establishing operations within planned logistics parks (Distribution Business Complexes) rather than isolated isolated sites offers major strategic advantages. Logistics parks function as vital social infrastructure connecting local economies with national freight transport networks through three key roles: