Market Overview
| Study Period | 2021 - 2032 |
|---|---|
| Forecast Data Period | 2027 - 2032 |
| Base Year Market Size (2026) | USD 1.11 Trillion |
| Market Size (2027) | USD 1.18 Trillion |
| Market Size (2032) | USD 1.57 Trillion |
| Growth Rate (2027 - 2032) | 5.79 % |
| Market Concentration | Low |
Major Players *Disclaimer: Major Players sorted in no particular order Image © Mordor Intelligence. Reuse requires attribution under CC BY 4.0. | |
Asia-Pacific Road Freight Transport Market Analysis by Mordor Intelligence
The Asia-Pacific road freight transport market size is projected to be USD 1.11 trillion in 2026, USD 1.18 trillion in 2027, and reach USD 1.57 trillion by 2032, growing at a CAGR of 5.79% from 2027 to 2032.
The Asia-Pacific road freight transport market benefits from dense manufacturing activity, a growing parcel economy, and public investment in expressways and freight corridors. China recorded 432.88 billion tons of road freight in 2025, while road freight turnover reached 79,511 billion ton-kilometers, showing the scale of the region’s core freight base. India’s National Highway network reached 146,560 km in 2025, compared with 91,287 km in 2014, giving freight operators longer high-speed routes. The Asia-Pacific road freight transport market is also shaped by manufacturing relocation toward ASEAN and India, where newer factory networks create freight lanes with limited legacy capacity. Digital customs processes, RCEP trade flows, cold-chain investment, and cleaner truck fleets are widening opportunities for organized carriers, although labor shortages and congestion continue to raise operating risk.
Key Report Takeaways
- By end-user industry, manufacturing held 39.49% of the Asia-Pacific road freight transport market share in 2026, while wholesale and retail trade recorded the highest projected CAGR at 6.59% through 2032.
- By destination, domestic freight held 69.75% of the Asia-Pacific road freight transport market size in 2026, while international freight recorded the highest projected CAGR at 7.41% through 2032.
- By truckload specification, full-truck-load held 79.98% of the Asia-Pacific road freight transport market share in 2026, while less-than-truck-load recorded the highest projected CAGR at 6.57% through 2032.
- By containerization, non-containerized cargo held 86.36% of the Asia-Pacific road freight transport market size in 2026, while containerized freight recorded the highest projected CAGR at 5.99% through 2032.
- By distance, long-haul held 75.95% of the Asia-Pacific road freight transport market share in 2026 and recorded the highest projected CAGR at 6.09% through 2032.
- By goods configuration, solid goods held 69.12% of the Asia-Pacific road freight transport market share in 2026, while fluid goods recorded the highest projected CAGR at 6.05% through 2032.
- By temperature control, non-temperature controlled freight held 94.31% of the Asia-Pacific road freight transport market size in 2026, while temperature controlled freight recorded the highest projected CAGR at 6.42% through 2032.
- By geography, China held 45.57% of the Asia-Pacific road freight transport market share in 2026, while India recorded the highest projected CAGR at 8.59% through 2032.
Note: Market numbers in this report are based on Mordor Intelligence's proprietary estimation framework, which combines nine months of actuals with Q4 projections for base year 2026.
Market Trends and Insights
Drivers Impact Analysis of Asia-Pacific Road Freight Transport Market*
| Driver | (~) % Impact on CAGR Forecast | Geographic Relevance | Impact Timeline |
|---|---|---|---|
| E-Commerce and Omnichannel Retail Shipment Growth | +1.2% | China, India, ASEAN core | Short term (≤ 2 years) |
| Manufacturing Relocation Across ASEAN and India | +1.4% | Vietnam, Thailand, Indonesia, India | Medium term (2-4 years) |
| Corridor and Expressway Investment | +1.0% | China, India, ASEAN, South Asia | Long term (≥ 4 years) |
| Cross-Border Customs Digitalization and RCEP Trade Flows | +0.8% | ASEAN-China corridors, South Korea, Japan | Medium term (2-4 years) |
| Temperature-Controlled Food and Pharmaceutical Distribution | +0.7% | China, India, Japan, South Korea, ASEAN core | Medium term (2-4 years) |
| Battery-Swapping Electric Truck Deployment | +0.4% | China, India, Southeast Asia | Medium term (2-4 years) |
| Source: Mordor Intelligence | |||
E-Commerce and Omnichannel Retail Shipment Growth
China processed 216.5 billion express parcels in 2025, an increase of 11.5% from the prior year, supporting overnight and same-day trucking demand on subregional routes. The volume equated to more than 141 parcels per person and gave carriers a broad base of repeat movements between fulfillment centers, depots, and consumers. In Vietnam and Indonesia, platform operators are extending same-day delivery coverage into tier-2 cities, creating more regular routes where freight activity was previously seasonal. This change favors carriers that can use contracted capacity and shared depot infrastructure across store replenishment and parcel consolidation.[1] The Asia-Pacific road freight transport market gains from this shift because higher route frequency can improve vehicle utilization on smaller corridors. It also places pressure on informal spot trucking, as retailers require more consistent tracking, delivery windows, and service reliability.
Manufacturing Relocation Across ASEAN and India
Supply-chain diversification is creating denser inter-factory road networks in Vietnam, Thailand, Indonesia, and India. ASEAN recorded strong foreign direct investment in supply-chain-intensive sectors such as textiles, automotive production, and semiconductors in 2025. New manufacturing sites create origin-destination pairs that often have limited established road freight capacity. This can support contract opportunities for carriers that establish routes before capacity becomes widely available.[2] Industrial parks in Binh Duong and Bac Ninh are producing concentrated parts-shuttle flows between suppliers and manufacturers. India’s manufacturing gross value added grew 7.72% in Q1 and 9.13% in Q2 of FY 2025-26, increasing demand for specialized automotive, electronics, and pharmaceutical freight services.
Corridor and Expressway Investment
Expressway investment converts freight demand into more reliable truck movements by reducing travel time and improving network reach. China’s expressway network reached 199,000 km by the end of 2025, and its transport plan covers the renovation and digital transformation of 80,000 km by 2030. The plan also covers improved multimodal capabilities at 1,000 major freight hubs, helping freight move between modes with fewer delays. India completed 21,597 km of economic corridors, inter-corridor roads, and expressways under Bharatmala Pariyojana by November 2025. Road freight carries more than 80% of India’s non-bulk domestic cargo, linking highway additions directly to the operating scope available to organized carriers. The Asia-Pacific road freight transport market, therefore, has a longer runway for fleet renewal, route planning, and service-level improvement.
Cross-Border Customs Digitalization and RCEP Trade Flows
RCEP’s tariff schedule covers more than 90% of traded goods across 15 member economies, improving cross-border road freight economics on shorter regional routes. China expanded its TIR transit system in January 2026 to include bonded goods and e-commerce commodities, opening additional options for western corridors. The region’s trade facilitation efforts are introducing digital tools across commercial, border, and financial processes. More efficient document verification and risk assessment can reduce administrative delays at border crossings. Rules-of-origin accumulation within RCEP also supports multi-country component production, which adds road freight activity across each manufacturing leg. The Asia-Pacific road freight transport market can benefit from operators that combine customs expertise, route visibility, and established partner networks.
Restraints Impact Analysis of Asia-Pacific Road Freight Transport Market*
| Restraint | (~) % Impact on CAGR Forecast | Geographic Relevance | Impact Timeline |
|---|---|---|---|
| Commercial Driver Shortage and Wage Inflation | -0.5% | Japan, South Korea, Australia, China | Medium term (2-4 years) |
| Port-City Congestion and Dwell-Time Volatility | -0.3% | Shanghai, Ningbo, Nhava Sheva, Manila | Short term (≤ 2 years) |
| Emissions Compliance and Diesel-Fleet TCO Inflation | -0.3% | China, Japan, Australia, ASEAN | Long term (≥ 4 years) |
| Cross-Border Operating-Rule Fragmentation | -0.3% | ASEAN, South Asia, ASEAN-China corridors | Medium term (2-4 years) |
| Source: Mordor Intelligence | |||
Commercial Driver Shortage and Wage Inflation
The commercial driver shortage remains a structural constraint rather than a short-term response to freight demand. The International Road Transport Union reported 2.9 million unfilled truck-driver positions across 18 surveyed markets in its 2025 survey. Japan had 47% of road freight drivers aged 50 or above in 2025, creating pressure on replacement hiring. Australia faced a shortage of 28,000 truck drivers, with more than 78,000 unfilled positions projected by 2029.[3] Wage growth can raise the base cost of fleet operations and reduce margins for asset-heavy carriers. Route optimization, relay driving, and automation can help carriers improve productivity without adding equivalent headcount.
Port-City Congestion and Dwell-Time Volatility
Port-city congestion creates uncertainty at the point where road freight connects with maritime cargo. The World Bank’s Container Port Performance Index 2025 showed weaker global port performance than in 2024, with longer vessel turnaround times on average. Longer dwell periods can disrupt truck appointment schedules, container pickups, and the use of equipment.[4] Congestion at Shanghai, Ningbo, Nhava Sheva, and Manila can require shippers to keep larger stock buffers. That response can slow replenishment movements and reduce the urgency of some truck movements. Real-time port visibility and flexible dispatch systems can limit disruption, but smaller carriers may find the technology cost difficult to absorb.
*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.
Asia-Pacific Road Freight Transport Market Segment Analysis
By End-User Industry:
Manufacturing Anchors Demand, Retail Trade AcceleratesManufacturing held 39.49% of the Asia-Pacific road freight transport market share in 2026. Electronics, automotive, textile, and chemical producers rely on frequent component deliveries from regional suppliers. These movements favor full-truckload lanes, bonded warehouse services, and synchronized cross-docking. Organized third-party logistics providers are better placed than informal carriers to manage these requirements. Automotive and electronics production also require close control over delivery timing. Manufacturing activity in India and ASEAN is extending the geography of supplier networks. New factory clusters create recurring traffic between industrial parks, ports, warehouses, and assembly sites. The Asia-Pacific road freight transport market is supported when these movements become contracted lanes rather than spot transactions. Construction and oil, gas, mining, and quarrying freight remain important bulk contributors in Indonesia and Australia. Their volumes can vary with infrastructure spending and commodity activity.
Wholesale and retail trade has the highest forecast CAGR at 6.59% during 2027-2032. Organized retail is expanding into tier-2 and tier-3 cities in India and Southeast Asia. This shifts distribution away from fragmented neighborhood wholesaling toward formal networks. Retailers need frequent replenishment, multi-stop delivery, and better inventory visibility. E-commerce adds parcel consolidation and return movements to existing store-delivery flows. These operating needs favor carriers that can combine full-truckload and less-than-truckload services from shared depots. Agriculture, fishing, and forestry freight benefits from cold-chain investment but remains exposed to harvest variability and changing consumption patterns. Retail trade and pharmaceuticals within other end-user industries require tighter delivery windows than bulk industrial freight. Carriers that invest in service quality can command stronger revenue per kilometer in these lanes. This change raises the importance of fleet scheduling, cargo handling, and temperature management.
By Destination:
Domestic Hauls Dominate, Cross-Border Lanes Gain MomentumDomestic freight held 69.75% of the Asia-Pacific road freight transport market share in 2026. China and India underpin this position because both economies have extensive internal supply chains. China’s domestic road freight turnover reached 79,511 billion ton-kilometers in 2025. Domestic movements link production centers, distribution warehouses, consumption markets, and port gateways. Large national networks also give operators opportunities to build dense depot systems. Domestic hauling remains essential for consumer goods, industrial inputs, and bulk cargo. It provides a stable route volume even when cross-border trade conditions change. Expressway investment improves the economics of longer domestic road lanes. Digital freight platforms can reduce empty journeys through stronger matching between shippers and carriers. The domestic base, therefore, remains central to the Asia-Pacific road freight transport market.
International freight registered a CAGR of 7.41% during 2027-2032. RCEP tariff reductions, customs digitalization, and China+1 manufacturing strategies support this pace. Road links among China, Vietnam, Thailand, and Malaysia are becoming more valuable as component production spreads across countries. Each stage of a multi-country manufacturing chain can create a separate road movement. China’s TIR expansion to cover bonded goods and e-commerce commodities supports new western corridors. Digital systems can reduce paperwork and improve visibility at border crossings. International providers need customs knowledge, partner networks, and equipment that meets local rules. The category remains smaller than domestic freight because national supply chains are large. However, growth in cross-border lanes gives organized carriers a chance to add higher-value services. The wider Asia-Pacific road freight transport market benefits as regional trade networks become more integrated.
By Truckload Specification:
FTL Dominates, LTL Growth Reflects Structural FragmentationFull-truckload held 79.98% of the Asia-Pacific road freight transport market size in 2026. Manufacturing and bulk commodities fill standard trailer capacity on major trunk routes. Automotive, steel, chemicals, and agricultural bulk commonly require full-vehicle loads for cost efficiency. This demand base supports the continued importance of dedicated fleet capacity. FTL movements are easier to plan when routes have stable shipment volumes. Long-distance corridors and factory-to-port lanes are particularly suited to the model. Major shippers also use FTL services to protect delivery schedules and cargo integrity. The category is supported by the region’s large industrial and commodity base. Expressway growth further improves vehicle utilization on trunk operations. FTL, therefore, remains the core service format for the Asia-Pacific road freight transport market.
Less-than-truckload is forecast to grow at a CAGR of 6.57% during 2027-2032. Modern retail, e-commerce, and pharmaceutical distribution are increasing shipment frequency while reducing consignment size. A greater number of SKUs also increases the need for consolidation and multi-stop distribution. LTL providers need efficient sorting, line-haul planning, and local collection systems. Digital platforms can reduce empty backhaul miles and help match smaller shipments with available capacity. Manbang Group’s network connects more than 3 million truck drivers with millions of shippers, showing the role of digital matching in China’s freight system. Carriers with route optimization tools can build viable LTL networks over wider regions. The operating model is more complex than FTL because it requires greater coordination across hubs. Sorting automation and better data use can become important sources of cost control. LTL growth expands the service range of the Asia-Pacific road freight transport market beyond traditional bulk freight.
By Containerization:
Bulk Cargo Leads, Containerized Freight Capitalizes on Export GrowthNon-containerized cargo held 86.36% of the Asia-Pacific road freight transport market share in 2026. Bulk agricultural products, minerals, and construction materials often do not need container standardization. These goods are commonly moved through direct road routes using specialized trailers and trucks. The segment reflects the importance of resource extraction, infrastructure construction, and agricultural production in the region. Many movements occur between mines, farms, industrial sites, and domestic consumption centers. Operators value equipment availability and cost efficiency in these lanes. Demand is also linked to local commodity cycles and construction schedules. Non-containerized freight remains important in Indonesia, Australia, India, and other resource-intensive locations. It provides a high-volume base for general freight operators. This leadership maintains the bulk-goods character of much of the Asia-Pacific road freight transport market.
Containerized freight is projected to expand at a CAGR of 5.99% during 2027-2032. Export-linked movements need compatibility with port terminals, TIR systems, and multimodal rail connections. Standard containers can simplify transfers between road, rail, and sea services. Sinotrans launched a Guangdong-Shanghai green transport corridor in April 2026 using battery-electric and L4 autonomous trucks over more than 1,500 km. The project demonstrates how high-frequency trunk-road operations can be organized around standardized freight units. CEVA Logistics opened an automated distribution center in Alashankou in May 2026 to consolidate LTL shipments and TIR cross-border road freight. Container standards help service providers consolidate cargo across long international routes. The segment also benefits from the expansion of export manufacturing in ASEAN and India. Direct road delivery can reduce the transfers required in some medium-haul movements. This supports more systematic operations on the Asia-Pacific road freight transport market’s cross-border lanes.
By Distance:
Long-Haul Corridors Drive Volume and ValueLong-haul held 75.95% of the Asia-Pacific road freight transport market share in 2026. It also recorded the highest projected CAGR at 6.09% through 2032. This combination shows that corridor expansion is supporting both the largest and the fastest-growing distance category. Long-haul freight connects factories, ports, warehouses, and consumption centers over large national and regional distances. China’s modernization agenda is improving transport network capability and freight hub connectivity. Better roads can raise truck utilization and reduce time lost at interchanges. The segment benefits from a high concentration of industrial freight and export-related cargo. It also offers carriers predictable route structures where they can use larger fleets. Long-haul demand remains central to the Asia-Pacific road freight transport market.
Short-haul freight remains necessary for urban delivery, port drayage, and the first and final legs of supply chains. Dense coastal cities require frequent local distribution despite traffic and access restrictions. Shanghai, Beijing, and Jakarta place greater limits on diesel truck entry hours in certain urban areas. These restrictions can increase operating complexity and pressure margins. Short-haul operators need route flexibility, local depots, and vehicles suited to city operations. Electric rigid trucks are becoming more relevant to urban distribution models. Toll Group has deployed electric truck programs in Australian cities with support from the Australian Renewable Energy Agency. Short-haul activity does not carry the volume of long-haul lanes, but it is essential to service quality. Urban demand, therefore, creates a distinct role for compliant, technology-enabled fleets. Together, long-haul and short-haul operations give the Asia-Pacific road freight transport market its national and local coverage.
By Goods Configuration:
Solid Goods Lead, Fluid Freight Reflects Commodity DemandSolid goods held 69.12% of the Asia-Pacific road freight transport market share in 2026. Packaged consumer goods, electronics, building materials, and agricultural produce form the largest share of road freight by this measure. These products move across both domestic distribution networks and international manufacturing corridors. The breadth of cargo types creates demand for standard trailers, dry vans, and general freight capacity. Consumer goods movement is linked to retail expansion and e-commerce fulfillment. Building materials are linked to infrastructure and property activity. Electronics require more controlled handling and reliable delivery schedules. Agricultural produce can require faster movement and temperature management in selected routes. Solid goods, therefore, support a broad base of routine freight movements. This breadth helps maintain steady utilization across the Asia-Pacific road freight transport market.
Fluid goods recorded a CAGR of 6.05% during 2027-2032. Tanker freight supports petrochemicals, liquid fertilizers, edible oils, and liquefied industrial gases. Demand is tied to industrial output, agricultural activity, and resource development. Indonesia’s palm oil and chemical industries support tanker needs, while India’s petrochemical hubs in Gujarat and Andhra Pradesh add demand. Fluid freight is less exposed to e-commerce patterns than general cargo. It can provide diversification for carriers that serve both industrial and consumer-related lanes. Specialized tank equipment and safety certification limit the number of capable providers. These entry barriers can support more stable pricing than general cargo in some markets. Operators also need trained personnel and strict compliance procedures. The fluid category adds a specialized growth path within the Asia-Pacific road freight transport market.
By Temperature Control:
Reefer Demand Outpaces the Market, Cold Chain Investment AcceleratesNon-temperature-controlled freight held 94.31% of the Asia-Pacific road freight transport market share in 2026. Dry bulk, packaged goods, and ambient consumer products account for most road cargo volumes. The category serves general manufacturing, retail, construction, and agricultural supply chains. Standard equipment and broad route availability make it accessible to a wide range of carriers. It continues to provide the main volume base for the regional transport system. Large domestic networks in China and India strengthen its scale. Ambient freight also supports the movement of many export-related inputs and finished goods. The category is less demanding in equipment terms than cold-chain freight. This allows smaller owner-operators to participate in many lanes. Non-temperature-controlled cargo, therefore, remains the dominant operating mode across the Asia-Pacific road freight transport market.
Temperature-controlled freight is forecast to grow at a CAGR of 6.42% during 2027-2032. Pharmaceutical distribution, fresh-food e-commerce, and biologics require more dependable cold-chain movement. The Global Cold Chain Alliance identified ongoing demand for temperature-controlled logistics investment in Asia-Pacific. Validated 2-8 °C lanes can command higher freight rates than ambient transport. Compliance requirements are increasing the need for monitoring, equipment maintenance, and trained handling staff. China’s GSP standards and India’s Schedule M amendments raise the infrastructure threshold for pharmaceutical distribution. Smaller undercapitalized carriers can find certification requirements difficult to meet. This favors providers with reefer fleets, data logging, and established quality systems. Fresh-food delivery also supports demand for shorter controlled routes near major cities. Temperature control remains a smaller category but gives the Asia-Pacific road freight transport market an important premium service area.
Geography Analysis
China held 45.57% of the Asia-Pacific road freight transport market share in 2026. The country’s road freight volume reached 432.88 billion tons in 2025, rising 3.4% from the prior year. China’s 15th Five-Year Plan covers the digital transformation of 80,000 km of transport network and upgraded multimodal capability at 1,000 freight nodes by 2030. These investments can improve transit predictability for organized road freight operators. China also plans 3,000 charging and battery-swapping stations along high-speed corridors as part of its heavy-truck transition. Digital freight platforms are lowering empty-haul rates and increasing price competition among carriers.
India is forecast to expand at a CAGR of 8.59% during 2027-2032, the fastest country rate in the Asia-Pacific road freight transport market. The National Highway network stood at 146,560 km in 2025, while high-speed corridors had increased more than 12-fold since 2014. More than 80% of India’s non-bulk domestic freight moves by road, giving highway development a direct role in freight access. Manufacturing GVA grew 9.13% in Q2 FY 2025-26, increasing service expectations in automotive, pharmaceutical, and electronics supply chains. Japan and South Korea form a mature, high-value part of the regional network, with tight delivery windows and strong use of telematics. Japan is testing Level 4 autonomous trucks on the Shin-Tomei Expressway using Isuzu’s 25-ton Giga truck.
Australia, Indonesia, Malaysia, Thailand, Vietnam, and the Rest of Asia-Pacific create a diversified growth base. Australia faces a truck-driver shortage of 28,000 positions, but fleet electrification programs and infrastructure investment support modernization. Indonesia and Vietnam benefit from factory investment, with industrial zones in Java, Binh Duong, and Bac Ninh creating concentrated inter-factory road flows. Vietnam’s RCEP participation supports multi-country supply chains between China, Thailand, and regional export markets. Thailand and Malaysia are improving cross-border road and customs infrastructure to support regional trade. Markets such as the Philippines, Sri Lanka, and Pakistan retain room for organized carriers and third-party logistics providers where logistics costs remain high relative to economic output.
Competitive Landscape
The Asia-Pacific road freight transport market is structurally fragmented, with many small owner-operators and family-run fleets. Organized third-party logistics providers hold a smaller but growing share of value-added contract logistics. DSV completed its EUR 14.3 billion (USD 15.78 billion) acquisition of DB Schenker in April 2025, creating a combined group with EUR 41.6 billion (USD 45 billion) in revenue and 160,000 employees across more than 90 countries. The transaction expands DSV’s ability to cross-sell road and multimodal services in the region. JD Logistics, SF Express through Kerry Logistics, and Sinotrans are building international operations from domestic road freight bases. Their digital platforms and depot networks allow them to compete with global providers on intra-Asia and export corridors. Temperature-controlled distribution, cross-border LTL consolidation, and long-haul relay driving remain contested service areas. Mid-sized regional carriers face pressure where global scale and digital freight networks overlap. The Asia-Pacific road freight transport market remains open to providers that combine local operating knowledge with specialized capacity.
Global integrators are adding infrastructure in high-growth corridors. DHL Supply Chain has expanded its Asia-Pacific presence through a Vietnam campus and partnerships in Australia, Japan, and Thailand. Maersk opened World Gateway II in Singapore in March 2026, a 1.1 million ft² automated distribution center serving B2B and B2C fulfillment. Kuehne + Nagel is strengthening its regional fleet and logistics relationships. Asset-light platforms are also aggregating trucking capacity and improving backhaul utilization. This creates a parallel contest between asset-backed infrastructure and digital capacity matching. Both models seek to improve yield management in a fragmented carrier base. Their success depends on route density, depot coverage, and customer service quality. The Asia-Pacific road freight transport market continues to reward operators that can use technology without losing local route knowledge.
Electric truck and autonomous driving initiatives are becoming competitive tools rather than distant concepts. BYD has agreements with CMA CGM and CEVA Logistics covering automotive and EV-battery logistics. These moves show that zero-emission logistics standards are being considered within vehicle and customer networks before formal rules fully mature. Sinotrans introduced its Yuehu green transport product in April 2026 for a route of more than 1,500 km between the Greater Bay Area and the Yangtze River Delta. The service uses battery-electric heavy trucks and L4 autonomous vehicles developed with Pony.ai. Carriers that adopt compatible energy infrastructure early can reduce long-run compliance risk. However, the fragmented structure means many small providers still have limited resources for fleet transition. Competition is therefore likely to become more uneven between large integrators, digital platforms, and local specialists.
Asia-Pacific Road Freight Transport Industry Leaders
-
DHL Group
-
SF Express
-
Nippon Express Holdings
-
Sinotrans Ltd.
-
Kuehne+Nagel
- *Disclaimer: Major Players sorted in no particular order
Asia-Pacific Road Freight Transport Market Companies Covered in this Report
- A.P. Moller - Maersk
- C.H. Robinson
- CMA CGM Group (Including CEVA Logistics)
- DHL Group
- DSV A/S
- Expeditors International of Washington, Inc.
- FedEx
- Gati-KWE
- JD Logistics
- CJ Logistics
- Kintetsu World Express
- Kuehne+Nagel
- Linfox Pty Ltd
- Nippon Express Holdings
- Rhenus Group
- SF Express
- Sinotrans Ltd.
- TCI Express
- Toll Group
- United Parcel Service of America, Inc. (UPS)
- Yamato Holdings
Recent Industry Developments in Asia-Pacific Road Freight Transport Market
- August 2026: FedEx launched a nonstop freighter service between its Asia-Pacific hub in Guangzhou, China, and Sydney, Australia, operating five times weekly with Boeing 777 freighters. The service reduces intra-Asia transit times by up to 1 business day for shipments from Southern China, Hong Kong, Japan, South Korea, Malaysia, the Philippines, and Thailand, significantly strengthening Australia’s connectivity with Asian export markets.
- July 2026: DSV completed the expansion of its Asia-Pacific headquarters in Hong Kong, scaling to over 1,000 employees across 14 operating locations following its acquisition of DB Schenker in April 2025. The expanded headquarters supports Greater China and Asia-Pacific operations, including multimodal solutions, LCL services, and a cold-chain facility in Fanling.
- May 2026: Toll Group and PVH signed a multi-year strategic partnership agreement, anchoring PVH’s fulfillment operations at Toll’s AUD 250 million (USD 167.53 million) Kemps Creek retail fulfillment center in Sydney.
- April 2026: Sinotrans launched the Yuehu Green Transport product, a zero-carbon road freight corridor spanning more than 1,500 km between the Greater Bay Area and the Yangtze River Delta. The service uses battery-electric heavy-duty trucks and L4 autonomous vehicles developed with Pony.ai and provides door-to-door service within 28 hours at a fixed price and schedule.
Asia-Pacific Road Freight Transport Market Report Scope
Segmentation Overview
By End-User Industry
| Agriculture, Fishing and Forestry |
| Construction |
| Manufacturing |
| Oil and Gas, Mining and Quarrying |
| Wholesale and Retail Trade |
| Other End-User Industries |
By Destination
| Domestic |
| International |
By Truckload Specification
| Full-Truck-Load (FTL) |
| Less-than-Truck-Load (LTL) |
By Containerization
| Containerized |
| Non-Containerized |
By Distance
| Long Haul |
| Short Haul |
By Goods Configuration
| Fluid Goods |
| Solid Goods |
By Temperature Control
| Non-Temperature Controlled |
| Temperature Controlled |
By Geography
| Australia |
| China |
| India |
| Indonesia |
| Japan |
| Malaysia |
| Thailand |
| Vietnam |
| South Korea |
| Rest of Asia-Pacific |
| By End-User Industry | Agriculture, Fishing and Forestry |
| Construction | |
| Manufacturing | |
| Oil and Gas, Mining and Quarrying | |
| Wholesale and Retail Trade | |
| Other End-User Industries | |
| By Destination | Domestic |
| International | |
| By Truckload Specification | Full-Truck-Load (FTL) |
| Less-than-Truck-Load (LTL) | |
| By Containerization | Containerized |
| Non-Containerized | |
| By Distance | Long Haul |
| Short Haul | |
| By Goods Configuration | Fluid Goods |
| Solid Goods | |
| By Temperature Control | Non-Temperature Controlled |
| Temperature Controlled | |
| By Geography | Australia |
| China | |
| India | |
| Indonesia | |
| Japan | |
| Malaysia | |
| Thailand | |
| Vietnam | |
| South Korea | |
| Rest of Asia-Pacific |
Market Definition
- Agriculture, Fishing, and Forestry (AFF) - This end user industry segment captures the external (outsourced) logistics expenditure incurred by the AFF industry players on road freight transport service. The end user players considered are the establishments primarily engaged in growing crops, raising animals, harvesting timber, harvesting fish & other animals from their natural habitats and providing related support activities. Herein, across the value chain, Logistics Service Providers (LSPs) play a crucial role in acquisition, storage, handling, transportation, and distribution activities for the optimal & continuous flow of inputs (seeds, pesticides, fertilizers, equipment, and water) from manufacturers or suppliers to the producers and smooth flow of output (produce, agro-goods) to distributors/ consumers. This includes both termperature controlled and non-temperature controlled logistics, as and when required according to the shelf life of goods being transported or stored.
- Construction - This end user industry segment captures the external (outsourced) logistics expenditure incurred by the construction industry players, on road freight transport service. The end user players considered are the establishments primarily engaged in constructing, repairing and renovating residential & commercial buildings, infrastructure, engineering works, subdividing and developing land. Logistics Service Providers (LSPs) play a crucial role in increasing profitability of construction projects by maintaing the inventory of raw materials & equipment, time-critical supplies and by providing other value added services for effective project management.
- Containerized Road Freight Transport - The segment captures the external (outsourced) logistics expenditure incurred by the road freight transport service end users on Full-Truck-Load (FTL) services. FTL road freight transport is characterized as a full single load not combined with other shipments. It comprises of shipments (i) devoted to the goods of a single shipper (ii) taken directly from a point of origin to one or more destination points (iii) comprising of bulk mail truck transportation (iv) comprising of both Container (Full Container Load, FCL)/Non-Container trucking services (v)comprsing of goods requiring temperature controlled or non-temperature controlled transportation services (vi) comprising of bulk liquid tankering (vii) invoving trucking of waste (viii) hazardous material trucking. Related value added services (VAS) of sorting, consolidation, deconslidation are included in the other services segment of freight and logistics market.
- Export Trends and Import Trends - Overall logistics performance of an economy is positively and significantly (statistically) correlated to its trade performance (exports and imports). Hence, in this industry trend, total value of trade, major commodities/ commodity groups and the major trade partners, for the studied geography (country or region as per the scope of report) have been analysed alongside the impact of major trade/logistics infrastructure investments & regulatory environment.
- Fluid Goods - The segment captures the external (outsourced) logistics expenditure incurred by the road freight transport service end users for the transport of bulk liquids, that are often used in extraction, manufacturing, food processing, agriculture industries among others. It includes transportation of liquids like (i) Chemicals/ hazardous goods (for instance acids) (ii) Water (potable as well as waste) (iii) Oil and gas (upstream as well as downstream like gasoline, fuel, crude oil, or propane), (iv) Food grade bulk liquids (like milk, or juice), (v) Rubber, (vi) Agrichemical products, among others. These goods are generally transported through tanker trucking.
- Fuel Price - Fuel price spikes can cause delays and diruption for logistics service providers (LSPs), while drops in the same can result in higher short-term profitability and increased market rivalry to offer consumers with the best deals. Hence, the fuel price variations have been studied over the review period and presented along with the causes as well as market impacts.
- Full-Truck-Load (FTL) Road Freight Transport - The segment captures the external (outsourced) logistics expenditure incurred by the road freight transport service end users on Full-Truck-Load (FTL) services. FTL road freight transport is characterized as a full single load not combined with other shipments. It comprises of shipments (i) devoted to the goods of a single shipper (ii) taken directly from a point of origin to one or more destination points (iii) comprising of bulk mail truck transportation (iv) comprising of both Container (Full Container Load, FCL)/Non-Container trucking services (v)comprsing of goods requiring temperature controlled or non-temperature controlled transportation services (vi) comprising of bulk liquid tankering (vii) invoving trucking of waste (viii) hazardous material trucking. Related value added services (VAS) of sorting, consolidation, deconslidation are included in the other services segment of freight and logistics market.
- GDP Distribution by Economic Activity - Nominal Gross Domestic Product and distribution of the same, across major economic sectors in the geography studied (country or region as per scope of the report) have been studied and presented in this industry trend. As GDP is positively related to the profitability and growth of logistics industry, this data has been used in adjunction to the input-output tables/ supply-use tables for analyzing the potential major contributing sectors towards the logistics demand.
- GDP Growth by Economic Activity - Growth of Nominal Gross Domestic Product across major economic sectors, for the geography studied (country or region as per scope of the report) have been presented in this industry trend. This data has been utilized for assessing the growth of logistics demand from all the market end users (economic sectors considered here).
- Inflation - Variations in both Wholesale Price Inflation (YoY change in producer price index) and Consumer Price Inflation have been presented in this industry trend. This data has been used to assess the inflationary environment as it plays a vital role in smooth functioning of the supply chain, directly impacting the logistics operational cost components e.g., pricing of tyres, driver wages & benefits, energy/fuel prices, maintenace costs, toll charges, warehousing rents, custom brokerage, forwarding rates, courier rates etc. hence impacting the overall freight and logistics market.
- Key Industry Trends - The report section named "Key Industry Trends" include all the key variables/parameters studied to better analyze the market size estimates and forecasts. All the trends have been presented in the form of data points (time series or latest available data points) along with analysis of the paramter in the form of concise market relevant commentary, for the geography studied (country or region as per the scope of report).
- Key Strategic Moves - The action taken by a company to differentiate from its competitor or used as a general strategy is referred to as a key strategic move (KSM). This includes (1) Agreements (2) Expansions (3) Financial Restructuring (4) Mergers and Acquisitions (5) Partnerships, and (6) Product Innovations. Key players (Logistics Service Providers, LSPs) in the market have been shortlisted, their KSM have been studied and presented in this section.
- Less than-Truck-Load (LTL) Road Freight Transport - The segment captures the external (outsourced) logistics expenditure incurred by the road freight transport service end users on Less than-Truck-Load (LTL) services. LTL road freight transport is characterized as multiple shipments combined onto a single truck for multiple deliveries within a network. It comprises of establishments (i) primarily engaged in general and specialized freight trucking of less than complete truck-loads, (ii) characterized by the use of terminals to consolidate shipments, generally from several shippers, into a single truck for haulage between a load assembly terminal and a disassembly terminal, where the load is sorted and shipments are re-routed for delivery (iv) Less than-Container-Load (LCL) shipping/ Groupage Shipping in case of trucking services. The activities in scope include (i) local pick-up, (ii) line-haul, and (iii) local delivery. Related value added services (VAS) of sorting, consolidation, deconslidation are included in the other services segment of freight and logistics market.
- Logistics Performance - Logistics Performance and Logistics Costs are the backbone of trade, and influences trade costs, making countries compete globally. Logistics performance is influenced by market wide adopted supply chain management strategies, government services, investments & policies, fuel/ energy costs, inflationary environment etc. Hence, in this industry trend, the logistics performance of the geography studied (country/ region as per the scope of report) has been analysed and presented over the review period.
- Major Truck Suppliers - Market share of truck brands is influenced by factors like geographical preferences, portfolio of truck types, truck prices, local production, truck repair & maintenance service peneteration, customer support, technological innovations (like electric vehicles, digitalization, autonomous trucks), fuel efficiency, financing options, annual maintenance costs, availability of substitutes, marketing startegies etc. Hence, the distribution (share % for base year of the study) of truck sales volume for leading truck brands and commentary on current market scenario & market anticipation over the forecast period have been presented in this industry trend.
- Manufacturing - This end user industry segment captures the external (outsourced) logistics expenditure incurred by the Manufacturing industry players, on road freight transport service. The end user players considered are the establishments primarily engaged in the chemical, mechanical or physical transformation of materials or substances into new products. Logistics Service Providers (LSPs) play a crucial role in maintaining a smooth flow of raw materials across the supply chain, enabling timely delivery of finished goods to distributors or end customers and storing & supplying the raw materials to clients for just-in-time manufacturing.
- Modal Share - Freight Modal Share is influenced by factors like modal productivity, government regulations, containerization, distance of shipment, temperature control requirements, type of goods, international trade, terrain, speed of delivery, shipment weight, bulk shipments, etc. Also, modal share by tonnage (tons) and modal share by freight turnover (ton-km) differ as per average distance of shipments, weight of major commodity groups transported in the economy and number of trips. This industry trend represents the distribution of freight transported by mode of transport (tons as well as ton-km), for the study base year.
- Oil and Gas, Mining and Quarrying - This end user industry segment captures the external (outsourced) logistics expenditure incurred by the extraction industry players, on road freight transport service. The end user players considered are the establishments that extract naturally occurring mineral solids, such as coal and ores; liquid minerals, such as crude petroleum; and gases, such as natural gas. Logistics Service Providers (LSPs) covers entire phases from upstream to downstream and plays a crucial role in the transportation of machinery, drilling equipments, extracted minerals, crude oil & natural gas and refined/ processed products from one place to another.
- Other End Users - Other end user segment captures the external (outsourced) logistics expenditure incurred by the financial services (BFSI), real estate, educational services, healthcare, and professional services (administrative, waste management, legal, architectural, engineering, design, consulting, scientific R&D), on road freight transport service. Logistics Service Providers (LSPs) plays a crucial role in the reliable movement of supplies and documents to/from these industries such as transporting any equipment or resources required, shipping confidential documents and files, movement of medical goods & supplies (surgical supplies and instruments, including gloves, masks, syringes, equipment) to name a few.
- Producer Price Inflation - It indicates inflation from viewpoint of the producers viz. the average selling price received for their output over a period of time. Annual change (YoY) of producer price index is reported as wholesale price inflation in the "Inflation" industry trend. As WPI captures dynamic price movements in most comprehensive way, it is widely used by governments, banks, industry, business circles and is deemed important in formulation of trade, fiscal and other economic policies. The data has been used in adjunction to consumer price inflation for better understanding the inflationary environment.
- Road Freight Pricing Trends - Freight pricing by mode of transport (USD/tonkm), over the review period, has been presented in this industry trend. The data has been used in assessing the inflationary environment, impact on trade, freight turnover (tonkm), road freight transport market demand and hence the road freight transport market size.
- Road Freight Tonnage Trends - Freight tonnage (weight of goods in tons) handled by mode of transport, over the review period, has been presented in this industry trend. The data has been used as one of the parameters apart from average distance per shipment (km), freight volume (tonkm), and freight pricing (USD/tonkm) to assess the freight transport market size.
- Road Freight Transport - Hiring a road freight transport logistics service provider (LSP) or haulier (outsourced logistics), for the transport of commodities constitutes road freight transport market. The scope of study includes (i) road transport of goods reported by hauliers registered in the reporting countries (ii) transport of raw materials or manufactured goods (solids as well as fluids) (iii) transport using commerical motor vehicles (rigid trucks or tractor-trailers, (iv) Full-Truck-Load (FTL) or Less than-Truck-Load (LTL) transport (v) containerized or non-containerized transport (vi) temperature controlled or non-temperature controlled trasnport, (vii) short haul or long haul (Over-the-road, OTR) transport, (viii) used office or household goods transport (movers and packers), (ix) other specialized cargo transport (dangerous goods, oversized cargo) and (x) outsourced first mile/ middle mile/last mile delivery shipments undertaken by road freight transport players. The scope does not include (i) transport undertaken by hauliers registered in other countries (ii) last mile meal delivery market (iii) grocery delivery market (iv) transportation via road network undertaken/ reported by Courier, Express, and Parcel (CEP) players.
- Road Length - As infrastructure plays a vital role in an economy's logistics performance, variables like length of roads, distribution of road length by surface category (paved v/s unpaved), distribution of road length by road classification (expressways v/s highways v/s other roads), have been analysed and presented in this industry trend.
- Segmental Revenue - Segmental Revenue has been triangulated or computed and presented for all the major players in the market. It refers to the road freight transport market specific revenue earned by the company, over the base year of study, in the geography studied (country or region as per the scope of report). It is computed through the study and analysis of major parameters like financials, service portfolio, employee strength, fleet size, investments, number of countries present in, major economies of concern, etc. that have been reported by the company in its annual reports, webpage. For companies having scarce financial disclosures, paid databases like D&B Hoovers, Dow Jones Factiva have been resorted to and verified through industry/expert interactions.
- Short Haul Road Freight Transport - The segment captures the external (outsourced) logistics expenditure incurred by the road freight transport service end users on local trucking (less than 100 miles). It includes the road transport of goods (i) within a single administrative area and its hinterland, (ii) by smaller trucks and pickup trucks (iii) via containerized as well as dry bulk services (iv) intermodal from ports, container terminals or airports, and (v) outsourced first mile/ last mile delivery shipments undertaken by road freight transport players.
- Transport and Storage Sector GDP - Value and growth of Transport and Storage Sector GDP has a direct relation to the freight and logistics market size, and hence road freight transport market size. Therefore, this variable has been studied and presented over the review period, in value terms (USD) and as share % of total GDP, in this industry trend. The data has been supported by concise and relevant commentary around the investments, developments, and current market scenario.
- Trends in E-Commerce Industry - Enhanced internet connectivity and boom in smartphone penetration, coupled with increasing disposable incomes, has led to a phenomenal growth in the e-commerce market globally. Online shoppers require fast and efficient delivery of their orders leading to an increase in the demand for logistics services especially e-commerce fulfilment services. Hence, the Gross Merchandise Value (GMV), historial and projected growth, breakup of major commodity groups in e-commerce industry for the studied geography (country or region as per scope of the report) have been analysed and presented in this industry trend.
- Trends in Manufacturing Industry - Manufacturing industry involves the transformation of raw materials into finished products, while logistics industry ensures the efficient flow of raw materials to the factory, and the transport of manufactured products to the distributors & consumers. Demand-Supply of both industries are highly cross-linked and critical for a seamless supply chain. Hence, the Gross Value Added (GVA), breakup of GVA into major manufacturing sectors, and growth of manufacturing industry over the review period have been analysed and presented, in this industry trend.
- Trucking Fleet Size By Type - Market share of truck types is influenced by factors like geographical preferences, major end user industries, truck prices, local production, truck repair & maintenance service peneteration, customer support, technological disruptions (like electric vehicles, digitalization, autonomous trucks) etc. Hence, the distribution (share % for base year of study) of truck parc volume by type of truck, market disruptors, truck manufacturing investments, truck specifications, truck use & import regulations, and market anticipation over the forecast period have been presented in this industry trend.
- Trucking Operational Costs - The prime reasons for measuring/ benchmarking logistics performance of any trucking company are to reduce operational costs and increase profitability. On the other hand, measuring operational costs helps to identify whether and where to make operational changes to control expenses and identify areas for improved performance. Hence, in this industry trend, trucking operational costs and the variables involved viz. driver wages & benefits, fuel prices, repairs & maintenance costs, tyre costs etc. have been studied over the base year of study, and presented for the geography studied (country or region as per the scope of report).
- Wholesale and Retail Trade - This end user industry segment captures the external (outsourced) logistics expenditure incurred by the wholesalers and retailers, on road freight transport service. The end user players considered are the establishments primarily engaged in wholesaling or retailing merchandise, generally without transformation, and rendering services incidental to the sale of merchandise. Logistics Service Providers (LSPs) plays a crucial role in the reliable movement of supplies to and finished products from production houses to the distributors and finally to the end customer covering activites like material sourcing, transportation, order fulfillment, warehousing & storage, demand forecasting, inventory management etc.
| Keyword | Definition |
|---|---|
| Cabotage | Road transport by a motor vehicle registered in a country performed on the national territory of another country. |
| Cross Docking | Cross docking is a logistics procedure where products from a supplier or manufacturing plant are distributed directly to a customer or retail chain with marginal to no handling or storage time. Cross docking takes place in a distribution docking terminal; usually consisting of trucks and dock doors on two (inbound and outbound) sides with minimal storage space. The name ‘cross docking’ explains the process of receiving products through an inbound dock and then transferring them across the dock to the outbound transportation dock. |
| Cross Trade | International road transport between two different countries performed by a road motor vehicle registered in a third country. A third country is a country other than the country of loading/embarkation and than the country of unloading/disembarkation. |
| Dangerous Goods | The classes of dangerous goods carried by Road are those defined by the fifteenth revised edition of the UN Recommendations on the Transport of Dangerous Goods, United Nations, Geneva 2007. They include Class 1: Explosives; Class 2: Gases; Class 3: Flammable Liquids; Class 4: Flammable solids- substances liable to spontaneous combustion; substances which, on contact with water, emit flammable gases; Class 5: Oxidizing substances and organic peroxides; Class 6: Toxic and infectious substances; Class 7: Radioactive material and Class 8: Corrosive substances, Class 9: Miscellaneous dangerous substances and articles. |
| Direct Shipment | Direct shipment is a method of delivering goods from the supplier or the product owner to the customer directly. In most cases, the customer orders the goods from the product owner. This delivery scheme reduces transportation and storage costs, but requires additional planning and administration. |
| Drayage | A drayage is a form of trucking service that connects the different modes of shipping (intermodal), such as ocean freight or air freight. It’s a short-haul trip that transports goods from one place to another, usually before or after its long-haul shipping process. Drayage trucks move cargo to and from various destinations, such as container ships, storage lots, order fulfillment warehouses, and rail yards. Typically, drayage only transports goods in short distances and operates only in one metropolitan area. It also requires only one trucker in a single shift. But despite this, but it plays an important role in long-haul shipping because it gets the goods to the cargo and vice versa. It makes intermodal transport much more efficient and enables the seamless transfer of goods to the end customer. |
| Dry van | A dry van is a type of semi-trailer that's fully enclosed to protect shipments from outside elements. Designed to carry palletized, boxed or loose freight, dry vans aren't temperature-controlled (unlike refrigerated “reefer” units) and can't carry oversized shipments (unlike flatbed trailers). |
| Final Demand | Final demand includes all types of commodities (goods as well as services) consumed as final use and might include personal consumption, or consumption by government, by businesses as capital investment, and as exports. includes all types of commodities (goods as well as services) consumed as final use and might include personal consumption, or consumption by government, by businesses as capital investment, and as exports. |
| Flatbed Truck | A flatbed truck is a type of truck with rigid design. It has a back body that is flatly shaped for easy loading and unloading of goods. The flatbed truck is mostly used to transport heavy, oversized, wide and indelicate goods such as machinery, building supplies or equipment. Due to the truck open body, the goods transported with it must not be vulnerable to rain. By functionality, the flatbed truck is comparable to a flatbed trailer. |
| Inbound Logistics | Inbound logistics is the way materials and other goods are brought into a company. This process includes the steps to order, receive, store, transport and manage incoming supplies. Inbound logistics focuses on the supply part of the supply-demand equation. |
| Intermediate Demand | Intermediate demand includes goods, services, and maintenance and repair construction sold to businesses, excluding capital investment. |
| International Loaded | Place of loading of goods in reporting country (i.e., country in which the vehicle performing the transport is registered) and place of unloading in a different country. |
| International Unloaded | Place of unloading of goods in reporting country (i.e., country in which the vehicle performing the transport is registered) and place of loading in a different country. |
| OOG cargo | Out of Gauge (OOG) cargo is any cargo that can not be loaded into six-sided shipping containers simply because it is too large. The term is a very loose classification of all cargo with dimensions beyond the maximum 40HC container dimensions. That is a length beyond 12.05 meters – a width beyond 2.33 meters – or a height beyond 2.59 meters. |
| Pallets | Raised platform, intended to facilitate the lifting and stacking of goods. |
| Part load | A part load describes goods which only fills a truck partially. In essence, the quantity of the shipment is bigger than the Less Than Truckload (LTL) shipment. Also, the shipment cannot fully occupy a truck i.e. its capacity is much lower than a Full Truckload (FTL) shipment. |
| Paved Road | Road surfaced with crushed stone (macadam) with hydrocarbon binder or bituminized agents, with concrete or with cobblestone. |
| Reverse Logistics | Reverse logistics comprises of the sector of supply chains that process anything returning inwards through the supply chain or traveling ‘backward’ through the supply chain. |
| Road Freight Transport Service | Hiring a trucking agency for transport of commodities (raw materials or manufactured goods including both solids and liquids) form the origin to a destination within the country (domestic) or cross-border (international) constitutes road freight transport market. The service might be Full-Truck-Load or Less than-Truck-Load, containerized or non-containerized, temperature controlled or non temperature controlled, short haul or long haul. |
| Tautliner vehicle | Tautliner and curtainsider are used as generic names for curtain sided trucks/trailers. The curtains are permanently fixed to a runner at the top and detachable rails/poles at front and rear, allowing the curtains to be drawn open and forklifts used all along the sides for easy and efficient loading and unloading. When closed for travel, vertical load restraint straps are attached to a rope rail beneath the truck bed, connecting the truck bed and curtain along both sides. Winches at either end of the curtain tension it, hence the 'Tautliner' name. This stops the curtain from flapping or drumming in the wind and can also help retain light loads from slipping sideways. |
| Transport for hire or reward | The carriage for remuneration of goods. |
| Unpaved Road | Road with a stabilized base not surfaced with crushed stone, hydrocarbon binder or bituminized agents, concrete or cobblestone. |
Research Methodology
Mordor Intelligence follows a four-step methodology in all our reports.
- Step-1: Identify Key Variables: In order to build a robust forecasting methodology, the variables and factors identified in Step-1 are tested against available historical market numbers. Through an iterative process, the variables required for market forecast are set and the model is built on the basis of these variables.
- Step-2: Build a Market Model: Market-size estimations for the forecast years are in nominal terms. Inflation is considered to be a part of the pricing, and the average selling price (ASP) is varying throughout the forecast period for each country
- Step-3: Validate and Finalize: In this important step, all market numbers, variables and analyst calls are validated through an extensive network of primary research experts from the market studied. The respondents are selected across levels and functions to generate a holistic picture of the market studied.
- Step-4: Research Outputs: Syndicated Reports, Custom Consulting Assignments, Databases & Subscription Platforms
