South Asia Agriculture Equipment Market Size, Share, and Growth Forecast, 2025 - 2032

South Asia Agriculture Equipment Market Size and Trends Analysis

The South Asia agriculture equipment market size is likely to be valued at US$7.2 Billion in 2025 and is estimated to reach US$12.7 Billion in 2032, growing at a CAGR of 8.4% during the forecast period 2025-2032, driven by the ongoing rural-to-urban migration, which has created acute labor shortages, pushing farmers to replace manual operations with machinery. 

Key Industry Highlights 

• Leading Equipment Type: Agriculture tractors are anticipated to hold nearly 38.4% share in 2025, as these are versatile and can handle multiple attachments. 
• Dominant Application: Land development, approximately 55.6% of the South Asia agriculture equipment market share in 2025, as mechanized land preparation ensures timely sowing and improves soil quality. 
• Key Sales Channel: OEMs recorded around 68.2% share in 2025, as farmers trust these for quality, warranty, certified parts, and integrated technology. 
• Leading Country: India, with about 47.2% share in 2025, owing to a large farmland base and government mechanization schemes. 
• Fastest-growing Country: Bangladesh, due to rising mechanization in land preparation and harvesting, as well as increasing demand for labor-saving equipment. 
• Collaborative Initiative: Mahindra Tractors agreed with the Government of Maharashtra to establish a Skill Development Center in Gadchiroli. It is aimed at promoting skill development among rural youth in Gadchiroli. 

Key Insights	Details
South Asia Agriculture Equipment Market Size (2025E)	US$7.2 Bn
Market Value Forecast (2032F)	US$12.7 Bn
Projected Growth (CAGR 2025 to 2032)	8.4%
Historical Market Growth (CAGR 2019 to 2024)	7.8%

Market Factors - Growth, Barriers, and Opportunity Analysis

Growth Analysis - Rural Workforce Decline Accelerating Shift toward Mechanization

The steady migration of rural youth to cities for better employment opportunities has left farms across South Asia facing a severe labor gap. Seasonal labor shortages during peak planting and harvesting periods have made traditional manual methods unsustainable. Farmers are, hence, increasingly turning to tractors, harvesters, and power tillers to maintain productivity. 

In Bangladesh and India, the demand for combine harvesters and rice transplanters has surged, especially after the pandemic, when labor mobility dropped sharply. It has reinforced the role of machinery in ensuring timely agricultural operations.

Rising Demand to Push the Adoption of Efficient Farming Tools

With South Asia’s population expanding steadily, ensuring food security has become a pressing challenge. Farmers are under constant pressure to cultivate more crops within short cycles, prompting the use of high-performance equipment for land preparation, irrigation, and harvesting.

Precision agriculture tools and automated machinery now enable farmers in Sri Lanka and Nepal to manage large plots efficiently, minimize wastage, and improve crop yields. This shift toward efficiency-focused equipment directly supports regional goals for high productivity and sustainable food systems.

Barrier Analysis - High Upfront and Maintenance Costs Limiting Smallholder Access

The high cost of agricultural machinery continues to discourage the adoption among small and marginal farmers across South Asia. Even with subsidies and financing schemes, many cannot afford the purchase or regular upkeep of tractors, transplanters, and harvesters.

In Bangladesh, for example, around 70% of farmers still depend on shared or rented machines due to the steep maintenance expenses of imported equipment. Similarly, in Nepal’s hilly regions, the lack of affordable repair services and spare parts makes long-term ownership impractical, slowing the spread of mechanization beyond wealthy farm clusters.

Environmental Concerns from Mechanization Expansion

The surging dependence on heavy farm machinery has raised sustainability issues in parts of South Asia. Excessive mechanization often leads to soil compaction, deforestation, and reduced soil fertility.

In Punjab and Haryana, India, excessive reliance on combine harvesters has contributed to crop residue burning and deteriorating soil health. Mechanized monoculture farming also poses a risk to biodiversity, prompting policymakers to seek a balance between agricultural modernization and environmental sustainability.

Opportunity Analysis - Integration of Smart and Connected Technologies

The rise of digital farming is creating new opportunities for smart agricultural equipment in South Asia. Technologies such as GPS-based auto-steering, sensor-driven monitoring, and smartphone-controlled systems are helping farmers achieve better precision in planting, spraying, and harvesting.

In India, Mahindra’s Tringo platform and TAFE’s Smart Tractor prototypes are examples of connected machinery allowing real-time data tracking and remote operation. These developments reduce resource wastage and labor dependency while improving productivity. As mobile internet coverage expands even in rural areas, such connected systems are expected to see wide use among progressive farmers across Bangladesh, Sri Lanka, and Nepal.

Increasing Demand for Compact and Specialized Machinery

Small and versatile agricultural machines are gaining traction in South Asia, where fragmented landholdings dominate. Manufacturers are now introducing lightweight, low-horsepower tractors customized for orchard farming, sugarcane fields, and inter-row operations. For instance, Sonalika’s Tiger Electric and Kubota’s mini-tractors have found rising acceptance among horticulture and vegetable farmers in India and Sri Lanka.

These compact machines are fuel-efficient, easy to maintain, and ideal for narrow field operations. They hence provide a practical mechanization solution for smallholders while supporting crop diversification and sustainable land use.

Category-wise Analysis

Equipment Type Insights

Agriculture tractors will likely capture a share of about 38.4% in 2025, due to their multifunctional nature as well as adaptability to various farm sizes and conditions. They can be fitted with multiple attachments such as ploughs, rotavators, seeders, and trailers, allowing farmers to use a single machine for land preparation, sowing, and transport. Compact and low-horsepower models introduced in recent years have made tractors affordable and suitable for fragmented farmlands.

The steady expansion of harvesting equipment is mainly owing to the increasing scarcity of rural labor and the need to minimize post-harvest losses. Manual harvesting is time-intensive and often leads to delays that expose crops to weather-related damage. Mechanized harvesters, especially combine models, are helping farmers complete operations within hours while maintaining grain quality. In Punjab and Haryana, combine harvesters have become important during the paddy season, while Bangladesh has seen a high adoption in wetland areas prone to early flooding.

Application Insights

Land development is projected to hold a share of nearly 55.6% in 2025, as soil preparation directly affects productivity and crop quality. South Asia’s reliance on seasonal farming and the prevalence of multiple cropping cycles demand timely ploughing, leveling, and soil conditioning, which is best achieved through mechanized means. In Bangladesh, over 90% of land preparation is now mechanized, reflecting how tractors and tillers have replaced animal-driven ploughs.

Threshing and harvesting equipment are gaining traction as labor shortages intensify across rural South Asia. The migration of young workers to cities has made manual harvesting expensive and time-consuming. Combine harvesters and reapers are becoming essential for timely crop collection, especially during unpredictable weather conditions that can damage mature crops. For instance, in India’s Punjab and Bangladesh’s Rajshahi region, mechanized harvesters have cut harvesting time from days to mere hours while minimizing grain losses.

Sales Channel Insights

OEMs are expected to account for approximately 68.2% of the share in 2025, as they provide reliable machinery backed by superior after-sales service and warranty support. Farmers prefer established brands such as Mahindra, TAFE, and Kubota for their proven durability and access to certified parts. OEMs are also leading the shift toward smart farming technologies, delivering equipment with GPS-enabled guidance, telematics, and fuel-efficiency tracking.

The aftermarket channel plays a key role as most farmers in South Asia rely on used or shared machinery that requires frequent servicing and replacement parts. Continuous field operations in challenging terrains increase wear and tear, accelerating demand for spare parts, lubricants, and repair services. In Bangladesh, nearly 70% of farm machines are purchased secondhand, making the parts and maintenance market more active than new sales.

Country Insights

India Agriculture Equipment Market Trends

India is predicted to account for approximately 47.2% of the share in 2025, owing to technological developments, government initiatives, and shifting labor dynamics. Tractors dominate this country, currently accounting for about 80% of the market share. However, the total mechanization level remains relatively low, with only 47% of agricultural operations being mechanized, compared to 60% in China and 75% in Brazil.

Government programs such as the Sub-Mission on Agricultural Mechanization (SMAM) and the establishment of Custom Hiring Centers (CHCs) are essential in promoting mechanization among small and marginal farmers. For instance, Bihar has initiated the development of 267 new CHCs, providing subsidies for equipment such as tractors and harvesters. Andhra Pradesh is also conducting a statewide Farm Machinery Inventory Survey to assess machinery requirements and improve resource allocation.

Bangladesh Agriculture Equipment Market Trends

Bangladesh has made good progress in mechanizing land preparation and irrigation. For instance, power tillers and tractors are used on over 90% of land cultivation, and irrigation is also largely mechanized. Yet, planting, transplanting, and harvesting remain overwhelmingly manual. Only about 1% of planting and maybe 3% harvesting are machine-based. The government has a clear policy push.

The National Agricultural Mechanization Policy 2020 aims to move agriculture toward being efficient and commercially profitable. One major project (2020 to 2025) plans to distribute around 50,000+ agro-machines with subsidies of 50 to 70% depending on the region. On the manufacturing side, Bangladesh still relies heavily on imports for large machines, including combine harvesters and transplanting machines. Local firms mostly make small machines and parts such as sprayers, pumps, and threshers. They meet only about 10 to 20% of the demand for big machines.

Sri Lanka Agriculture Equipment Market Trends

In the Northern Province, such as Konavil and Kilinochchi, a field day under the Climate Smart Irrigated Agriculture Project (CSIAP) showcased the first-ever mechanized paddy transplanting and harvesting operations in Sri Lanka. Walk-behind transplanting machinery and combine harvesters were used, raising yields from nearly 1,650 kg/acre under manual methods to around 2,200 kg/acre when mechanized, further adding significant additional income for participating farmers. This shows that mechanization is being piloted in regions where it was previously was absent.

The partnership between Commercial Bank of Ceylon and Hayleys Agriculture provides agri-leases and Green Development loans for tractors, harvesters, and other machinery, with repayment complying with cropping cycles. It addresses a core barrier; even when equipment is available, several small farmers lack access to favorable finance. In July 2025, the Sri Lanka Standards Institution (SLSI) signed a memorandum with the Center for Sustainable Agricultural Mechanization (CSAM) under the United Nations Economic and Social Commission for Asia and the Pacific (ESCAP). It aimed to adopt harmonized regional test-codes (ANTAM) for agricultural machinery.

Competitive Landscape

The South Asia agriculture equipment market is characterized by both global and regional players striving to meet the rising demand. Manufacturers are focusing on developing low-maintenance, cost-effective machinery that can perform multiple tasks, thereby improving productivity and reducing operational costs for farmers. In addition, companies are expanding their sales and service networks to cater to the diverse requirements of the region's agricultural sector. 

Business Strategies

Companies in the South Asia agriculture equipment market are developing machinery suited for small and fragmented farms, including multi-purpose tractors, low-cost tillers, and crop-specific harvesters. For example, Escorts Ltd in India has launched tractors with unique telematics customized for regional crop patterns. A few companies are strengthening dealer networks and after-sales service centers to ensure timely maintenance and spare part availability. 

Key Industry Developments

• In August 2025, Escorts Kubota Limited announced the launch of its new tractor model, the Kubota MU4201, in India. It is intended for diverse agricultural applications, including haulage, and is compatible with implements such as rotavators and disc harrows. 
• In November 2024, Garuda Aerospace signed an initial pact with agri-tech solutions provider CYOL to launch its operations in Sri Lanka. The former will collaborate with the latter to provide solutions for farming and technology integration. 

Companies Covered in South Asia Agriculture Equipment Market

• Tractors and Farm Equipment Ltd. 
• Mahindra & Mahindra Ltd. 
• Kubota Corporation 
• Deere & Company (John Deere) 
• CNH Industrial N.V. 
• CLAAS KGaA mbH 
• AGCO Corporation 
• SDF Group 
• Yanmar Co., Ltd. 
• Honda India Power Products Ltd. 
• Others