Agricultural equipment is the machinery or manufactured parts used in agro-based economies worldwide to increase land yield. Farmers and landowners are strongly encouraged by the machinery to integrate automation technologies into their traditional farming methods. Furthermore, the growing lack of human labor and the high cost of maintaining cattle on construction sites across many different countries are encouraging customers to take advantage of the benefits of modern equipment in farming applications.

Drivers: There is a growing need for state-of-the-art machinery due to the growing usage of automatic and semi-automated planting and fertilizer machines. Additionally, better efficiency has allowed self-propelled spreaders and sprayers to work faster and cover wider swaths of ground. These tools help the agricultural industry by ensuring that fertilizers and nutrients are applied uniformly, which reduces overall operating costs and times while raising farming yields. Furthermore, Crop productivity and farm mechanization are directly correlated because mechanization saves labour and time, lessens drudgery, lowers production costs over time, lowers postharvest losses, increases crop yield, and increases farm income. Farmers must prioritize efficiency and productivity in order to fuel business growth, as the agriculture sector is constantly under pressure to produce agricultural goods to feed the world's expanding population.

Challenge: High maintenance costs and high initial procurement costs are impeding the growth of the market. The growth of the agricultural sector and technology improvements raise input costs for farm equipment commissioning. Furthermore, the high maintenance and operating costs associated with such mechanized agricultural equipment lower the profitability of agricultural operations. Because farming operations involve complex machines, farmers were worried about the need for skilled labour to manage and oversee operations.

The volatile prices of essential agricultural commodities contributed to the rapid spread of the COVID-19 pandemic, which had a disruptive effect on the agricultural industry in Europe. However, the post-pandemic expansion of the supply-demand gap in the fossil fuel industry is increasing demand for ethanol. Additionally, as the Internet of Things becomes more automated and more wireless equipment models are added to product portfolios, a favorable environment for market growth is being created.

The market study provides market data by competitive landscape, revenue analysis, market segments and detailed analysis of key market players such as; Iseki, John Deere, Kaset Phattana, New Holland, Sakpattana, Siam Kubota, Talaythong Factory Co., Ltd, TAMCO, Yanmar S.P.

By Product: Based on the Product, Thailand Agricultural Equipment Market is segmented as; Agriculture Implements, Combine Harvesters, Rice Transplanters, Tractors (2-Wheel and 4-Wheel.

By Tractors: Based on the Tractors, Thailand Agricultural Equipment Market is segmented as; 8HP – 15HP, 20HP – 35HP, 36HP – 47HP, 48HP – 75HP, 75HP – 100HP, 100HP – 120HP, Above 120HP

By Combine Harvesters: Based on the Combine Harvesters, Thailand Agricultural Equipment Market is segmented as; 70HP and Below, 75HP – 105HP, Above 105 HP.

By Region: This research also includes data for Central Region, Southern Region, Northern Region.

This study also encompasses various drivers and restraining factors of this market for the forecast period. Various growth opportunities are also discussed in the report.