The Global Market for Harvesting Machinery is Projected to Reach US$37.3 Billion by 2020
Increasing Food Production & Crop Yields Drive Demand
for Harvesting Machinery, According to a New Report by Global Industry Analysts, Inc.
GIA announces
the release of a comprehensive global report on Harvesting Machinery. The
global market for Harvesting Machinery is projected to reach US$37.3 billion by
2020, driven by the growing global population, rising demand for food,
increasing food production and crop yields.
A harvesting machine is a tractor drawn mechanical farming device that
reaps, cuts and gathers field crops when ripe. Demand for harvesting machinery is fuelled by the need
to enhance agricultural productivity, especially against a backdrop of growing
world population and the ensuing focus on food security issues. Arable land
scarcity and increased pressure on existing lands to improve agricultural
yields are necessitating most countries worldwide to adopt mechanized
agricultural practices. The growth in the market will therefore continue to
benefit from increasing investments made by governments worldwide on automating
agricultural practices. Other factors encouraging growth include technological
advancements in agricultural machinery, and government support through
subsidies.
Technological advancements are also expected to drive growth in the market.
Integration of computer-controlled automated harvesting capabilities, cameras,
and positioning sensors for intelligent navigation and obstacle detection, are
expected to encourage adoption among farmers. Also benefiting the market are
improvements in engineering design and comfort. In the coming years,
innovations that save energy and resources and optimize efficiency will help
manufacturers retain a premium pricing advantage in the market. The focus on
sustainable agricultural practices is influencing the engineering design of
harvesting machinery. Currently, there is a strong focus on adopting mechanized
agricultural practices that reduce environmental degradation. Repeated
harvesting machine traffic, for example, results in soil compaction, excessive
rutting, and root damage. Integration of sophisticated, intelligent on-board
electronic systems in harvesting machinery can help reduce the environmental
impact of excessive rutting. Adoption of sustainable agricultural practices will
therefore result in greater acceptance of innovative agricultural practices,
such as precision farming. Product innovation and R&D programs in the
coming years will be dedicated towards developing higher efficiency and
environmentally sustainable machines.
Asia-Pacific
represents the largest and the fastest growing market worldwide, as stated
by the new market research report on Harvesting Machinery. Growth in the region
is led by China and India. Low levels of agricultural mechanization and use of traditional inefficient farm
equipment in these countries offer massive untapped opportunities for growth.
Demographic factors such as increasing per capita income in rural regions and
shortage of farm labor as a result of population migration to urban areas are
also indirectly driving demand in the region. In the developed markets like
North America and Europe, demand is forecast to stem primarily from
replacements of old machinery. Rising farm consolidation in developed countries is expected to generate demand
for larger machinery. With shortages in farm labor supply, bigger equipment
assumes mission critical importance in effectively managing large scale farm
activities. With biofuels emerging as an attractive source of renewable energy,
the massive land areas being dedicated for biofuel crop production is expected
to spur demand for harvesting machinery.
Major players covered
in the report include AGCO Corp., Alois Pöttinger Maschinenfabrik Ges.m.b.H, Bernard
Krone Holding GmbH & Co. KG, CLAAS KGaA, CNH Industrial N.V., Deere &
Company (John Deere), Dewulf NV, Foton Lovol International Heavy Industry Co.
Ltd., Kubota Corp., Kuhn Group, Lely Group, Preet Agro Industries Pvt. Ltd.,
Ploeger Agro BV, SAME Deutz Fahr, and Sampo Rosenlew Ltd., among others.
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