The enterprise begins in Osaka
Magokichi Yamaoka founded the business that became Yanmar, initially working with engines.
COMPANY PROFILE / AGRICULTURE
A Japan-headquartered industrial group built around engine and power-system engineering, with agricultural machinery, compact equipment, energy, marine, component, and food-value-chain activities.
5 unique sources · 5 links
Open layer ↓02 / History4context records3 unique sources · 6 links
Open layer ↓03 / Brands1context records5 unique sources · 9 links
Open layer ↓04 / Product series2context records4 unique sources · 6 links
Open layer ↓05 / Technology4context records9 unique sources · 10 links
Open layer ↓manufacturer5
research5
official organization3
standard1
Yanmar was founded in Osaka in 1912 and built its industrial identity around compact diesel engines before expanding across agricultural machinery, construction equipment, marine, energy systems, components, and related services. Yanmar Holdings is the group-level company; agricultural subsidiaries and regional sales companies perform different roles within that structure.
Agriculture spans tractors, combines, rice transplanters, tillers, implements, crop-establishment machinery, smart-agriculture services, and production support. The global English site is an orientation layer rather than a single universal catalog: emissions level, model code, transmission, connectivity, implements, support, and availability differ by country.
Brand records sit between the parent company and individual product series. They preserve ownership context while allowing regional portfolios to be documented separately.
Magokichi Yamaoka founded the business that became Yanmar, initially working with engines.
The company records the HB model as a commercially viable compact diesel engine that became a foundation for later machinery businesses.
Yanmar's history records the development of power tillers, tractor production, and a wider international agricultural-machinery footprint.
The agricultural portfolio added connected support, positioning, and robot-tractor initiatives alongside continuing machinery development.
The agriculture business supports dry-field, paddy, crop-establishment, cultivation, and harvest work with region-specific machinery.
The manufacturer presents connected machine support, remote services, automation, and agronomic or production initiatives as a layer around physical machinery.
Agricultural machinery sits inside a wider group whose engine, transmission, component, energy, compact-equipment, and marine capabilities provide important engineering context.
These links explain independent technology concepts. They do not assert that every brand, model, or market offering implements every feature.
Understand the data, service, connectivity, and consent layers behind manufacturer-described connected support.
Agricultural Machinery Telematics →PositioningSeparate a position source from steering, job planning, field boundaries, and safe machine supervision.
GNSS →Agricultural automationPlace an automated tractor inside the complete perception, planning, control, supervision, and fallback system.
Agricultural Robotics and Autonomy →Farm softwareFollow machine and operation records into management workflows while preserving provenance and regional service boundaries.
FMIS →Company history, brand structure, and portfolio descriptions are original World Farm Tech summaries based on the linked official pages. Manufacturer statements are not treated as independent performance verification.