Vietnam.vn - Nền tảng quảng bá Việt Nam

Technology 4.0 in agriculture

The use of Drones (unmanned aerial vehicles) to sow rice in fields is a step forward in the mechanization and modernization of agriculture.

Việt NamViệt Nam21/10/2025


Technology 4.0 in agriculture.jpeg

Start of a new season.

Author Vu Thanh Nam submitted to the "Happy Vietnam 2025" contest with the work "Technology 4.0 in agriculture ". Place of creation: Giao Hung commune, Ninh Binh province, Giao Hung commune, Ninh Binh, Vietnam.

Technology 4.0 in agriculture-1

Photo 1: "Digital field".

Introduction: Spreading mechanism by centrifugal or vibration spreading system to ensure even distribution of seeds. Flying speed and spreading amount are carefully set in the control software. Programmed flight path covers the entire field area. Saves labor, especially in areas with shortage of manpower. Faster, more accurate and even than traditional hand spreading.

Technology 4.0 in agriculture-2

Photo 2: Cooperating with new technology.

Technology 4.0 in agriculture-3

Photo 3: Digital field.

Technology 4.0 in agriculture-4

Photo 4: Sowing seeds.

If you like this series, please like, comment and share to support the link below: https://happy.vietnam.vn/happy-vietnam/contest-entry-detail/c9e281e2c4854ac0869424178f11466f .

The "Happy Vietnam 2025" Award is organized by the Ministry of Culture, Sports and Tourism in collaboration with the Vietnam Association of Photographic Artists and Vietnam Television.

Entries are accepted online at: https://happy.vietnam.vn

Vietnam.vn



Comment (0)

No data
No data

Same tag

Same category

'Rich' flowers costing 1 million VND each are still popular on October 20th
Vietnamese Films and the Journey to the Oscars
Young people go to the Northwest to check in during the most beautiful rice season of the year
In the season of 'hunting' for reed grass in Binh Lieu

Same author

Heritage

Figure

Enterprise

Quang Ngai fishermen pocket millions of dong every day after hitting the jackpot with shrimp

News

Political System

Destination

Product