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Vladimir Zagorac wins Bronze at the prestigious A' Agricultural Tools, Farming Equipment and Machinery Design Award with Agar Agricultural Autonomous Robot.

Vladimir Zagorac's groundbreaking Agricultural Equipment sets new standards for innovation and excellence, earning prestigious Bronze A' Design Award recognition in the A' Agricultural Tools, Farming Equipment and Machinery Design Competition.

In a significant acknowledgment of design excellence and innovation, it has been officially announced that “Agar Agricultural Autonomous Robot” by Vladimir Zagorac has been distinguished with the bronze award status at the prestigious A' Design Awards for the year 2024, in the highly competitive agricultural tools, farming equipment and machinery design category.

This distinction honors the remarkable design quality and innovative approach embodied in the creation. The Bronze A' Design Award not only underscores the exceptional design and conceptual prowess of the Agar Agricultural Autonomous Robot but also emphasizes the influential role of Coming, Faculty of Mechanical Engineering in Niš, FPM Agromehanika in elevating standards within the agricultural equipment domain.

The visionary behind “Agar Agricultural Autonomous Robot” Vladimir Zagorac, has been acknowledged for their dedication to pushing the boundaries of design. A deeper look into their portfolio and philosophy can be found at their designer.org profile, showcasing a commitment to excellence and innovation.

To explore “Agar Agricultural Autonomous Robot” and its groundbreaking design features further, interested parties are invited to visit the design|newsroom where high resolution images, multimedia content, interviews and translations are available for the award-winning agricultural equipment.

About Agar Agricultural Autonomous Robot

Agar is a self leveling universal robotic platform, primarily intended for precision agriculture on extremely uneven terrain. Its modular structure allows movement using remote control, pre programmed paths or autonomous labor for tending various crops. The dynamic design composition features complex arrangement of directed details, balanced masses and proportions, with similar angles in both lowered and raised positions. Versatility, user safety and modern aesthetics are prioritized. A product of a year long development design process focuses on stability for slopes up to 30 degrees.

About A' Design Awards

The A' Design Award & Competition, celebrated worldwide for honoring superior design, distinguishes itself through a rigorous evaluation process conducted by a panel of industry experts, journalists, and academics. The A' Design Award celebrates the diversity and innovation of designs across various categories. A' Agricultural Tools, Farming Equipment and Machinery Design Award honors outstanding design of tractors, harvesters, plows, irrigation systems, seeders, sprayers, balers, cultivators and more.

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