Agar Agricultural Autonomous Robot
Vladimir Zagorac
農業設備設計 Agar Agricultural Autonomous Robot 作者： Vladimir Zagorac Agar is a self-leveling robotic platform designed for precision agriculture on uneven terrain. The platform can be operated by remote control, programmed to follow a set GPS path, or run autonomously using obstacle avoidance sensors. Independent battery powered motors on each wheel allow turning in place. The wheels can be repositioned to suit different crop row distances, and the platform adapts to slopes of up to 30 degrees. Emergency stop buttons and mechanical bumpers support user safety. Steel, stainless steel and aluminium parts are powder coated.
A' Design Award 銅獎得獎作品
由Vladimir Zagorac創作嘅Agar Agricultural Autonomous Robot，係A' 農業工具、耕作設備及機械設計獎嘅備受推崇嘅得獎作品。Agar Agricultural Autonomous Robot喺2024榮獲A' Design Award 銅獎，並同其他卓越設計一齊喺Industrial Design Winners展示。深入了解項目細節，發掘Vladimir Zagorac嘅其他作品，了解Agar Agricultural Autonomous Robot嘅設計點樣喺同場作品中展現獨特之處。
關於Agar
農業設備設計 Agar Agricultural Autonomous Robot 作者： Vladimir Zagorac Agar is a self-leveling robotic platform designed for precision agriculture on uneven terrain. The platform can be operated by remote control, programmed to follow a set GPS path, or run autonomously using obstacle avoidance sensors. Independent battery powered motors on each wheel allow turning in place. The wheels can be repositioned to suit different crop row distances, and the platform adapts to slopes of up to 30 degrees. Emergency stop buttons and mechanical bumpers support user safety. Steel, stainless steel and aluminium parts are powder coated. Agar榮獲A' Design Award 銅獎，係A' Design Award & Competition一項備受尊重嘅肯定。A' Design Award 銅獎得獎作品將嶄新嘅概念同成熟嘅創新實踐結合，經過公平、秉持公義、擇優同獨立自主嘅學術評審後，由大型評審團選為各自類別嘅富有價值參賽作品；獲提名項目均依據預先訂立並公開嘅評審準則，經由匿名同行評審程序投票評選。
