The first robotic system that designed and produced by AKINSOFT Robotic Department and announced in May 30, 2011, PNCR-1 and successful result of ongoing R&D works agricultural robot prototype PNCR-2 has been placed in AKINSOFT and the world history. Beet planting is a process that should be taken care of, based on special conditions, such as in many other crops. The PNCR prototypes are robotic systems that, according to these rules and circumstances, disengage the human error factor and carry land efficiency to the top. The PNCR project, which has become a more specialized system with the adaptation of the necessary algorithms (control systems) by adapting AS-PNCR-1 to real terrain conditions, has been completed under the name PNCR-2. The electronic and mechanical structure was renewed, the mobility was increased and the system was operated with solar energy by using the batteries on it more efficiently. Apart from the laboratories of the Robotic Department (AKINROBOTICS), the planting unit has also been tested in the laboratories of the Faculty of Agriculture of Selcuk University, and it has been proved that the system can sow with high accuracy despite the need of much smaller forces compared to traditional mechanical systems.
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Project Start Date
02.06.2011
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Project End Date
11.06.2012
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Weight
280 kg
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Length
175 cm
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Battery
LEAD ACID (DRY BATTERY) 36V
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Width
100 CM
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Speed
2.8 KM/H
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Production Quantity
1
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Height
87 cm
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Battery Life
10 hours
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Electronic sowing capability, AS-PNCR-1 automatically plants beets, performs checks for replanting after irrigation, and analyzes soil for water or fertilization at any time. It determines its position with image processing algorithms and radio frequency location detection system and performs the planting process itself thanks to the artificial intelligence integrated system. PNCR-1, which performs operations such as planting, fertilizing, spraying and removing weeds without using any other command after the definition of the area to be planted; PNCR-1 is expected to create a great momentum in these sectors as it is intertwined with agriculture, livestock, feed, pharmaceutical, meat, dairy, transportation and service sectors. The production of the solar-powered version of the robot, whose seed selection and planting units have been completed, is planned.
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Project Start Date
01.03.2011
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Weight
30 kg
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Battery
LEAD ACID (DRY BATTERY) 26V
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Width
76 cm
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Height
60 cm
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Project End Date
01.06.2011
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Length
115 cm
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Production Quantity
1
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Speed
2.1 km/h
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Battery Life
2 hours
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