Range of utilaje agricole noi disponibilă prin IPSO este concepută pentru a acoperi toate etapele lucrărilor din fermă, de la pregătirea solului și semănat, până la recoltare și gestionarea producției. Portofoliul include echipamente agricole noi performante, adaptate nevoilor fermelor moderne, cu accent pe eficiență, durabilitate și integrare tehnologică.
Prin parteneriatul cu John Deere și alți producători de top, IPSO oferă utilaje noi pentru agricultură care susțin optimizarea lucrărilor agricole și creșterea productivității. Fiecare echipament este ales pentru a răspunde cerințelor actuale din teren, contribuind la un control mai bun al resurselor și la rezultate constante în exploatarea agricolă.
Indiferent de dimensiunea fermei sau de tipul activităților desfășurate, portofoliul IPSO include utilaje agricole de vânzare adaptate fiecărui tip de aplicație, oferind soluții complete și integrate pentru performanță pe termen lung.
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The StarFire™ 7500 uses four constellations of GNSS satellites (GPS, Galileo, BeiDou and GLONASS), which are linked through the John Deere StarFire™ network to help maintain accuracy and performance.
Guidance solution that automatically creates working paths for the entire field area based on first-step data (planting or ploughing) or boundaries the land.
AutoTrac™ steering greatly increases operator productivity while maintaining consistent accuracy and efficiency. Operators remain alert while in the field and can focus on machine settings and variable field conditions.
Operators can benefit from all the advantages of AutoTrac™, including extreme precision, with AutoTrac™ RowSense, as it enables automatic guidance when harvesting maize.
AutoTrac™ Turn Automation is a feature that precisely automates headland turns during harvesting. Using this feature in conjunction with other advanced John Deere technologies increases productivity in the field, providing a virtually hands-free operating experience.
The system automates the starting and stopping of individual machine sections (seed, fertiliser, pesticide) based on GPS data and the machine's position in the field.
Information has never looked so good. Our new G5 displays bring the best visibility at the highest resolution to your cockpit.
Increase the efficiency of your field operations with In-Field Data Sharing, monitoring the operations of up to six machines on a single screen.
The optional Ultimate Technology package includes Predictive Ground Speed Automation. Using two cab-mounted stereo cameras, the combine constantly measures crop height and volume. Simultaneously, pre-harvest satellite images of the field generate a predictive field map.
System that controls the direction of the machine (attached to the tractor) so that it accurately follow the guidance line, minimising drift caused by terrain conditions or gravity.
System that allows the machine to follow the guiding line. Even if the tractor moves slightly off track, the machine is controlled to stay on track.
Imaging multispectral and vegetation index (NDVI/NDRE etc.) provided by integrated platforms (One Soil) for monitoring crop condition almost in real time.
Reichhardt's GREEN FIT interface allows farmers to use AutoTracTM with a variety of equipment brands. GREEN FIT utilises the same monitor and user interface that AutoTrac users useTM.
Remote Display Access is John Technology Deere which allows real-time visualisation of the machine terminal screen directly from your phone, tablet or computer. Wherever you are, you can see exactly what the operator is seeing and guide him step by step without having to go on site.
Meteobot® is an automated weather station that provides real-time information from the field about weather and ground conditions.
The JDLink modem provides bi-directional connectivity for automatic uploading of crop and implement data to the John Deere Operations Centre.
The precision technology in Precision AG Essentials packages helps farmers get more from less, from accurate seed planting to valuable input savings.
Variable application of crop protection products (herbicides, fungicides, insecticides) based on VRA maps generated from data (images satellite, productivity map, real-time sensors) or decision algorithms.