Muva nje, e-25th China International Hi-Tech Fair, aukusuka okuma mpo okukabili okukabili nokuma kwe-UAV enamaphiko angaguqukiithuthukiswe ngokuzimela futhi yakhiqizwa yi-Chinese Academy of Sciences yethulwa. Le UAV yamukela ukwakheka kwe-aerodynamic "amaphiko amabili + i-multi-rotor", okungeyokuqala yalolu hlobo emhlabeni, futhi ekwazi ukubona ukusuka okuqondile nokufika endaweni eqondile, futhi ingandiza ngokujwayelekile ngemva kokusuka.
Ukusuka nokuma okuqondile kunciphisa isidingo sale drone eya etekisini emgwaqeni wezindiza ngesikhathi isuka, okwenza kube lula ukuyisebenzisa. Uma kuqhathaniswa nezindiza ezivamile ezinamaphiko amisiwe, umkhondo wazo uyancipha kakhulu. Ithimba labacwaningi likwazi kahle lonke uchungechunge lobuchwepheshe kusukela ohlelweni lokushayela, ukuhlanganiswa kwedatha yezinzwa, uhlelo lokulawula indiza nama-algorithms, ngokusungula liqaphela inani lemikhawulo yokusebenza ukuze i-UAV isuke futhi ihlale ngokujwayelekile ku-minus 40°C, endaweni ephakeme ngamamitha angu-5,500, nasemoyeni onamandla wekilasi lesi-7.
Njengamanje, i-drone inikezwa amandla amasha amabhethri e-lithium yamandla, futhi ama-rotor ahlinzeka ngamandla okuphakamisa phezulu lapho esuka phezulu, kuyilapho ama-rotor eshintshela ekugxilweni okuvundlile ngemva kokuphendukela ekundizani okusezingeni. Izinga eliphezulu lokusetshenziswa kokusebenza kahle kwamandla liwuhlinzeka ngomthamo ongcono wokulayisha kanye nokubekezela. I-UAV inesisindo esilayishiwe esingamakhilogremu angu-50, umthamo wokuthwala cishe amakhilogremu angu-17, nokubekezela kufika emahoreni angu-4, okuzosetshenziswa kabanzi emikhakheni yamandla kagesi, amahlathi, impendulo yezimo eziphuthumayo, nokuhlola nokubhala imephu esikhathini esizayo.
Isikhathi sokuthumela: Nov-29-2023