Ngesi sihlandlo kufuneka sithethe ngomsebenzi omtsha owenziwe liqela leenjineli kunye nabayili abayilwe ngabasebenzi abavela IZiko laseRussia lezinto zokuhamba ngenqwelomoya kunye Isiseko soPhando oluPhucukileyo lwaseRussia. Kuyo, njengoko kubhengeziwe, imoto esebenzayo ngokupheleleyo ye-drone encinci yenzelwe kwaye yenziwa kusetyenziswa ushicilelo lwe-3D.
Le ayisiyiyo iprojekthi yokuqala enkulu eyenziwa liZiko laseRussia leZinto zokuhamba ngenqanawa kuba besebenza kwaye bephuhlisa izinto zokuprinta ze-3D ukusukela ngo-2015, xa bekwazile ukwenza eyokuqala umvelisi wangaphakathi eya kuthi kamva ifakwe kwigumbi lokutsha elingaphakathi leinjini yenjini ye-PD-14 yenjini, iyunithi entsha yesizukulwana.
Bayakwazi ukuphuhlisa iimoto zeedrones ezenziwe ngokuprinta kwe-3D.
Ukujonga icandelo lobuchwephesha kule projekthi, kubonakala ngathi Indlela yokuprinta ye-3D iphuhliswe liZiko laseRussia leZinto zokuHamba ngokwawo, apho itekhnoloji ye-laser kunye nemixube yensimbi yomgubo zisetyenziselwa ukufezekisa iialloys ezinganyangekiyo zobushushu.
Njengoko umlawuli wangoku weRussia Institute of Aviation Materials ephawule, indlela ephuhliswe ziinjineli zayo iyakwazi ukushicilela i-3D injini enezinto ezizodwa ezingenakwenzeka ukuba zifezekiswe kusetyenziswa iindlela zesiko ezinje ngokubumba okuqhelekileyo. Sinomzekelo ocacileyo woku kuba Iindonga zokutsha kweenjini ziyi-0,3 mm kuphela ubukhulu, iiparameter ezingenakufezekiswa kusetyenziswa ubuchule bendabuko.
Njengeenkcukacha zokugqibela, kufanele kuqatshelwe ukuba le moto yeedrones ezenziwe yiprinta ye-3D, ukongeza kwiimpawu ezithile ezizodwa, ikwavela kolunye uthotho lweeparameter ezinje ngobunzima bayo, iigram ezingama-900 kuphela okanye ukubanakho ukubonelela ngesiqhelo seekhilogram ezingama-75 ethi, ngokutsho kwabaphuhlisi bayo, inyuswe iye kwi-150 yeekhilogram ngaphandle kokunyusa ubunzima bayo.