ОФБЧ-4: детальний аналіз бойової частини для БПЛА

#OFBCh4, #OFBCh, #UBLA, In this video, Lisnyk conducts a detailed review of the Russian OFBCh-4 ammunition, which is used on unmanned aerial vehicles. The design features, differences from previous modifications, marking, body, explosive and the principle of fragment formation are considered. The video also analyzes the features of production, equipment options, use on different types of UAVs and factors that affect the fragmentation effect of the ammunition. Special attention is paid to the UZ-1 and UZ-2 subversives, their roles and features of use. The material will be useful to military personnel, sappers, explosives technicians, unmanned systems specialists, as well as everyone who is interested in modern military technologies, ammunition and weapons analysis. 0:00 – Introduction 0:10 – Scaling up UAV ammunition production in Russia 0:43 – Overview of OFBCh-4 ammunition 1:22 – Differences between OFBCh-3 and OFBCh-2 1:40 – Main disadvantages of OFBCh-3 3:33 – Design and advantages of the OFBCh-4 hull 4:07 – Weight and marking of ammunition 4:20 – Initiation and fuses 5:07 – Why it is important to know the structure of UZ-1 and UZ-2 fuses 5:47 – Ammunition equipment options 6:00 – On which UAVs is OFBCh-4 used 6:37 – Theory of hull explosion and fragment formation 8:10 – Hull thickness and effect on fragment formation 8:35 – Explosive in OFBCH-4 8:57 – Indirect signs of the amount of explosive 9:25 – Formation and quality of fragments 10:20 – Area of ​​damage of the ammunition 11:21 – Features of marking of OFBCH-4 13:10 – Features of production 14:02 – How is the production of OFBCH-4 organized Send questions and suggestions to the author - [email protected] = [email protected] https://www.paypal.com/donate/?hosted... = #OFBCH4, #OFBCH, #UAV, #FPV, #FPVdrone, #Drone, #Ammunition, #AmmunitionForUAV, #StrikeDrone, #MilitaryReview, #MilitaryAnalysis, #Weapons, #MIC, #Wreckage, #Dynamo, #UZ1, #UZ2, #Sapper, #Explosives Technician, #War, #Unmanned Aerial Vehicle, #Drone, #FPVDrone, #MilitaryAnalysis, #MilitaryTechnology