![]() The latter minister also attended the FEINDEF exhibition in Madrid in mid-May and held a meeting with the Spanish Minister of Defence, Margarita Robles. IDEF'23 was attended by official delegations from more than 80 nations, including those headed by the defence ministers of Senegal, Kenya and Gabon, Sidika Kaba, Aden Bare Duale and Felicité Ongouori Ngoubili, respectively. That is why one of the lines of action is to "share technologies and experiences with friendly and allied countries". Atlanta is the most extreme example – at the extremes of her range the shell falls nearly vertically, losing almost all speed in the Z axis and requiring obscene leads (15+ on the dynamic scale).According to the new minister, although many Turkish military products have been exported to 170 countries, his aim is to "increase Turkey's competitiveness in the global market. Ships with high shell arcs need more for the same reason – their shells are usually slow and then even slower when measured on the Z axis (as a lot of their speed is “wasted” on climbing high). This effect is most pronounced on DDs and least on BBs. ![]() ![]() You add a bit of extra lead for far away targets because the shell loses velocity, not because they have farther to fly. ![]() Lead depends solely on the faction of enemy’s speed compared to shell velocity. The two pretty much cancel each other out. Sure, longer flight time means the target moves more during the shell flight but this is already covered by the fact that the farther the enemy is, the longer the distance represented by the angular measurements of the crosshairs. ![]() This video is absolutely and completely wrong. Uhm, the lead, as indicated by numbers on the crosshairs, does not depend on flight time or distance. ![]()
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