snrdg082102
SOC-14 1K
Evening PDT,
Before I can attempt to determine the tons and price for the Foxhound Atmospheric Fighter in JTAS 14 I need to work through CT Striker Book 3 Design Sequence (DS) 11 Aircraft pp. 24-26.
CT Striker Book 3 DS 11 Aircraft provides examples for each step. My progress was good until the example for Step F Armament on p. 25. In example the fighter is equipped with a TL 7 2-cm 4-barrel gas operated autocannon and a TL 7 Direct Fire Control system. The autocannon is in a fixed mount weighs 0.24 tons and costs Cr10,000.
I tackled the fixed mounting, fire control, missile rails, and bomb racks before working out the number for the autocannon. I was able to match fixed mount, the two launch rails and six bomb racks weights and costs.
The TL 7 Fire Control specifications from Design Sequence Tables (DST) booklet p. 12 are weight .02 tons and price Cr5,000.
Going back to the details in CT Striker Bk. 3 DS 11 Step F I subtracted the AC's weight and cost from the fire control's weight and cost. The result is that the TL 7 2-cm Autocannon is 0.22 tons and costs Cr5,000
Using CT Striker Book 3 DS 3 AC process my numbers work out to be 0.02 tons and Cr1,000 higher than I calculated subtracting the fire control weight and cost.
Design Sequence 3 follows the same process as Design Sequence 2 CPR.
1. Bore size: 2-cm weight 100 kg or 0.1 tons and cost Cr2,000
2. Type: High Velocity weight multiplier 1 and cost multiplier 2
3. Adjusted 2-cm Bore size weight 100 kg and cost Cr4,000
4. Action: Gas-operated weight 100 kg or 0.1 tons and cost Cr400
5. Barrels: 4 with a weight of 40 kg or 0.04 tons and cost Cr1,600
TL 7 2-cm 4-barrel as operated high velocity AC total:
Weight = Bore Size 0.1 + Gas-Operated Action 0.1 + 4 Barrels 0.04 = 0.24 tons
Price = Bore Size 4,000 + Gas-Operated Action 400 + 4 Barrels 1,600 = Cr6,000
Adding up my numbers the total installed weapons weight is 1.06 tons and Cr69,000 which is 0.02 tons and Cr1,000 higher than the total determined in the example.
I think that the weight of the fire control system was accidentally overlooked. If I followed the process for building and AC correctly the cost calculation may have used different numbers.
If anyone has the time could you please verify that my AC calculations are not at fault.
Before I can attempt to determine the tons and price for the Foxhound Atmospheric Fighter in JTAS 14 I need to work through CT Striker Book 3 Design Sequence (DS) 11 Aircraft pp. 24-26.
CT Striker Book 3 DS 11 Aircraft provides examples for each step. My progress was good until the example for Step F Armament on p. 25. In example the fighter is equipped with a TL 7 2-cm 4-barrel gas operated autocannon and a TL 7 Direct Fire Control system. The autocannon is in a fixed mount weighs 0.24 tons and costs Cr10,000.
I tackled the fixed mounting, fire control, missile rails, and bomb racks before working out the number for the autocannon. I was able to match fixed mount, the two launch rails and six bomb racks weights and costs.
The TL 7 Fire Control specifications from Design Sequence Tables (DST) booklet p. 12 are weight .02 tons and price Cr5,000.
Going back to the details in CT Striker Bk. 3 DS 11 Step F I subtracted the AC's weight and cost from the fire control's weight and cost. The result is that the TL 7 2-cm Autocannon is 0.22 tons and costs Cr5,000
Using CT Striker Book 3 DS 3 AC process my numbers work out to be 0.02 tons and Cr1,000 higher than I calculated subtracting the fire control weight and cost.
Design Sequence 3 follows the same process as Design Sequence 2 CPR.
1. Bore size: 2-cm weight 100 kg or 0.1 tons and cost Cr2,000
2. Type: High Velocity weight multiplier 1 and cost multiplier 2
3. Adjusted 2-cm Bore size weight 100 kg and cost Cr4,000
4. Action: Gas-operated weight 100 kg or 0.1 tons and cost Cr400
5. Barrels: 4 with a weight of 40 kg or 0.04 tons and cost Cr1,600
TL 7 2-cm 4-barrel as operated high velocity AC total:
Weight = Bore Size 0.1 + Gas-Operated Action 0.1 + 4 Barrels 0.04 = 0.24 tons
Price = Bore Size 4,000 + Gas-Operated Action 400 + 4 Barrels 1,600 = Cr6,000
Adding up my numbers the total installed weapons weight is 1.06 tons and Cr69,000 which is 0.02 tons and Cr1,000 higher than the total determined in the example.
I think that the weight of the fire control system was accidentally overlooked. If I followed the process for building and AC correctly the cost calculation may have used different numbers.
If anyone has the time could you please verify that my AC calculations are not at fault.