Below are a comparison of three solving engines I have access to and their recommended elevation adjustments at 500 yrd intervals out to 2500 yards. The Kestral AB (non elite) seems to track right along pretty well with Trasol up to 2000 yards. Id like to determine for this bullet how much the Kestrel Elite version might close or open the gap with TRASOL out at 2500 yards. Trying to determine what the upgrade to the elite model will net just from the performance of the solver.
Could someone with a Kestel Elite please reply with that solvers elevation adjustment at 2500 yards with the Hornady ELD-M 285 data out of the bullet library? That one number is all I need. Please also list the Gun and Environment variables you used for the solution if you don't use mine listed below. Also I've got the wind zero'd out and firing azimuth at 0 degrees.
Bullet
BD: 0.338
BC: 0.391
BW: 285 Gr
BL: 1.420 in
Gun
MV: 2850 fps
ZR: 100 yrd
BH: 2.83
RT: 9.00 in
Environment
Temp: 75 F
Pres: 28.07 inHg
Hum: 39%
LAT: 35 deg
Elevation in mil
Hornady 4DOF -----> +2.1 +6.44 +12.5 +21.37 +34.4
Kestrl AB (not elite)-> +2.17 +6.64 +12.91 +22.05 +35.4
Trasol -------------------> 2.17 +6.68 +13.09 +22.51 +36.41
Could someone with a Kestel Elite please reply with that solvers elevation adjustment at 2500 yards with the Hornady ELD-M 285 data out of the bullet library? That one number is all I need. Please also list the Gun and Environment variables you used for the solution if you don't use mine listed below. Also I've got the wind zero'd out and firing azimuth at 0 degrees.
Bullet
BD: 0.338
BC: 0.391
BW: 285 Gr
BL: 1.420 in
Gun
MV: 2850 fps
ZR: 100 yrd
BH: 2.83
RT: 9.00 in
Environment
Temp: 75 F
Pres: 28.07 inHg
Hum: 39%
LAT: 35 deg
500 yd 1000 1500 2000 2500
Elevation in mil
Hornady 4DOF -----> +2.1 +6.44 +12.5 +21.37 +34.4
Kestrl AB (not elite)-> +2.17 +6.64 +12.91 +22.05 +35.4
Trasol -------------------> 2.17 +6.68 +13.09 +22.51 +36.41