You can figure in Coriolis acceleration and/or gyroscopic drift (spin drift) into your solution. If you have a Bluetooth-enabled WeatherFlow WeatherMeter device, you can load the atmosphere straight from it into Shooter. If you have a Bluetooth-enabled Kestrel device, you can load the atmosphere straight from it into Shooter. This is particularly useful for those who use longer zero ranges (>100 yards/meters) and shoot in an atmosphere that's vastly different from what they zeroed in. You can specify atmospheric conditions during the time you sighted in your rifle into each ammo profile and Shooter will automatically correct for it. Simply turn on the angle detector and point device at target.Īutomatically populate Altitude, Temperature, Pressure, Humidity and Wind Speed by pulling data from the nearest weather station based off GPS location (Density Altitude may also be used instead of altitude/pressure/humidity input). Use your device's accelerometer to determine look angle (up/downhill shot). Use the built-in distance calculator to estimate target range using your scope's reticle (supports MOA, IPHY and Mils). Some bullet manufacturers provide this and it provides a more accurate solution. Use multiple ballistic coefficients for varying velocities in your trajectory. The bullet library will continue to expand in future updates. This allows you to easily select your bullet and have it's data loaded into your ammo profile automatically.
Shooter currently has over 1,300 bullets available in the built-in library including Bryan Litz' measured ballistic coefficients for over 175 popular bullets. Save all your rifles and ammunition data as profiles so that as soon as you open Shooter, you can quickly select what you're shooting and be on your way to a solution. Shooter calculates trajectory, windage, lead, velocity, energy and time of flight. Shooter's calculations normally match JBM's numbers within round-off error (0.1" at 1000 yards). Shooter uses a custom ballistics solver that supports G1 and G7 drag models. Features Highly Accurate Ballistics Solver
0 kommentar(er)
