Hi Everyone...
I have a question that I was hoping someone can answer if possible... I have been reading Applied Ballistics by Bryan Litz, and in his book there is a section on Uphill/Downhill shooting... He mentions that when shooting in these situation you will need to compensate for gravity differently when calculating bullet drop..
My Question: In the Vectronix PLRF brochure it shows that the unit measure range (slope/slant distance). Does this mean that when ranging on a considerable slope, the unit will compensates for the slope and I can take the range for face value, or will I still have to apply a calculation (ex: the improve rifleman's rule) to get the correct shoot to range....?
I tried searching for the answer, but I wasn't able to find anything on here...
Thank you in advance...
I have a question that I was hoping someone can answer if possible... I have been reading Applied Ballistics by Bryan Litz, and in his book there is a section on Uphill/Downhill shooting... He mentions that when shooting in these situation you will need to compensate for gravity differently when calculating bullet drop..
My Question: In the Vectronix PLRF brochure it shows that the unit measure range (slope/slant distance). Does this mean that when ranging on a considerable slope, the unit will compensates for the slope and I can take the range for face value, or will I still have to apply a calculation (ex: the improve rifleman's rule) to get the correct shoot to range....?
I tried searching for the answer, but I wasn't able to find anything on here...
Thank you in advance...