Can we get 90 Inches of rain and a frequent lighting alert hail is possible

The numbers that you are asking about I take it are on the windage turret if so they correspond to inches at 100 yards not mph

hail is rain droplets that freeze as they fall. This happens in the upper atmosphere around 10K feet minimum. It's cold up there.

rain and thunder are two peas in the same pod. thunderstorm clouds also known as cumulonimbus are generally the clouds we know as rain bringers.

as water molecules rub together they creat static electricity. this is then discharged as lighting. the thunder you hear is the sound waves made by the lightingin caused by the water molecules.

so water rubs and makes electricity which makes thunder which is why thunderstoms have rain!

Well how short a drive is it.........to get you to go nuts. Is it a high pitched whine? If so look to your right. Is the wife sitting there? If so. That's the problem. Going 75-80 in a 25mph school zone will cause that. And where is the speed limit 75-80 anyway.


It's the radio, btw, install an inline filter to filter out the alternator noise.

The Deluxe may have more efficient speakers....which would cause it to sound louder. Also, the EQ settings could play a part in this. If the EQ's aren't set the same there could be a noticeable difference in sound.....usually the mids can have quite an effect on overall amp volume....

Yes you can, but make sure that it has access to air. Leave at least 6" of space between the shelter and the pilot. Is it outside? I've never seen one outside.

Hi :)

In order to familiarize yourself with shooting please go here

I stumbled across this software a month ago as an avid shooter enthusiast. I havent had the chance to fire more than 100 rounds before i touched this and most were iron sights. now i have the math to shoot any bullet in any condition upto 2000 yards :) practically military level training but not quite.

Take the training that is provided and go through it a couple of times there are a few key things to remember

when you first start go to the training range **this range is standard humidity, temperature, elevation, and barometric pressure. This means that all you have to account for is range and wind this is where to start.

1)range the target. see below for details. best to work in yards as sierra is yards too.
IMPORTANT remember if you scope in to 20x to divide your mil dot reading by 2 before your divide the inches x 27.778 or inches x 25.4? this wil give you accurate range (lol get a laser range finder for RL :)

2) Elevation - if your range is 1530yards between 35.6 moa @ 1500 and 36.2 moa @ 1550. use a calculator to determine where your range lies (sierra can be asked when producing a range card to have a set increment if set to the exact range then exact values are given :)

so 36.2 - 35.6 = 0.6 30/50 = 60% to get this divide the range in yards inbetween the increments by the increment value IE in a 100 yard increment it would differ

once you have your elevation dial it in. rounding to the closest 1/4 min of angle.

3) Windage - Windage is a little different in the windage collumn its given in inches of drift per 1 mph wind (if your having trouble with wind take the shot first hit the target read in the bottom wind speed and then calculate that windspeed and get the math first)(use this for range to infact before you delve to far into ranging ( makes for faster learning and can be written of a laser range finder and wind speed measurement accessory which 99% of shooters use now adays unless your some vet or 10000 round pro :S not thier yet)

so take your inches of drift lets jsut say i used the same method to determine the exact inches of drift between the two given (most ranges arent exactly on) and my inches per mph is 3.2 w a 10 mp wind

this is 3.2 x 10 = 32 inches of wind drift total. to conver that to rifle clicks you might remember that 1 MOA is = 1.047 inches @ 100 yards or 1.512.. @ 100 meters that means for every 1 moa you adjust your windage your bullet will travel 1.047 inches for every hundread yards the target is away

FIRST take range 1530 yards and divide by 100 yards to get 15.3 x 1.047 = MOA of windage ON THIS SHOT which happens to be 16.0191 that means for every 1 moa i adjust into the wind it will move 16.0191" per 1 moa i adjust.

Since we know that the wind will blow it 32 inches off target you divide 32 by your Inches per moa 16.0191 to get your MOA windage adjustment of 1.9976... which is rounded to the closest click of your scope (probably 1/4 min maybe 1 min you need to check how many click between the big lines on the gun.

Once you know all this stuff zeroing becomes a matter of how high you gun is over at a certain know distance. :) Sierra has that too :S





SOME THINGS TO REMEMBER




1) Targets height in inches x 27.778 / Mil Dot Reading = Range in Yards

This is where you need to start when taking a shot. The range is the most important factor as it is what the rest of the measurements are based off of. TIP invest in some evironmental accessories something that measure wind speed and direction and barrel, Temperature, Humidity, and get Barometric Pressure.

2) Your "cheat sheet" or "range card" needs to be set up accurately, there is alot of software out there that can do this for you with accurate measurements of your environment (once you get past the math of the shooting it becomes your ability to measure your evironment that makes the shots).

I use Sierra Infinity v6 Ballistics Software :) Found here

its incredibly complicated math that i havent been able to unearth without taking a 600 dollar sniper course, to determine your own range cards in varying environments (humidity and temperature vary from day to day and wil throw your bullets off over 1000 yards)

use this software before you go to the range or as you set up to print yourself the daily range card
then just use the range card and your calcualtor to hit any target you want. youll be able if you bring your laptop or they are shooting a similar load to advise others on how to zero it in :)

3) Your going to need to get some specifics of your firearm and load. the bullet is the most finickey of variables ranging greatly from grain to grain in the same caliber. These data are your bullets Feet per second(this helps determine bullet flight time which decides on bullet drop) and Ballistics Coefficient (a measure of how well the bullets retains its origional velocity against air resistance)(to not slow down)

GL and if you need help converting everthing to meters for the hell of it ive got the numbers :S

Brad

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I have the same problem I think it's the rubber flaps that cover the hood hinges, when the wind catches them they flap up and down it I have noticed it seems to be worse on a windy day.