Systems and methods for accuracy assistance calculation and display on removable device

A method for determining bullet drop compensation for a weapon, the method comprising:

• obtaining user data from a user, wherein the user data includes at least one of:
• a distance to a target, a scope attribute, a bullet caliber, a bullet grain, a muzzle length, or a barrel twist of the weapon;
• obtaining conditional data from a sensor, wherein the conditional data includes at least one of:
• a weather reading, wind speed, wind direction, temperature, humidity, relative humidity, elevation, air pressure, location, an orientation of the weapon, or time;
• obtaining informational data from an information network, wherein the informational data includes at least one of:
• a weather reading, elevation, an emergency warning, user account data, user history data, or time;
• calculating bullet drop compensation data based on the user data, the conditional data, and the informational data;
• generating a bullet drop compensation distance and a bullet drop compensation rate based on the bullet drop compensation data;
• determining a scope adjustment value based on the bullet drop compensation distance, the bullet drop compensation rate, and the scope attribute;
• displaying at least one of the scope adjustment value, the bullet drop compensation distance, or the bullet drop compensation rate on a first display;
• displaying relevant data on a second display, wherein the relevant data is selected from the group consisting of the user data, conditional data, and the informational data;
• and
• adjusting relevant data displayed on the second display based on input from the user.

A method of communicating bullet drop compensation to a user aiming a weapon, the method comprising:

• obtaining user data from a user, wherein the user data includes at least one of:
• a distance to a target, a scope attribute, a bullet caliber, a bullet grain, a muzzle length, or a barrel twist of the weapon;
• obtaining conditional data from a sensor, wherein the conditional data includes at least one of:
• a weather reading, wind speed, wind direction, temperature, humidity, relative humidity, elevation, air pressure, location, an orientation of the weapon, or time;
• obtaining informational data from an information network, wherein the informational data includes at least one of:
• a weather reading, elevation, an emergency warning, user account data, user history data, or time;
• calculating bullet drop compensation data based on the user data, the conditional data, and the informational data;
• displaying the bullet drop compensation data on a first display of the weapon;
• determining an orientation adjustment for the orientation of the weapon based on the bullet drop compensation data;
• displaying the orientation adjustment on a second display of the weapon
• detecting a change in the orientation of the weapon;
• and
• outputting a notification to the user based on a comparison of the orientation of the weapon and the orientation adjustment.