Firearms instrumenting system integrating distinct measurements that influences the ballistic trajectory and its corresponding data retrieval

A firearm instrumenting system integrating measurements that influence a ballistic trajectory and a data retrieval, the firearm instrument system comprising:

• a) a tubular component axially aligned with the bore of a weapon's barrel and linked to a muzzle, said tubular component having inside thereof at least two sensors separated the one from the other, the sensors measure a speed of the projectile as a result of measuring precisely the time it takes for the projectile to travel the distance between sensors, said time measurement being carried out and managed by a microprocessor;
• b) a time-of-flight meter subsystem comprising a device named a Transmitter Module, placed in vicinity of the target, with an impact sensor to record a moment the bullet hits a target, and a receiver module placed adjacent to the firearm, the impact sensor and the receiver module coordinated to measure the time of flight between the instant the projectile leaves de firearm barrel mouth and the moment it hits the target, said time of flight measurement being performed and managed by said microprocessor;
• c) a communication subsystem linked to a meteorological database capable of requesting and receiving in real time meteorological variables representative of the wind speed, its direction, the ambient pressure and temperature, being the request and reception of the meteorological variables carried out by the microprocessor or by the communication facilities of the application;
• d) a system software applied to said microprocessor, said software being divided into a firmware contained in the microprocessor, which performs speed measurements, inclination measurements, sensor calibration and measurement of flight time, and a an application software, which includes an interface with the user, summarizing all the information on a screen, capable of requesting and receiving information from the meteorological database, storing the received data in the cloud, capable of calculating the trajectory of the projectile in real time by means of an integrated ballistic engine;
• e) an inclinometer;
• f) calibration sensors.