MTFlight Find

MTFlight Find is a convenient tool that focuses on kinematic calculations, especially in the calculation of maximum height and projectile motion related parameters, providing strong support for physics learning, sports research, engineering design and other fields.

For maximum height calculation, whether it is vertical throw or oblique throw, you only need to enter the initial velocity, launch angle (oblique throw) and gravity acceleration and other key data, you can quickly get the maximum height that the object can reach based on the physical formula, helping you accurately estimate the object's vertical motion limit, such as analyzing the best trajectory of high jump and long jump in sports events, or evaluating the height requirements of projectiles in engineering.

In the maximum height (projectile motion) calculation module of projectile motion, the projectile scene is further refined, and the maximum height of the projectile in the case of oblique throw is accurately calculated, providing key data for ballistics research, ball motion trajectory analysis, etc.

The flight time (projectile motion) calculation function, also based on the input of information such as initial velocity and launch angle, can quickly determine the total flight time of the projectile from launch to landing. It has important applications in military simulation, drone route planning and other fields. It can effectively help you plan the duration and rhythm of an object's movement in the air, and easily cope with various computational challenges related to projectile motion.