$25

Missiles Trajectory Simulation with Realistic Physics in Python

Pay

Missiles Trajectory Simulation with Realistic Physics in Python

$25

Simulate the realistic trajectory of missiles using physics-based models in Python. This project provides a practical demonstration of projectile motion, air resistance, and basic aerodynamics—ideal for students, researchers, and defense tech enthusiasts.


What You Get:

  • Fully commented Python code for trajectory simulation
  • PDF technical report with equations, assumptions, and outputs
  • Visual plot of missile paths with Matplotlib
  • Editable source files (Jupyter notebook or .py script)


Bonus: Example parameters for custom simulations


Use Cases:

  • Engineering or physics class projects
  • Defense simulation prototypes
  • Research in projectile dynamics
  • Visualization of missile path predictions
Pay

Unlock this simulation project and learn how to predict projectile paths like a rocket scientist!

Product Name
Missiles Trajectory Simulation
Creator
Abudho Umuro Orto
Programming Language
Python
Project Format
Jupyter Notebook (.ipynb), Python Script (.py), PDF Report (.pdf), and Visual Outputs (.png, optional)
Project Level
Intermediate - Advanced
Key Topics Covered
Projectile Motion, Air Resistance Modeling, Physics-Based Equations of Motion, Data Visualization with Matplotlib, and Parameter Tuning
Target Audience
Data Science Students, Aerospace & Mechanical Engineering Students, Python Enthusiasts, Educators and Researchers, Defense and Simulation Hobbyists
Estimated Completion Time
2 --- 4 hours
Software Requirements
Python 3.x, Jupyter Notebook; NumPy; Matplotlib; SciPy
Price
25
Size
1.02 MB
Length
6 pages
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