High Altitude Balloon Flight Prediction System

The EdgeFlyte Prediction Tool H1 is a comprehensive planning tool designed for high altitude balloon (HAB) missions. It combines advanced atmospheric modeling with real-time weather data to predict complete flight trajectories from launch to landing.

Core Capabilities:

• Flight Trajectory Prediction - Calculate launch, burst, and landing coordinates using weather prediction models
• Burst Altitude Calculation - Determine maximum altitude based on balloon specifications, payload weight, and atmospheric conditions
• Ascent & Descent Analysis - Configure target ascent rates and predict descent profiles with parachute performance
• Interactive Mapping - Visualize complete flight paths with launch sites, burst points, and predicted landing zones on detailed maps
• Weather Integration - Access real-time wind speed, direction, and atmospheric data to optimize launch windows

Configuration Options:

• Balloon Selection - Choose from standard latex balloons or define custom specifications (mass, burst diameter, drag coefficient)
• Payload Management - Configure multiple payload packages with precise weight tracking
• Parachute Systems - Select appropriate recovery systems based on descent rate requirements
• FAA Compliance - Automatic validation against Part 101 regulations for unmanned free balloons

Applications:

• Scientific research missions requiring atmospheric data collection
• Amateur radio and APRS tracking experiments
• Photography and videography from near-space altitudes (up to 40km)
• Educational STEM projects and student competitions
• Meteorological data gathering and atmospheric research
• Launch site planning and recovery team coordination

Perfect for: Hobbyists, educators, researchers, and professionals planning high altitude balloon missions who need accurate predictions to ensure successful payload recovery and regulatory compliance.