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  • 1.0 Introduction
  • 2.0 The Ballistic Coefficient
  • 2.2 Bigger Is Not Always Better
  • 2.3 How the Ballistic Coefficient is Measured
  • 2.3.1 Initial Velocity and Final Velocity Method
  • 2.3.1.2 Important Precautions and Points to Consider
  • 2.3.2 Initial Velocity and Time of Flight Method
  • 2.3.3 Doppler Radar Method
  • 2.4 Lessons Learned from Ballistic Coefficient Testing
  • 2.5 Examples of Ballistic Coefficient Measurements
  • 3.0 Exterior Ballistic Effects on Bullet Flight
  • 3.1 Effects of Altitude and Atmospheric Conditions
  • 3.2 Effects of Winds
  • 3.3 Effects of Shooting Uphill or Downhill
  • 3.4 Trajectory Considerations for Sighting in a Gun
  • 3.4.2 Determining Zero Range from Firing Test Results
  • 3.4.3 Sighting in for a Change in Shooting Location
  • 3.5 Point Blank Range
  • 3.6 Maximum Horizontal Range of a Gun
  • 3.7 Maximum Height of Fire of a Gun
  • 4.0 Six Degree of Freedom Effects on Bullet Flight
  • 4.1 Basic Physical Concepts
  • 4.2 Yaw of Repose and Resulting Crossrange Deflection
  • 4.3 Turning of a Bullet to Follow a Crosswind and Resulting Deflections
  • 4.4 Turning of a Bullet to Follow a Vertical Wind and Resulting Deflections
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  • 2.0  Introduction
  • 3.0  Historical Summary
  • 4.0  The Ballistic Coefficient
  • 4.1 Basic Definitions
  • 4.2  Ballistic Coefficient Effects on Bullet Trajectories
  • 4.3 How The Ballistic Coefficient is Measured by Firing Tests
  • 4.4  Lessons Learned From Ballistic Coefficient Measurements
  • 4.5  Ballistic Coefficient Variations with Muzzle Velocity near the Speed of Sound
  • 4.6  Ballistic Coefficient Dependence on Coning Motion
  • 5.0  Exterior Ballistics Topics
  • 5.1  Effects of Altitude and Atmospheric Conditions
  • 5.2  Effects of Altitude and Uphill/Downhill Shooting
  • 5.3  Wind Effects
  • 5.3.1  Headwinds and Tailwinds
  • 5.3.2 Crosswinds
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  • 5.4  Changing the Zero Range
  • 5.5  Point Blank Range
  • 5.6  Muzzle Velocity Dependence on Cartridge Temperature
  • 6.0  Equations of Bullet Flight
  • 6.1  Differential Equations of Bullet Motion
  • 6.2  Drag Force and the Drag Function
  • 6.3  Siacci’s Method 6.3.1  The Change of Independent Variables 
  • 6.3.2  The Assumption
  • 6.4  Mayevski’s Analytical Form of the Drag Mode
  • 6.5  Closed-Form Solutions for Trajectory Parameters
  • 6.6  Other Useful Equations
  • 6.6.1 References
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• Prairie Enemy Ammunition Trajectory Information
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• 204 Ruger ~ 36 Grain ~ Trajectory Chart
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• 223 Remington ~ 64 Grain ~ Trajectory Chart
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• 7mm Remington Magnum ~ 150 Grain ~ Trajectory Chart
• 270 Winchester ~ 140 Grain ~ Trajectory Chart
• 243 Winchester ~ 90 Grain ~ Trajectory Chart
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• 9MM LUGER ~ 115 GRAIN JHP ~ Trajectory Chart
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• 40 S&W ~ 180 GRAIN JHP ~ Trajectory Chart
• 45 AUTO ~ 185 GRAIN JHP ~ Trajectory Chart
• St. Patrick’s Day Giveaway
• 6.5 Creedmoor ~ 140 Grain ~ Trajectory Chart
• 223 REMINGTON ~ 69 GRAIN MATCHKING ~ Trajectory Chart
• 223 REMINGTON ~ 77 GRAIN MATCHKING ~ Trajectory Chart
• 6MM CREEDMOOR ~ 107 GRAIN MATCHKING ~ Trajectory Chart
• 6.5 CREEDMOOR ~ 140 GRAIN MATCHKING ~ Trajectory Chart
• 308 WINCHESTER ~ 168 GRAIN MATCHKING ~ Trajectory Chart
• 308 WINCHESTER ~ 175 GRAIN MATCHKING ~ Trajectory Chart
• MatchKing Competition Ammunition
• 300 AAC Blackout ~ 115 Grain ~ Trajectory Chart
• 223 Remington ~ 55 Grain ~ Trajectory Chart
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• 357 Magnum ~ 158 Grain JHC ~ Trajectory Chart
• 223 REMINGTON ~ 77 GRAIN MATCHKING ~ FOH ~ Trajectory Chart
• 300 AAC Blackout ~ 220 Grain ~ FOH ~ Trajectory Chart
• 380 AUTO ~ 90 GRAIN JHP ~ Trajectory Chart ~ SM
• 45 Colt ~ 225 Grain JHC ~ Trajectory Chart
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• 38 Special ~ 125 Grain JHP ~ Trajectory Chart
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• 30-06 Springfield ~ 165 Grain HPBT ~ Trajectory Chart
• 30-06 Springfield ~ 180 Grain ~ Trajectory Chart
• 308 Winchester ~ 150 Grain ~ Trajectory Chart
• 308 Winchester ~ 165 Grain SBT ~ Trajectory Chart

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