• "Airgun ballistics provide a unique challenge. They don't fall into the normal range of data published by the manufacturers of conventional ammunition or bullets."
  
  
• "Have you ever been shooting and changed distances or pellets and not known if that change will cause the next shot to be high or low? I have ... all too often."

• Created specially for airgunners. Over 410 Tables, Charts, Examples & Graphs. 57,000+ data points
• Pellet Path (trajectory) data from 5 yards to 75 yards for sight-in Zero at 10, 20, 30, 40, and 50 yards.
• Tables also include Wind Drift, Time of Flight, and Remaining Velocity
• Ballistics Tables for Muzzle Velocities from 350 to 1200 fps with additional tables for specific pellets.
• Special tables: Kinetic Energy, Sight Adjustment, Shooting Uphill or Downhill.
• Ballistic Coefficients and Weights for many .177, .20 (5mm), .22, and .25 caliber pellets.
• Custom Printed on heavy 24lb bond 8.5" x 11" tinted stock. Deluxe updatable binder format, 88 pages.

Why are these tables unique?
How these tables were generated.
Why isn't it necessary to develop data for each pellet?
Are these tables perfect?
Will these tables make you a better shooter?
TERMINOLOGY
How to read these tables.
About Manufacturer's Velocity Ratings.
How can these tables help you?
How do I...?...examples
... estimate hold over/under?
... make a sight correction to a new Zero?
... estimate remaining velocity?
... estimate pellet energy?
... correct for wind drift?
... find the optimum sighting Zero distance?
... decide which pellet is best for a particular situation?
... hit a moving target? (estimate lead)
... evaluate the maximum "effective range"?
... use "Velocity Ratio" (Table-E) to estimate muzzle velocity?
A note about airgun performance
Aim High or Low?
Keep Good Records
Basic Tips For Better Airgunning

Tables:
	Index to Table-A Ballistic Tables
	Table-A: Ballistic Tables
	Table-B: Sight Adjustment
	Table-C: Kinetic Energy
	Table-D: Correction for shooting up or down hill
	Table-E: Ballistic Coefficient, Weight, Velocity Ratio

Examples:
	Example-A: Reading these Tables (Table-A, #293-A)
	Example-B: (Pellet Path for various sighting Zero Ranges)
	Example-C: (graph: Remaining Velocity - various Ballistic Coefficients)
	Example-D: (graph: Wind Drift with various Ballistic Coefficients)
	Example-E: (graph: Pellet Path with various Ballistic Coefficients)
	Example-F: (graph: Wind Drift with various Muzzle Velocities)
	Example-G: (graph: Pellet Path with various Muzzle Velocities)
	Example-H: Comparing Pellets with Different B-C and MV