Calculate distance adjustments for wind, elevation, and temperature conditions on the golf course.
Master challenging conditions with precise distance adjustments. Account for wind speed and direction, elevation changes, and temperature variations to improve your course management and shot selection.
Enter shot distance and environmental conditions for precise adjustments
Positive for uphill, negative for downhill
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Environmental conditions significantly impact golf ball flight. Understanding how wind, elevation, and temperature affect distance helps you make better club selections and improve your course management skills.
Hot Weather: Ball travels farther (less air density)
Cold Weather: Ball travels shorter (denser air)
Rule: ~1 yard per 10°F from 70°F baseline
Equipment: Cold affects ball compression
Humidity: High humidity slightly reduces distance
Club Selection: Adjust based on total effect
Shot Shape: Work with wind when possible
Ball Position: Forward for headwind, back for tailwind
Swing Tempo: Smooth swings handle wind better
Landing Areas: Account for roll on elevation changes
5-10 mph: 1 club difference
10-15 mph: 1-2 club difference
15-20 mph: 2-3 club difference
20+ mph: Significant adjustments needed
10 feet up: Add ~3 yards
20 feet up: Add ~6 yards
30 feet up: Add ~9 yards
Downhill: Subtract equivalent amounts
Multiple Factors: Add all adjustments
Downwind + Downhill: Very long shots
Upwind + Uphill: Much shorter shots
Practice: Learn your personal adjustments
✓ Precise Calculations: Based on proven golf physics
✓ Multiple Factors: Wind, elevation, and temperature
✓ Course Management: Improve decision making
✓ Save History: Track your adjustments
✓ Educational: Learn environmental effects
✓ Free Tool: No cost for calculations
Important: These calculations provide general estimates based on golf physics principles. Actual results vary based on ball type, club specifications, swing characteristics, and specific course conditions. Use as a starting point and adjust based on your experience and course observations.