Pangya Calculator Excel [top]

Excel calculates trigonometric functions (Sine and Cosine) using radians, not degrees. You must convert your wind angle into radians within the formula. =B4 * COS(RADIANS(B5)) * B10 Step 4: Account for Green Slope and Breaks

| Factor | Rule | |--------|------| | Uphill 1m | +1.2m carry needed | | Downhill 1m | -0.8m carry needed | | Headwind 1 m/s | -2.5m carry | | Tailwind 1 m/s | +1.8m carry | | Hot (>25°C) | +3% distance | | Cold (<10°C) | -4% distance | | Altitude (>1000m) | +5% distance |

Pangya calculators in Excel are complex tools designed to predict the exact landing point of a golf ball by accounting for the game's intricate physics. While many versions exist (often shared in community forums like or Pangya Thailand ), they generally share a core set of features focused on HWI (Horizontal Wind Influence) and power adjustments . Key Features of a Pangya Excel Calculator

The maximum distance your club hits at 100% power on a flat surface with 0m wind.

=IF(B4<45, "Use AW/SW with 70-85% power + backspin 60-80%", "Standard shot") pangya calculator excel

Pangya uses a 360-degree clock system. Excel calculates trigonometric functions (SIN and COS) using , not degrees. You must convert the wind angle first. Horizontal Wind Component (X-Wind): =B5 * SIN(RADIANS(B6)) Vertical Wind Component (Y-Wind): =B5 * COS(RADIANS(B6)) Step 2: Determine True Distance

Use =INDIRECT(B2) with named ranges.

: The pin's yardage and whether it is uphill or downhill from your ball.

| Club | Base Carry (m) | |-------|----------------| | Driver | 230 | | 3W | 210 | | 5i | 175 | | 6i | 165 | | 7i | 155 | | 8i | 145 | | 9i | 135 | | PW | 120 | | SW | 90 | While many versions exist (often shared in community

: Determine the exact power percentage needed for the chosen shot type (e.g., Tomahawk, Cobra, or Spike).

Multiply your Horizontal Wind Component by your club's HWI constant to get the precise number of "clicks" or grid squares you need to aim away from the flag. Step 4: Map Out Elevation (Height) Coefficients

You must manually test or look up your specific club constants and enter them into a reference table in your sheet. For example: 2.45 2W HWI Constant: 2.10 3W HWI Constant: 1.80

= (B6 * 0.3) * SIN(RADIANS(B7)) * (1 + (100 - VLOOKUP(B3, Clubs!A:E, 4, FALSE))/100) Excel calculates trigonometric functions (SIN and COS) using

The degree of the wind arrow (0° to 90° relative to your shot line).

Better formula (Community Standard):

This is the final output of your calculator. You need to know what percentage of the meter to stop at.