Golf Club Carry Distance Estimator

Dial in your true carry yardages with an advanced estimator that models smash factor launch angle spin air density wind elevation change turf firmness ball type and temperature Enter club speed pick a club refine conditions and get precise carry for confident decisions on every shot from driver to wedges across varied playing environments

Input Parameters
Change club to auto-fill typical values. You can still override.
Enter a non-negative value.
Positive = uphill to target
Estimated Carry
Carry (yards)220.3
Carry (meters)201.4
Ball speed (mph)140.6
Base carry (yd)220.3
Launch angle (°)15.0
Smash factor1.48

  • Temp +0.0 yd
  • Altitude +0.0 yd
  • Wind +0.0 yd
  • Elevation +0.0 yd
  • Ball type +0.0 yd
  • Contact +0.0 yd

This estimator uses a simplified projectile model with practical adjustments for environment and equipment. Real shots vary with spin axis, strike location, and aerodynamic lift.

Typical Club Speed & Launch Reference
Club Typical speed (mph) Smash Launch (°) Spin (rpm)
Driver 95 1.48 15 2600
3-Wood 90 1.47 14 3200
5-Wood 87 1.46 15.5 3600
3-Iron / Utility 84 1.45 15 4200
4-Iron 82 1.44 16 4800
5-Iron 80 1.43 16.5 5500
6-Iron 77 1.4 17 6200
7-Iron 75 1.33 17.5 7000
8-Iron 72 1.3 18 8000
9-Iron 68 1.28 20 9000
Pitching Wedge 65 1.25 24 9500
Gap Wedge 62 1.23 26 10000
Sand Wedge 60 1.2 28 10500
Lob Wedge 58 1.18 30 11000
FAQs
1) What inputs most influence carry distance?

Ball speed and launch angle drive the base carry. Temperature altitude wind elevation and contact quality then add or subtract distance through simple percentage multipliers.

2) Do I need my exact club speed?

Exact speed helps accuracy but you can start with the typical speed shown for each club and refine based on real yardages from a range or round.

3) How is ball speed calculated?

Ball speed equals club speed multiplied by smash factor. Centered strikes and optimized delivery produce higher smash and longer carry.

4) How does wind affect the estimate?

The tool applies a half percent change in carry per mile per hour tail or head. Crosswind is treated as neutral for carry distance.

5) Why might my on course results differ?

Lie conditions curvature strike location spin axis and weather microchanges all impact flight. Use this as a calibrated planning guide not a guarantee.

6) Can I model uphill and downhill shots?

Yes. Enter the target elevation change in feet. Positive values represent uphill to the landing area which reduce carry.

7) What does ball type change?

Distance models slightly boost carry. Soft covers can read marginally shorter especially with longer clubs. Tour models are the baseline.

8) Does this include rollout?

No. The output is carry distance only. Ground firmness trajectory and spin will determine total distance beyond carry.

Important Note: All the Calculators listed in this site are for educational purpose only and we do not guarentee the accuracy of results. Please do consult with other sources as well.