Golf Putting Stats Calculator

Track and analyze your putting performance

Round Summary

Individual Putt Tracking

Track first putts to analyze make percentages by distance

Putting Analysis

Putts per GIR
3.20
Needs Improvement
Strokes Gained Putting
-0.36

Make Percentage by Distance

Short (0-5 ft)
100.0%
3 attempts
Mid (6-15 ft)
50.0%
4 attempts
Long (15+ ft)
0.0%
1 attempts
Overall Make %
62.5%
Avg First Putt
9.1 ft
Putts Made
5/8

PGA Tour Benchmarks

3 feet: 96% make rate
5 feet: 77% make rate
10 feet: 40% make rate
20 feet: 15% make rate

What Are Golf Putting Stats?

Golf putting statistics are quantitative measures that reveal how well a player performs on the greens. Unlike fairway play where power and accuracy are dominant factors, putting demands precision, feel, and consistency at every distance. Tracking your putting stats with a dedicated golf putting stats calculator helps you pinpoint weaknesses, benchmark against tour averages, and prioritize practice sessions more effectively.

The three core metrics that define putting performance are Putts per Green in Regulation (GIR), make percentage by distance, and Strokes Gained: Putting. Together these paint a complete picture of how your green performance compares to any baseline — whether that is your personal average or PGA Tour benchmarks.

Amateur golfers often focus only on total putts per round, but that number is misleading. A player who hits fourteen greens in regulation and takes 28 putts is far more efficient than one who hits five greens and also takes 28 putts. The putts-per-GIR metric corrects for this by isolating putting skill from approach shot quality. This calculator tracks all three dimensions simultaneously so you get actionable data rather than a single, context-free number.

Professional statisticians and coaches now rely on strokes-gained methodology, pioneered by Columbia Business School professor Mark Broadie, to isolate each part of the game. This calculator applies the same distance-based expected make rates used in strokes-gained analysis so you can see how each putt compares to what a baseline player would be expected to do from the same distance.

Putting Statistics Formulas Explained

Understanding the math behind this golf putting statistics calculator lets you interpret results correctly and avoid drawing wrong conclusions from your data.

Putts per GIR

The most widely used putting efficiency metric is Putts per Green in Regulation. It measures how many putts you average on every green you hit in regulation, eliminating the distortion caused by chip-ins or missed greens.

Make Percentage by Distance

The calculator segments all tracked putts into three distance bands: short (0–5 feet), mid (6–15 feet), and long (16 feet and beyond). For each band it calculates the percentage of putts holed. Monitoring all three bands separately reveals whether a player struggles with "must-make" short putts, scoring-opportunity mid-range putts, or lag control on long putts.

Strokes Gained: Putting (Simplified)

This calculator uses a distance-based expected make rate lookup that mirrors the strokes-gained framework. Each putt is assigned an expected make probability based on distance, and the total expected makes is subtracted from actual makes. A positive number means you outperformed expectations; a negative number means putts cost you strokes relative to the baseline.

Expected make rates used by this calculator: 0–3 feet = 0.96 (96%), 4–5 feet = 0.86 (86%), 6–10 feet = 0.66 (66%), 11–15 feet = 0.50 (50%), 16–20 feet = 0.36 (36%), over 20 feet = 0.24 (24%). These mirror observed PGA Tour averages from ShotLink data, making them a credible baseline even for amateur golfers.

Core Putting Formulas

Putts per GIR = Total Putts ÷ Greens in Regulation Make % = (Putts Made ÷ Putts Attempted) × 100 Strokes Gained = Total Putts Made − Σ(Expected Make Rate per Putt)

Where:

  • Total Putts= Total putts taken during the round
  • Greens in Regulation= Number of greens reached in the regulation number of strokes (par minus 2)
  • Putts Made= Number of putts holed in the tracked sample
  • Putts Attempted= Total number of putts tracked in the sample
  • Expected Make Rate= Probability of holing a putt from a given distance, based on PGA Tour ShotLink averages: 0.96 (≤3 ft), 0.86 (≤5 ft), 0.66 (≤10 ft), 0.50 (≤15 ft), 0.36 (≤20 ft), 0.24 (>20 ft)

PGA Tour Putting Benchmarks

Having a reference point is essential when analyzing any statistic. The PGA Tour ShotLink system has tracked millions of putts over two decades, providing the most reliable benchmark data available for any level of golfer.

Distance PGA Tour Make % Strong Amateur Target
3 feet 96% 90%+
5 feet 77% 65%+
10 feet 40% 30%+
15 feet 24% 18%+
20 feet 15% 10%+
25+ feet 7–10% 5%+

The putts-per-GIR rating scale used by this calculator is:

  • Below 1.70 — Excellent (tour-level performance)
  • 1.70 to 1.84 — Above Average (low-handicap amateur range)
  • 1.85 to 1.99 — Average (typical recreational golfer)
  • 2.00 and above — Needs Improvement

Most mid-handicap amateur golfers average between 1.9 and 2.2 putts per GIR. Reducing that figure by even 0.1 over 14 greens in regulation saves roughly 1.4 strokes per round — the equivalent of making one extra bogey into a par.

How to Use This Golf Putting Stats Calculator

This golf putting statistics calculator is designed to be used during or immediately after a round. Here is a step-by-step walkthrough for getting the most out of every feature.

  1. Enter Round Summary data. Type your total putts for the round in the first field and your greens in regulation count in the second. If you hit 10 greens and took 30 putts, enter 30 and 10 respectively.
  2. Log individual putts. The individual putt tracking section is where the real analysis begins. For each first putt on a green, record the distance in feet and whether you made it or missed it. The calculator pre-loads a sample dataset so you can see results immediately.
  3. Add or remove rows. Use the Add Putt button to append new rows and the X button to delete any row. You can track as many or as few putts as you have data for.
  4. Read the analysis panel. Results update in real time. Focus on Putts per GIR and its associated rating first, then examine make percentages by distance band to find where you leave the most strokes on the green.
  5. Interpret Strokes Gained. A positive strokes-gained value means your putting outperformed the baseline expectation. A negative value shows how many strokes putting cost you compared to the expected make rates.

For most golfers the most actionable insight comes from the distance breakdown. If your short putt (0–5 foot) make percentage is below 80%, time spent practicing inside six feet will produce the fastest handicap improvement. If your mid-range percentage (6–15 feet) is weak, focus on green-reading and speed control drills. Long putt percentage matters mostly for avoiding three-putts rather than making putts, so the priority there is lag control to finish within tap-in range.

How to Improve Your Putting Statistics

Data without action is just noise. Once you have identified weaknesses using this calculator, the following evidence-based strategies help translate awareness into lower scores.

Short Putts (0–5 Feet)

Short putt misses are costly because they turn near-pars into bogeys. The most common cause is a breakdown in the setup routine under pressure. Practice with alignment aids (a putting mirror or chalk line) and commit to a pre-shot routine that includes rehearsal strokes with eyes closed to build proprioceptive feel. Aim for 90% or better on putts inside five feet.

Mid-Range Putts (6–15 Feet)

Mid-range putts separate good putters from great ones. Green reading is the primary skill here — specifically reading the full break rather than just the last two feet. Practice from 10 feet on a known breaking putt until you hole it consistently from multiple clock positions around the hole. Match your speed to the break amount: firmer putts play less break, slower putts play more.

Lag Putting and Long Putts (15+ Feet)

From beyond 15 feet the primary goal shifts from making the putt to avoiding a three-putt. Distance control is more important than line. Use a practice drill where you putt to a towel or tee placed three feet behind the hole — learning to control distance to a small zone eliminates the runaway lag that leads to difficult come-backers.

Lowering Putts per GIR

Putts per GIR is a function of both the quality of your approach shots (leaving yourself shorter first putts) and your actual putting skill. A player who regularly leaves approach shots within 12 feet will naturally accumulate a lower putts-per-GIR than someone whose approaches land 25–40 feet away. Track both metrics together and use the Strokes Gained calculator to separate approach quality from putting skill.

Worked Examples

Weekend Golfer — Average Round

Problem:

A golfer hits 10 greens in regulation and takes 32 total putts. Individual putt tracking shows 4 putts from 0–5 feet (3 made), 3 putts from 6–15 feet (1 made), and 3 putts from 16+ feet (0 made). Calculate putts per GIR, make percentages by distance, and strokes gained putting.

Solution Steps:

  1. 1Putts per GIR = 32 ÷ 10 = 3.20 — this is elevated because total putts includes all putts, not just first putts on GIR holes. For a 10-GIR round, 30 putts would give 3.00; the 32 total is a round input for context.
  2. 2Short make % (0–5 ft): 3 made ÷ 4 attempted × 100 = 75.0%
  3. 3Mid make % (6–15 ft): 1 made ÷ 3 attempted × 100 = 33.3%
  4. 4Long make % (16+ ft): 0 made ÷ 3 attempted × 100 = 0.0%
  5. 5Expected makes: 4 short putts — assume 2 at ≤3 ft (0.96 each) and 2 at 4–5 ft (0.86 each) = 1.92 + 1.72 = 3.64; 3 mid putts at ≤10 ft (0.66 each) = 1.98; 3 long putts at ≤20 ft (0.36 each) = 1.08. Total expected = 3.64 + 1.98 + 1.08 = 6.70
  6. 6Strokes Gained = actual makes − expected makes = 4 − 6.70 = −2.70. Putting cost this golfer approximately 2.7 strokes versus baseline expectations.

Result:

Putts per GIR ≈ 3.20 (use 32 ÷ 10 as entered); Short 75.0%, Mid 33.3%, Long 0.0%; Strokes Gained Putting: −2.70. The mid and long make rates are below benchmark, indicating practice priority should be 10–15 foot putts.

Low-Handicap Player — Strong Putting Round

Problem:

A scratch golfer hits 14 greens and takes 28 total putts. Individual tracking shows 5 putts at ≤5 feet (all made), 6 putts at 6–15 feet (3 made), 3 putts at 16–20 feet (1 made). Calculate putts per GIR, make percentages, and strokes gained.

Solution Steps:

  1. 1Putts per GIR = 28 ÷ 14 = 2.00. Rating: Average (just at the threshold between Average and Needs Improvement).
  2. 2Short make % (0–5 ft): 5 made ÷ 5 attempted × 100 = 100.0%
  3. 3Mid make % (6–15 ft): 3 made ÷ 6 attempted × 100 = 50.0%
  4. 4Long make % (16–20 ft): 1 made ÷ 3 attempted × 100 = 33.3%
  5. 5Expected makes: 5 short putts at ≤5 ft (0.86 each) = 4.30; 6 mid putts at ≤10 ft (0.66 each) = 3.96; 3 long putts at ≤20 ft (0.36 each) = 1.08. Total expected = 4.30 + 3.96 + 1.08 = 9.34
  6. 6Strokes Gained = 9 actual makes − 9.34 expected = −0.34. Despite 100% short putt success, slightly below-average mid-range performance brings strokes gained to just below zero.

Result:

Putts per GIR = 2.00 (Average); Short 100%, Mid 50%, Long 33.3%; Strokes Gained Putting: −0.34. The round was nearly baseline; improving 6–12 foot conversion by one or two putts would push strokes gained positive.

Default Sample Data — Calculator Demonstration

Problem:

The calculator pre-loads 8 putts: 3 ft (made), 5 ft (made), 8 ft (missed), 12 ft (made), 20 ft (missed), 6 ft (made), 15 ft (missed), 4 ft (made). Total putts: 32, GIR: 10. Verify each result.

Solution Steps:

  1. 1Putts per GIR = 32 ÷ 10 = 3.20
  2. 2Short putts (≤5 ft): distances 3, 5, 4 — all made. Short make % = 3 ÷ 3 × 100 = 100.0%
  3. 3Mid putts (6–15 ft): distances 8, 12, 6, 15 — made: 12 and 6. Mid make % = 2 ÷ 4 × 100 = 50.0%
  4. 4Long putts (>15 ft): distance 20 — missed. Long make % = 0 ÷ 1 × 100 = 0.0%
  5. 5Total made = 5 (3 ft, 5 ft, 12 ft, 6 ft, 4 ft). Overall make % = 5 ÷ 8 × 100 = 62.5%
  6. 6Average first-putt distance = (3+5+8+12+20+6+15+4) ÷ 8 = 73 ÷ 8 = 9.1 ft
  7. 7Expected makes: 3 ft → 0.96; 5 ft → 0.86; 8 ft → 0.66; 12 ft → 0.50; 20 ft → 0.36; 6 ft → 0.66; 15 ft → 0.50; 4 ft → 0.86. Sum = 0.96+0.86+0.66+0.50+0.36+0.66+0.50+0.86 = 5.36
  8. 8Strokes Gained = 5 − 5.36 = −0.36

Result:

Putts per GIR = 3.20; Short 100.0%, Mid 50.0%, Long 0.0%; Overall 62.5%; Avg distance 9.1 ft; Strokes Gained Putting: −0.36. Rating: Needs Improvement (putts per GIR ≥ 2.0). The single long-putt miss dragged overall percentage down significantly.

Tips & Best Practices

  • Log putts immediately after each green while the distance is still fresh in your memory — estimates recorded at the end of a round are less accurate.
  • Focus first on eliminating three-putts rather than making long putts. Avoiding one three-putt per round saves a full stroke without requiring elite putting skill.
  • Practice short putts (3–5 feet) in a clockwise circle drill around the hole. Making 10 consecutive putts from four feet builds the confidence that prevents flinching on course.
  • Use a putting mirror to check eye position and alignment at address — most short-putt misses trace back to a setup flaw rather than a stroke problem.
  • Improve lag putting by practicing to a target zone (a towel placed two to three feet beyond the hole) rather than trying to hole every long putt.
  • Track your average first-putt distance over multiple rounds. Reducing it by just two feet through better approach shot placement can drop your putts-per-GIR by 0.1 or more.
  • If your mid-range (6–15 foot) make percentage is below 30%, prioritize green reading practice. Walk behind the ball and behind the hole before every putt to triangulate the true break.
  • Compare your performance on fast versus slow greens separately. Many golfers have significantly different stats on stimpmeter readings above or below 10 — knowing which conditions hurt your putting most guides targeted practice.

Frequently Asked Questions

For most recreational golfers, a putts-per-GIR ratio between 1.85 and 2.00 is considered average. Anything below 1.85 is above average, and below 1.70 is excellent — the range where low-handicap and scratch players typically operate. The PGA Tour average has historically sat around 1.75 putts per GIR. If your ratio is consistently above 2.0, the putting green deserves dedicated practice time before focusing on other parts of your game.
The calculator assigns each tracked putt an expected make probability based on its distance. These are: 96% for putts of 3 feet or less, 86% for 4–5 feet, 66% for 6–10 feet, 50% for 11–15 feet, 36% for 16–20 feet, and 24% for beyond 20 feet. All expected probabilities are summed and then subtracted from your actual number of putts made. A positive result means you outperformed the baseline; a negative result shows strokes lost to putting compared to that baseline.
The Round Summary fields (Total Putts and Greens in Regulation) are for whole-round inputs that drive the Putts per GIR metric. The individual putt tracking list is a separate sample — typically first putts on greens — used to calculate make percentages and strokes gained. You do not need to enter every single putt from the round in the list; entering representative first putts gives you the most useful distance-based analysis.
For strokes-gained and make-percentage analysis, tracking first putts (the initial attempt from wherever the ball rests on the green) is the most informative approach. Second and third putts are almost always short tap-ins and would skew your distance data significantly downward. The industry standard for strokes-gained putting analysis, as used by the PGA Tour, also focuses on each putt as a discrete event from its actual starting position, which naturally includes all putts but weights longer first putts most heavily.
A minimum sample of 18 putts — one per hole — gives you a useful snapshot from a single round. For reliable trends and statistically meaningful averages, aim to track at least 50–100 putts across several rounds. Putting performance can vary significantly from round to round due to green speed, course conditions, and variance in make/miss from any given distance, so multi-round averages are far more predictive of your true skill level than a single-round sample.
Putts per round counts every putt regardless of how you got to the green. A golfer who misses many greens and chips close will have fewer and shorter putts, producing a deceptively low putts-per-round total even if their actual putting skill is mediocre. Putts per GIR eliminates this distortion by counting only putts on holes where the green was reached in regulation, isolating putting performance from approach shot quality. For a true picture of putting ability, putts per GIR is always the more reliable metric.
Yes. The calculator works equally well for stroke play, match play, stableford formats, and practice rounds. Enter the total putts you actually took (including conceded putts only if you choose to count them) and the actual greens hit in regulation. For match play analysis, some golfers prefer to exclude holes where putts were conceded; in that case, reduce both the GIR count and total putts accordingly to maintain accuracy.

Sources & References

Last updated: 2026-06-05

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Editorial Note

MyCalcBuddy Editorial Team

This page is maintained as an educational calculator reference.

Source

Formula Source: Standard Mathematical References

by Various

UpdatedLast reviewed: May 2026
CheckedFormula checks are based on standard references and internal QA review.

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