Kauri Cliffs
Northland · 25 greens mapped · Official website
Read these greens →
The greens here
25 greens at Kauri Cliffs have been mapped from the national LiDAR survey — 11,885 m² of putting surface altogether, with a median green of 548 m². The national median is 397 m², so these run 38% larger than average.
- Steepest green: green g, averaging 12.6% and falling south-east.
- Flattest green: green a, at 1.3%.
- Most internal fall: green g, 2.14 m between its low and high point.
- Largest green: hole 9, 737 m².
Every green
| Green | Size | Fall | Avg grade | Runs off to the |
|---|---|---|---|---|
| Hole 1 | 573 m² | 0.75 m | 1.7% | north |
| Hole 2 | 550 m² | 0.93 m | 2.0% | south-west |
| Hole 3 | 527 m² | 1.18 m | 2.8% | south-east |
| Hole 4 | 604 m² | 0.98 m | 2.4% | west |
| Hole 5 | 396 m² | 0.89 m | 2.7% | south |
| Hole 6 | 726 m² | 1.44 m | 2.7% | west |
| Hole 7 | 688 m² | 1.10 m | 3.1% | east |
| Hole 8 | 454 m² | 1.27 m | 3.8% | south-east |
| Hole 9 | 737 m² | 1.77 m | 3.6% | north-east |
| Hole 10 | 401 m² | 0.58 m | 2.0% | south-east |
| Hole 11 | 654 m² | 1.13 m | 2.2% | south-west |
| Hole 12 | 548 m² | 1.68 m | 5.3% | south-west |
| Hole 13 | 559 m² | 0.62 m | 1.6% | south |
| Hole 14 | 616 m² | 0.66 m | 1.7% | west |
| Hole 15 | 652 m² | 0.77 m | 2.0% | north |
| Hole 16 | 441 m² | 0.53 m | 2.1% | north |
| Hole 17 | 592 m² | 0.65 m | 1.6% | north-west |
| Hole 18 | 716 m² | 1.77 m | 3.4% | north-east |
| Green A | 345 m² | 0.50 m | 1.3% | south |
| Green B | 246 m² | 0.70 m | 3.3% | south-east |
| Green C | 113 m² | 1.51 m | 10.6% | north-east |
| Green D | 155 m² | 1.01 m | 6.6% | east |
| Green E | 194 m² | 1.11 m | 4.9% | south-east |
| Green F | 236 m² | 0.49 m | 1.9% | east |
| Green G | 165 m² | 2.14 m | 12.6% | south-east |
“Fall” is the height difference between the lowest and highest point of the putting surface. “Avg grade” is the best-fit plane across it — a green can average 2% and still have a shelf on it, which is what the app shows and a table cannot.
Slope is measured. Break is modelled.