The PING G15 fairway wood lineup runs from 15.5° to 22° across 4 factory loft options. The 3-wood is 15.5° and the highest-lofted option is the 7-wood at 22°.
G15 Lofts & Loft Chart
Factory loft map and model-specific gap analysis
G15 Loft Chart
| Club | Loft | Loft Gap | Gap Read |
|---|---|---|---|
| 3W | 15.5° | — | — |
| 4W | 17° | 1.5° | Near model median |
| 5W | 18.5° | 1.5° | Near model median |
| 7W | 22° | 3.5° | Wider than model median |
What stands out about the G15 loft?
Gap pattern: The loft steps vary from 1.5° to 3.5°, with a 1.5° median.
G15 loft progression
Where do the G15 loft gaps change?
The tightest gap is 1.5° between the 3-wood and 4-wood. The widest is 3.5° between the 5-wood and 7-wood. The median step is 1.5°.
G15 vs other PING fairway wood lofts
This comparison uses the same benchmark club where possible and shows nearby lower, similar and higher PING lofts when available.
| PING Model | Benchmark Club | Loft | Difference |
|---|---|---|---|
| Anser | 3W | 14.5° | 1° lower loft |
| G20 | 3W | 15° | 0.5° lower loft |
| G10 Draw | 3W | 15.5° | Same loft |
| G15 | 3W | 15.5° | This model |
| G15 Draw | 3W | 15.5° | Same loft |
| Faith | 3W | 16° | 0.5° higher loft |
Which G15 club has each loft?
- 15.5° = 3-wood.
- 17° = 4-wood.
- 18.5° = 5-wood.
- 22° = 7-wood.
Individual G15 loft answers
What loft is the PING G15 3-wood?
The G15 3-wood is 15.5°. It is the lowest-lofted option in this model.
What loft is the PING G15 4-wood?
The G15 4-wood is 17°. It has 1.5° more loft than the 3-wood.
What loft is the PING G15 5-wood?
The G15 5-wood is 18.5°. It has 1.5° more loft than the 4-wood.
What loft is the PING G15 7-wood?
The G15 7-wood is 22°. It has 3.5° more loft than the 5-wood.
G15 Loft Intelligence
These derived specs show how the fairway-wood lineup is spaced and where its loft structure is tight or wide.
15.5° to 22°
between adjacent lofts
Highly varied
7-wood
5W to 7W structure: 3.5° separates the 5-wood and 7-wood.
Spacing variation: The average loft step is 2.2°. The largest step is 3.5° and the smallest is 1.5°, making the largest gap 2.3× the smallest.
Coverage: The family spans 6.5° from the 3-wood to the 7-wood.
How the G15 lofts affect the shot
Loft is one of the biggest inputs into launch, trajectory, rollout and stopping power. The table below translates each G15 loft into its likely loft-only shot tendency.
Low–mid launch • Moderate–high roll
High launch • High stopping
Low–mid → High launch tendency
Distance → control as loft increases
| Club | Loft | Launch Tendency | Flight Window | Roll Tendency | Stopping Tendency | Loft-Driven Role |
|---|---|---|---|---|---|---|
| 3W | 15.5° | Low–mid | Strong / penetrating | Moderate–high | Low–moderate | Distance-first fairway slot |
| 4W | 17° | Mid | Balanced | Moderate | Moderate | Versatile distance / approach slot |
| 5W | 18.5° | Mid | Balanced | Moderate | Moderate | Versatile distance / approach slot |
| 7W | 22° | High | High / soft | Lower | High | High-launch approach slot |
What the loft gaps mean for shot separation
- 3-wood → 4-wood: 1.5° — Tight loft step — these heads may sit fairly close in flight window.
- 4-wood → 5-wood: 1.5° — Tight loft step — these heads may sit fairly close in flight window.
- 5-wood → 7-wood: 3.5° — Moderate loft step — a conventional separation on paper.
Fairway-wood note: Lower-loft woods are biased toward speed, flatter flight and more rollout; higher-loft woods trade some distance for easier launch, steeper descent and more stopping power. A high-loft fairway can therefore behave very differently from a hybrid with the same number on the sole.
G15 distance-to-control map
| Part of lineup | Reference club | Loft | What the loft favors |
|---|---|---|---|
| Distance end | 3-wood | 15.5° | Low–mid launch, moderate–high roll, stronger distance bias |
| Middle | 5-wood | 18.5° | Mid launch, more balanced carry/control role |
| Control end | 7-wood | 22° | High launch, high stopping tendency, stronger control bias |
Spec note: Loft can vary with model year, region, special configuration or custom fitting. Verify an exact club against PING documentation or measurement when a single degree matters.