
Whale Bay
Also known as: -
Scenic, more powerful point section south of Manu Bay - handles the bigger Tasman swells.
Best time to surf
Works year-round; best autumn-winter Mar-Aug
Shoulder season: All-year; summer smaller/lighter with warmer water
The wave
Break type: Point / reef break
Bottom: Rock (pebble/boulder; a submerged boulder hazard)
Wave direction: Left
Typical wave length: Middle point section; hollower/quicker at low tide; rippable wide-peak on small days; holds to ~12ft
Ideal swell: SW Tasman groundswell; consistent year-round
Ideal wind: Offshore SE
Working tide: Best lower tide (hollower); submerged boulder more dangerous at high tide
Difficulty & skill
Difficulty (1-5): 4
Skill level: Intermediate-to-advanced (critical, hollow take-off)
Options for a mixed group: The step up from Manu Bay; put beginners at Ngarunui and intermediates at Manu, advanced surfers here - all on the same point.
Safety & hazards
Rock/boulder bottom; a large submerged boulder hidden at high tide; cold water; currents
Ngarunui lifeguarded (Raglan SLSC, summer); points unpatrolled; Raglan medical centre; Waikato Hospital ~45-60 min
Crowd, access & conditions
Crowd & localism: Localism mild-to-strong on the point
Access & parking: Short bush walk to the cove; car park nearby
Surf schools & rental: Lessons and board/wetsuit rental in Raglan (ISA-certified coaches); beginner lessons at Ngarunui
Water temp & wetsuit: ~13-16 C winter to ~18-21 C summer; 3/2mm summer, 4/3mm winter (booties/hood in winter)
Crowds, access and local conditions change - confirm locally before you paddle out.
Around the break
For non-surfers: Raglan cafes/galleries, Bridal Veil Falls, Mt Karioi walks, black-sand beaches, Maori cultural sites
Location
Nearest hub: Raglan
-37.8340, 174.7970 (approximate)
Live conditions
Today's swell, wind and tide are a runtime layer - check the live sources: Surfline / Surf-Forecast Raglan spot pages (live swell/wind is runtime)
This profile is desk research, compiled from public sources - not a first-hand surf report. Coordinates are approximate.

