Champagne Beach tide times

Predictions: Open-Meteo Marine (MeteoFrance SMOC, 0.08° grid) — heights relative to MSL (not chart datum / LAT). Model-derived.

Model-derived from a global ocean grid. Useful indication; expect about ±45 minutes on average vs. a local harmonic gauge, individual stations vary widely. See /methodology for per-region detail. Not for navigation.

Conditions as of 15:00 local time. Refreshes daily.

Predictions: Open-Meteo Marine (MeteoFrance SMOC, 0.08° grid) — heights relative to MSL (not chart datum / LAT). Model-derived. · Not for navigation.

The angler tradition for major/minor fishing windows: major ≈3-hour windows around moon transit and opposition; minor ≈2-hour windows around moonrise and moonset. Times are Pacific/Efate local. Folk tradition, not a scientific forecast.

Champagne Beach sits on the northeastern coast of Espiritu Santo, 45 kilometres north of Luganville by road. The beach is a 1.5-kilometre arc of white coral sand fronting turquoise water with a fringing reef offshore. It is frequently cited in Pacific travel writing as among the finest beaches in the region, a designation that reflects the combination of sand quality, water colour, and the fact that the beach remains managed by the local village community rather than developed for resort infrastructure. The 'champagne' name refers to underwater volcanic CO₂ seeps on the offshore reef flat — fine streams of gas bubbles rise from vents in the seafloor, visible to snorkellers in 2 to 5 metres of water as continuous threads of tiny bubbles. The seeps are a common phenomenon in Vanuatu's geologically active zone; the island chain sits on the subduction margin where the Pacific Plate dives under the Indo-Australian Plate, and hydrothermal and volcanic activity is widespread. The CO₂ seeps at Champagne Beach are not harmful in the concentrations present in open water, though sustained proximity to a concentrated vent is not recommended. The beach faces northeast and is exposed to trade wind swell in winter (May to September), when the southeast trade wind generates consistent waves on the northern and eastern-facing shores of Santo. Wave height at Champagne Beach during active trade wind periods is typically 0.5 to 1.2 metres — suitable for body surfing and boogie boarding. The tidal range at Champagne Beach is approximately 1.2 metres at springs, mixed semidiurnal. At low water, the reef flat seaward of the beach is exposed and the snorkel access to the CO₂ seeps requires wading across the flat before reaching swimmable depth. The road from Luganville north to Champagne Beach passes through traditional villages and coconut plantation land. The final 10 to 15 kilometres are unsealed and require a four-wheel-drive vehicle in the wet season (November to April). Village entry fees are collected at the beach access point — a standard arrangement in Vanuatu where beaches are community-managed under traditional land tenure. The fee is modest and goes directly to the village community. Swimming at Champagne Beach is best around high water, when the reef flat is submerged and the water depth allows easy swimming from the beach face. At low water springs, the flat exposes and swimmers must wade 50 to 80 metres to reach swimmable depth. The coral on the reef flat is sparse near the beach and denser on the outer reef slope, accessible by snorkel from the beach in 10 to 15 minutes of surface swimming. Fish diversity on the outer slope is good — parrotfish, wrasse, butterflyfish, and occasional reef shark. For photographers, the beach is most photogenic in the early morning before the trade wind picks up and ruffles the surface. The trade wind typically builds from mid-morning and dies after sunset; the golden hour light on the wet sand and turquoise water is the standard Champagne Beach image. Predictions on this page come from Open-Meteo Marine, a gridded global ocean model. Accuracy is typically within plus or minus 45 minutes on timing and 0.2 to 0.3 metres on height — model-derived, not from a local gauge. The local tide authority is the Vanuatu Meteorology and Geo-Hazards Department (VMGD).