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Ohiwa Hill (Onekawa Pa)

Ohiwa Hill (Onekawa Pa) is a paragliding flying site at 97 m elevation, in the Waikato Bay Of Plenty region of NZ. The launch faces NW. This page consolidates multi-model weather forecasts, the GO / CAUTION / NO-GO flyability score, the vertical windgram and the thermal emagram so pilots can plan their flight in one place.

Wind and orientation. Ohiwa Hill (Onekawa Pa) flies in NW winds, meaning the airflow must come head-on into the launch. Any component outside that window triggers CAUTION or NO-GO depending on intensity. The launch is rated safe up to 43 km/h sustained wind, beyond which ParaRidge switches to NO-GO. The hourly forecast table and the vertical windgram both show wind direction and speed at takeoff altitude, hour by hour, for the next five days.

Weather model and forecast. For Ohiwa Hill (Onekawa Pa), ParaRidge auto-selects the best-available model (HRDPS, GDPS or GFS in North America; AROME, ICON-D2 or ECMWF in Europe), then surfaces hourly forecasts for today and the next four days. The windgram stacks the vertical wind profile of every hour into one chart; the emagram reveals cloud base, thermal ceiling and the instability band — the three pieces of information needed to estimate whether the day is flyable and how long the thermals will last.

How to read the GO / CAUTION / NO-GO verdict. ParaRidge cross-references the forecast wind direction against the launch's orientation window, the wind speed against the safety limit, and the gust speed against the maximum threshold. GO means every check passes; CAUTION that at least one threshold is borderline (you stay pilot in command); NO-GO that the direction is wrong or the wind exceeds the window. The reasons are always spelled out — no opaque score, no magic. At Ohiwa Hill (Onekawa Pa) as anywhere else, the final go decision remains the pilot's, after local briefing and direct observation.

Fly your own decision

Spot info is community-sourced and may be outdated. The weather shown is a numerical model, not real-time observed conditions — actual wind on launch can differ. Landing-zone details (surface, obstacles, access, livestock) must be verified locally before every flight. Always cross-check with local clubs and pilots. ParaRidge is not responsible for any incident.

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Ohiwa Hill (Onekawa Pa)

97 mNew Zealand›Waikato Bay Of Plenty
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Takeoff

main

97 m · NW

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Landing

main

8 m

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Take-off from the flat top of the Pa site or, if the wind is strong, a little lower on the hill facing NW. Take-off direction should always be towards Whale Island (the closest island you can see in NW direction) to avoid tall trees. Do not take off towards the fence and trees in a straight-north direction (big chance of sinking into the tall Pohutekawas after takeoff). Best place to lay-out your glider is on the very back (S) ridge of the site, as far towards the west as possible. Airflow is cleanest there and take-off easiest. To get your bearings on this site; White Island (Whakaari) is straight north. This is the puffing active volcano about 50 km off the coast. On some hazy days you can't see it, but it's pretty much straight out to the ocean (90 degrees on the beach). Anything left of White Island is more towards the west, anything right of White Island is more towards the east (and if the wind is coming from there the site is not flyable, see "Weather" below). Whale Island (Moutohora) is directly NW. Anything to the right of Whale Island is more towards the North, anything left of Whale Island is more towards the West. The end of Kohe Point ridge is WNW (and if the wind is coming from there it gets very turbulent, see "Weather" below). Ohiwa Hill (Onekawa Pa): paragliding site in Waikato Bay Of Plenty, New Zealand. Elevation 97 m.

Forecast · ECMWF

NESW
Takeoff

No flyability data

97 m

Model· fine-mesh → global

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Which model should I pick?

Fine-mesh models (1–3 km: HRDPS, AROME, ICON-D2, HRRR) resolve terrain and thermals well, but only reach +1 to +2 days. Use them for the day you actually fly.

Coarse-mesh models (10–25 km: GDPS, ARPEGE, ECMWF, GFS) miss valley detail but reach +3 to +10 days. Use them to scout a window 3+ days out, then re-check on a fine-mesh model the day before.

Advanced analysis
Fine mesh — accurate here · ★ recommendedRegional — trendGlobal — big picture

Day · Windgram / Emagram

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