Reeve Craig, Ontario Weather
Reeve Craig, Ontario — live current conditions, hourly and 7-day forecasts, ECCC alerts, aviation weather, radar and satellite imagery, marine and fishing conditions with a solunar forecast, soil and crop conditions for Reeve Craig in Carleton.
Marine forecast and fishing conditions near Reeve Craig.
Flight conditions near Reeve Craig. Data source: locating…
Soil conditions, frost risk and crop weather for Reeve Craig.
About Reeve Craig, Ontario
Reeve Craig is a locality in Carleton, Ontario, Canada. It is classified as a village / hamlet. Reeve Craig is located at 45.0989°N, 75.6424°W. It observes Eastern Time (UTC−5 / −4). Postal code area: K4M.
Reeve Craig sits with a quiet, persistent grace upon the land, defined by its proximity to the Loughlin Ridge and the steady, dark flow of the Rideau River. It lies 26.5 km south of Ottawa, ON (from Ottawa, ON: bearing 190°T), and is situated 5.6 km south-south-west of Osgoode. The light at dusk here catches the low-lying terrain, casting long shadows that emphasize the solid, earthen character of the banks. The Rideau River serves as the lifeblood of the landscape, its movement a constant, low murmur against the base of the Loughlin Ridge. Life in Reeve Craig retains a sturdy connection to the soil and the seasonal shifts of the Ontario climate, where the air grows sharp and clear as the harvest yields to the encroaching frost. The local economy persists through a grounded reliance on the fertile ground nearby, reflecting a history of agricultural patience that has defined the character of the people who work these fields. Reeve Craig stands as a mark of endurance, where the stillness of the water and the rising height of the ridge dictate the slow, honest pace of the day.
Live animated radar for Reeve Craig and surroundings — RainViewer.
NOAA GOES-19 GEOCOLOR — Canada / Northern U.S. sector. Auto-refreshes every 10 minutes on page reload. Frames the whole country from Newfoundland to the BC coast, plus adjacent Pacific and Atlantic storm approaches.
Source: NOAA/NESDIS GOES-19 · Public domain · Sector code can (Canada / Northern U.S.) · Auto-updates on page reload
| Location | Reeve Craig, Carleton, Ontario |
| Coordinates | 45.09894°N, 75.64237°W |
| Timezone | Eastern Time (UTC−5 / −4) |
| Postal FSA | K4M |
| Area Code | 226, 249, 289, 343, 365, 382, 416, 437, 519, 548, 613, 647, 705, 742, 807, 905 |
| Page generated | July 2026 |
| Weather data | Open-Meteo (open-source), Environment and Climate Change Canada |
About This Reeve Craig, Ontario Weather Page
This page provides live weather conditions and forecasts for Reeve Craig, Ontario, including current conditions, a 24-hour hourly forecast, 7-day outlook, ECCC extended text forecast, real-time aviation weather (live METAR and TAF reports from the nearest reporting airport, with a modelled estimate shown when no station is in range), precipitation radar and NOAA GOES satellite imagery. Additional sections may include marine and fishing conditions with a solunar forecast for coastal localities, and soil temperature, crop weather and live Water Survey of Canada river gauge data for agricultural areas near a monitored waterway. All data updates automatically on every page visit.
Location data for Reeve Craig includes coordinates 45.098940°N, 75.642370°W, situated in Carleton. Postal FSA: K4M. Telephone area code: 226, 249, 289, 343, 365, 382, 416, 437, 519, 548, 613, 647, 705, 742, 807, 905. Timezone: Eastern Time (UTC−5 / −4).
Weather data is sourced from Environment and Climate Change Canada (ECCC) and the open-source Open-Meteo API. Aviation data is sourced from aviationweather.gov, with a modelled estimate used where no nearby reporting station is available. River and stream data is sourced from Water Survey of Canada (WSC) via the ECCC GeoMet realtime hydrometric feed. Marine and solunar data are modelled from Open-Meteo and public sunrise/moon calculations and should be treated as a general guide alongside on-the-water conditions. Radar is provided by RainViewer. Satellite imagery is sourced from NOAA/NESDIS GOES-19 and is public domain.