Elevation of Richards Bay, KwaZulu Natal, South Africa

Richards Bay, KwaZulu Natal, South Africa is 12 m (39 ft) above sea level.

Richards Bay's height from sea level is 12 metres, or 39 feet. GeoNames reads 9 m at the same point (SRTM); Wikidata records 9 m.

Also written: Richards Baai Richard's Bay Richardsbay Richardsbaai.

Ground within 5 km

0 m – 50 m

Mean 18 m across the 9.6 km square centred on the town, 50 m from its lowest cell to its highest.

Rank by elevation

49th of 50

among the towns of KwaZulu Natal, and 291st of 294 in South Africa.

Nearest town

13.9 km to the W, at 101 m, 89 m higher.

Cross-section through Richards Bay

Ground elevation along two lines through the town, 27 km end to end, one cell (about 1 km) per step. The red dot is Richards Bay; the vertical scale is the same on both.

70-6WE27 km
West to east: from 54 m at 14 km west to 0 m at 14 km east.
70-6NS27 km
North to south: from 37 m at 14 km north to 0 m at 14 km south.
Shaded relief of the 57 km around Richards Bay, drawn from the GMTED2010 grid
Relief, 57 km across, north up; the ring marks the town.

Shading is a north-west light over the grid's own slopes. Colour follows elevation: sea level and below, 0–200 m, 500 m, 1,000 m, 2,000 m, 3,500 m, 5,000 m and above.

Towns near Richards Bay

TownDistanceDirectionElevationCompared
Empangeni 13.9 kmW 101 m (331 ft) +89 m
Esikhawini 17.4 kmSW 27 m (89 ft) +15 m
Kwambonambi 20.2 kmN 67 m (220 ft) +55 m

Where Richards Bay is

Latitude -28.7807276, longitude 32.0382856. Open the map here to read the elevation of any point around the town.

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Richards Bay elevation: 12 m (39 ft) above sea level

A small badge with the town's elevation, linking back here. The number updates if the grid reading ever changes.

About this reading

The elevation is the value of the GMTED2010 terrain grid (USGS/NGA, 30 arc-second cells of about 1 km) at Richards Bay's recorded coordinates. It is the height of the ground in that cell, not of any building; a town on a slope spans several cells, and the range above says how much that matters here. GeoNames' reading of 9 m comes from a finer 90 m SRTM grid at the point it records for the town, which may sit a few hundred metres from ours; the two agreeing to within a few metres is the usual case on flat ground, and a larger gap means the ground is steep. Wikidata's figure is the one its editors cite for the town, often from a survey marker or the town hall.