Horizon view
Horizon from Bear Mountain
19.9803° N, 30.7729° E · cell 27QDQ
- Highest horizon point
- South Massif: 13.8° above the horizontal, 7.58 km away at azimuth 259°.
- Farthest visible point
- 35.8 km away at azimuth 101°, 0.3° from the horizontal.
- Observer
- Eye 2 m above the ground, which is 2,406 m below the 1,737.4 km reference sphere.
- Sun at the rendered time
- The Sun is above the local horizon: 66.9° high at azimuth 156°, 62.2° above the skyline there. At 2026-10-22 13:34:12 UTC, when this page was served.
- Resolution
- Terrain resolution: about 474 m at this point and about 1.9 km at the farthest samples; nearby foreground relief is smoothed at the coarser tiers, and the model does not include boulders or other surface hazards.
Vertical scale exaggerated 2x (horizontal 4 px per degree). Eye 2 m above the ground.Scroll sideways to turn; the middle faces 259°.
The Sun is above the local horizon: 66.9° high at azimuth 156°, 62.2° above the skyline there. At 2026-10-22 13:34:12 UTC.
Terrain resolution: about 474 m at this point and about 1.9 km at the farthest samples; nearby foreground relief is smoothed at the coarser tiers, and the model does not include boulders or other surface hazards. How the horizon is computed
Peaks on the skyline
- 259° South Massif, 7.58 km away, 13.8° high, 1,879 m above the ground here
- 130° Mons Vitruvius, 12.1 km away, 6.5° high, 1,417 m above the ground here
- 0° North Massif, 12.8 km away, 5.8° high, 1,347 m above the ground here
- 196° Mons Vitruvius, 32.0 km away, 3.1° high, 2,034 m above the ground here
A ray every 0.5 degrees out to 200 km across the NASA LRO LOLA terrain, the curvature of the Moon included; each peak is named only when an IAU feature's mapped footprint lies over the point that forms it. Smooth terrain between samples, no boulders.