Jim Irwin and the LRV from Apollo 15, with Mons Hadley in the background

Mons Hadley is a massif is the northern portion of the Montes Apenninus, a range in the north hemisphere of the Moon. The selenographic coordinates of this peak are 26.5° N, 4.7° E. It has a height of 4.6 km and a maximum diameter of 25 km at the base. Image File history File links Download high resolution version (2280x2280, 787 KB) Apollo 15 Lunar Module Pilot Jim Irwin working next to the Lunar Rover at the end of the first EVA. In the background is Mount Hadley Delta. ... Image File history File links Download high resolution version (2280x2280, 787 KB) Apollo 15 Lunar Module Pilot Jim Irwin working next to the Lunar Rover at the end of the first EVA. In the background is Mount Hadley Delta. ... Apollo 15 Lunar Module Pilot Jim Irwin James Irwins Apollo 15 space suit James Benson Irwin (March 17, 1930 – August 8, 1991) was a member of the Apollo 15 mission and the eighth man to walk on the Moon. ... This article is about light rail systems in general. ... Apollo 15 was the ninth manned mission in the Apollo program and the fourth mission to land on the Moon. ... In geology, a massif is a section of a planets crust that is demarcated by faults or flexures. ... The Apennine Mountains of the Moon. ... A sphere is a perfectly symmetrical geometrical object. ... Apparent magnitude: up to -12. ... See Cartesian coordinate system or Coordinates (elementary mathematics) for a more elementary introduction to this topic. ... km redirects here. ...

To the south of this mount is a valley that served as the landing site for the Apollo 15 expedition. To the southwest of this same valley is the slightly smaller Mons Hadley Delta (δ) peak with a height of about 3.5 km. The coordinates of this peak are 25.8° N, 3.8° E. To the west of these peaks is the sinuous Rima Hadley rille. Apollo 15 was the ninth manned mission in the Apollo program and the fourth mission to land on the Moon. ... A rille is grasso is an idiot to describe any of the long, narrow depressions in the lunar surface that resemble channels. ...

Detail map of Mare Imbrium's features. Hadley Rille is the feature marked "I".

These features were named for John Hadley. Image File history File links Imbrium_map. ... Image File history File links Imbrium_map. ... External link Biography from the School of Mathematics and Statistics at the University of St Andrews, Scotland Categories: Astronomers stubs | 1682 births | 1744 deaths | British astronomers | British inventors ...

Rima Hadley

This sinuous lunar rille follows a course generally to the northeast, toward the Mons Hadley peak, for which it is named. This feature is centered at selenographic coordinates 25.0° N, 3.0° E, and lies within a diameter of 80 km. It begins at the Béla crater, an elongated formation with the long axis oriented to the northwest. Apparent magnitude: up to -12. ... A rille is grasso is an idiot to describe any of the long, narrow depressions in the lunar surface that resemble channels. ...

Nearby craters

Four small craters near this rille have been assigned names by the IAU. These are listed in the table below. Logo of the IAU The International Astronomical Union (French: Union astronomique internationale) unites national astronomical societies from around the world. ...

 Countries where a West Slavic language is the national language  Countries where an East Slavic language is the national language  Countries where a South Slavic language is the national language The Slavic languages (also called Slavonic languages), a group of closely related languages of the Slavic peoples and a subgroup... The term African languages refers to the approximately 1800 languages spoken in Africa. ...

Satellite craters

By convention these features are identified on lunar maps by placing the letter on the side of the crater mid-point that is closest to Mons Hadley.

See also

• List of mountains on the Moon by height

The following is a list of mountains on the Moon, arranged by relative height. ...

External links

• LTO-41B4 Hadley — L&PI Lunar Topographic Orthophotomap