document_title: Augusta National Golf Club

question_text: how much does it cost to be an augusta member

text: Augusta National Golf Club

text: Course[edit]

text: The course was formerly a plant nursery,[10] and each hole on the course is named after the tree or shrub with which it has become associated. Several of the holes on the first nine have been renamed, as well as hole #11.[11]

text:
Hole
Name
Yards
Par

Hole
Name
Yards
Par

1
Tea Olive
445
4

10
Camellia
495
4

2
Pink Dogwood
575
5
11
White Dogwood
505
4

3
Flowering Peach
350
4
12
Golden Bell
155
3

4
Flowering Crab Apple
240
3
13
Azalea
510
5

5
Magnolia
455
4
14
Chinese Fir
440
4

6
Juniper
180
3
15
Firethorn
530
5

7
Pampas
450
4
16
Redbud
170
3

8
Yellow Jasmine
570
5
17
Nandina
440
4

9
Carolina Cherry
460
4
18
Holly
465
4

Out
3,725
36
In
3,710
36

Source:[2][12]
Total
7,435
72

text:
Masters Course

Tee
Rating/Slope
1
2
3
4
5
6
7
8
9
Out
10
11
12
13
14
15
16
17
18
In
Total

Par

4
5
4
3
4
3
4
5
4
36
4
4
3
5
4
5
3
4
4
36
72

Masters

455
575
350
240
455
180
450
570
460
3735
495
505
155
510
440
530
170
440
465
3710
7445

Member

365
515
340
170
400
165
330
480
395
3160
450
400
145
455
380
475
145
370
385
3205
6365

text: Lengths of the course for the Masters at the start of each decade:

text:
2010: 7,435 yards (6,799 m)
2000: 6,985 yards (6,387 m)
1990: 6,905 yards (6,314 m)
1980: 7,040 yards (6,437 m)

1970: 6,980 yards (6,383 m)
1960: 6,980 yards (6,383 m)
1950: 6,900 yards (6,309 m)
1940: 6,800 yards (6,218 m)[2]

text: Unlike most other private or public golf courses in the US, Augusta National has never been rated. During the 1990 Masters Tournament, a team of USGA raters, organized by Golf Digest, evaluated the course and gave it an unofficial rating of 76.2. It was re-evaluated in 2009 and given an unofficial rating of 78.1.[3]

text: The golf course architecture website GolfClubAtlas.com has said, "Augusta National has gone through more changes since its inception than any of the world's twenty or so greatest courses. To call it a MacKenzie course is false advertising as his features are essentially long gone and his routing is all that is left." The authors of the site also add that MacKenzie and Jones were heavily influenced by the Old Course at St Andrews, and intended that the ground game be central to the course. Almost from Augusta's opening, Roberts sought to make changes to minimize the ground game, and effectively got free rein to do so because MacKenzie died shortly after the course's opening and Jones went into inactivity due to World War II and then a crippling illness. The authors add, "With the ground game gone, the course was especially vulnerable to changes in technology, and this brought on a slew of changes from at least 15 different 'architects'."[13] Golf Course Histories has an aerial comparison of the architectural changes for Augusta National Golf Club for the year 1938 versus 2013.[14]

text: Among the changes to the course were several made by architect Perry Maxwell in 1937, including an important alteration involving the current 10th hole. When Augusta National originally opened for play in January 1933, the opening hole (now the 10th) was a relatively benign par 4 that played just in excess of 400 yards. From an elevated tee, the hole required little more than a short iron or wedge for the approach. Maxwell moved the green in 1937 to its present location – on top of the hill, about 50 yards back from the old site – and transformed it into the toughest hole in Masters Tournament history. Ben Crenshaw referred to Maxwell's work on the 10th hole as "one of the great strokes in golf architecture".[15]

text: For the 1999 tournament, a short rough was instated around the fairways. Referred to as the second cut, it is substantially shorter than the comparable primary rough at other courses, with an average length of 1.625 inches (4.13 cm). It is meant to reduce a player's ability to control the ball coming out of this lie, and encourage better accuracy for driving onto the fairway.[16][17]

text: Amen Corner[edit]

text: The second shot at the 11th, all of the 12th, and the first two shots at the 13th hole at Augusta are nicknamed "Amen Corner". This term was first used in print by author Herbert Warren Wind in his April 21, 1958, Sports Illustrated article about the Masters that year.[18] In a Golf Digest article in April 1984, 26 years later, Wind told about its origin. He said he wanted a catchy phrase like baseball's "hot-corner" or football's "coffin-corner" to explain where some of the most exciting golf had taken place (the Palmer-Venturi rules issue at twelve, over an embedded ball ruling and how it was handled,[19] in particular). Thus "Amen Corner" was born. He said it came from the title of a jazz record he had heard in the mid-1930s by a group led by Chicago's Mezz Mezzrow, Shouting in that Amen Corner.[20] In a Golf Digest article in April 2008, writer Bill Fields added some new updated information about the origin of the name. He wrote that Richard Moore, a golf and jazz historian from South Carolina, tried to purchase a copy of the old Mezzrow 78 RPM disc for an "Amen Corner" exhibit he was putting together for his Golf Museum at Ahmic Lake, Ontario. After extensive research, Moore found that the record never existed. As Moore put it, Wind, himself a jazz buff, must have "unfortunately bogeyed his mind, 26 years later". While at Yale, he was no doubt familiar with, and meant all along, the popular version of the song (with the correct title, "Shoutin' in that Amen Corner" written by Andy Razaf), which was recorded by the Dorsey Brothers Orchestra, vocal by Mildred Bailey (Brunswick label No. 6655) in 1935. Moore told Fields that, being a great admirer of Wind's work over the years, he was reluctant, for months, to come forth with his discovery that contradicted Wind's memory. Moore's discovery was first reported in Golf World magazine in 2007, before Fields' longer article in Golf Digest in 2008.

text: In 1958 Arnold Palmer outlasted Ken Venturi to win the tournament with heroic escapes at Amen Corner. Amen Corner also played host to Masters moments such as Byron Nelson's birdie-eagle at 12 and 13 in 1937, and Sam Snead's water save at 12 in 1949 that sparked him to victory. On the flip side of fate, Jordan Spieth's quadruple bogey on 12 during Sunday's final round in 2016 cost him his 2-stroke lead and ultimately the championship.

text: "The Big Oak Tree"[edit]

text: "The Big Oak Tree" is on the golf course side of the clubhouse and was planted in the 1850s.[21]

text: Eisenhower Tree[edit]

text: Also known as the "Eisenhower Pine", a loblolly pine was located on the 17th hole, approximately 210 yards (192 m) from the Masters tee. President Dwight D. Eisenhower, an Augusta National member, hit the tree so many times that, at a 1956 club meeting, he proposed that it be cut down.[22] Not wanting to offend the president, the club's chairman, Clifford Roberts, immediately adjourned the meeting rather than reject the request. In February 2014, the Eisenhower Tree was removed after suffering extensive damage during an ice storm.[23]

text: Ike's Pond[edit]

text: During a visit to Augusta National, then-General Eisenhower returned from a walk through the woods on the eastern part of the grounds, and informed Clifford Roberts that he had found a perfect place to build a dam if the club would like a fish pond. Ike's Pond was built and named, and the dam is located just where Eisenhower said it should be.[24] This is also the location that Roberts committed suicide by gunshot in 1977. At age 83, he had been in ill health for several months with cancer and had a debilitating stroke.

text: Rae's Creek[edit]

text: Rae's Creek cuts across the southeastern corner of the Augusta National property. It flows along the back of the 11th green, in front of the 12th green, and ahead of the 13th tee. This is the lowest point in elevation of the course. The Hogan and Nelson Bridges cross the creek after the 12th and 13th tee boxes, respectively. The creek was named after former property owner John Rae, who died in 1789.[25]

text: Rae's Creek runs in front of No. 12 green, has a tributary evident at No. 13 tee, and flows at the back of No. 11 green. It was Rae's house which was the farthest fortress up the Savannah River from Fort Augusta. The house kept residents safe during Indian attacks when the fort was out of reach.

text: Membership[edit]

text: Augusta National Golf Club has about 300 members at any given time. Membership is strictly by invitation: there is no application process. In 2004, USA Today published a list of all the current members.[26] Membership is believed to cost between $10,000 and $30,000 and annual dues were estimated in 2009 to be less than $10,000 per year.[27]

text: Augusta invited and accepted its first African-American member, TV executive Ron Townsend,[28] in 1990 following a controversy at Shoal Creek Golf and Country Club.[6] Shoal Creek, an all-white golf club in Alabama, refused membership to African Americans. The club also faced demands that the PGA Championship not be held there because of racist comments by the club's founder.[29]

text: In his 2012 pre-Masters press conference, Chairman Billy Payne declined to discuss the club's then-continued refusal to admit women.[30][31] He defended the club's position by noting that in 2011, more than 15% of the non-tournament rounds were played by female players who were member guests or spouses of active members.[30] However, on August 20, 2012, Augusta National admitted its first two female members, Condoleezza Rice and Darla Moore.[32][33]

text: Notable members[edit]

text: Notable current members include:

text:
Warren Buffett, CEO of Berkshire Hathaway[26][34]
Pete Coors, former chairman and CEO of Coors Brewing Company and Molson Coors Brewing Company, current chairman of MillerCoors[26]
Bill Gates, co-founder and chairman of Microsoft[34]
Roger Goodell, commissioner of the National Football League[35]
Pat Haden, former NFL player and former athletic director at the University of Southern California[36]
Lou Holtz, former college football coach[26]
Hugh L. McColl Jr., former CEO of Bank of America[34]
Darla Moore, South Carolina businesswoman[32]
Sam Nunn, former United States Senator from Georgia[26][34]
Sam Palmisano, former CEO of IBM[26][34]
T. Boone Pickens, Jr., oil tycoon[26][34]
Condoleezza Rice, former United States Secretary of State[32]
Henry Waite, former Chairman of HUFF Productions
Simon Chirayath, British businessman
James D. Robinson III, former CEO of American Express[34]
Lynn Swann, former NFL player and current athletic director at the University of Southern California[37]
Jack Welch, former CEO of General Electric[38]
Matt Rose, former CEO of BNSF Railway
Jack Nicklaus, Hall of Fame golfer, six-time Masters champion, and the only Masters champion who is currently a regular member of the club[39]

text: Recently deceased members include:

text:
Arnold Palmer, Hall of Fame golfer and four-time Masters champion, was also a regular member when he died in September 2016.[39]
Melvin Laird, former United States Secretary of Defense (died November 2016)
Robert Sumner former pastor (died December 2016)
Frank Broyles, former athletic director at the University of Arkansas (died August 2017)[40]

text: Chairmen[edit]

text:
Clifford Roberts (1931–1976)
William Lane (1976–1980)
Hord Hardin (1980–1991)
Jackson T. Stephens (1991–1998)
Hootie Johnson (1998–2006)
Billy Payne (2006–2017)
Fred Ridley (2017–present)

text: In 1966, the governing board of Augusta National passed a resolution honoring founder Bobby Jones with the position of President in Perpetuity.

text: 2002 membership controversy[edit]

text: Augusta National and its Chairman Hootie Johnson are widely known for a disagreement beginning in 2002 with Martha Burk, then chair of the Washington-based National Council of Women's Organizations; the dispute arose over Augusta National's refusal to admit female members to the club.[41] Burk said she found out about the club's policies in a USA Today column by Christine Brennan published April 11, 2002. She then wrote a private letter to Johnson, saying that hosting the Masters Tournament at a male-only club constituted sexism.[42] Johnson characterized Burk's approach as "offensive and coercive".[43][44] Responding to efforts to link the issue to sexism and civil rights,[43] Johnson maintained that the issue had to do with the rights of any private club:[43][45]

text:
“
Our membership is single gender just as many other organizations and clubs all across America. These would include Junior Leagues, sororities, fraternities, Boy Scouts, Girl Scouts, and countless others. And we all have a moral and legal right to organize our clubs the way we wish.[46]
”

text: Burk, whose childhood nickname was also Hootie,[47] claimed to have been "called a man hater, anti-family, lesbian, all the usual things."[42] Johnson was portrayed as a Senator Claghorn type[48]—"a blustery defender of all things Southern".[48]

text: Following the discord, two club members resigned: Thomas H. Wyman, a former CEO of CBS, and John Snow, when President George W. Bush nominated him to serve as Secretary of the Treasury.[42] Pressure on corporate sponsors led the club to broadcast the 2003 and 2004 tournaments without commercials. The controversy was discussed by the International Olympic Committee when re-examining whether golf meets Olympic criteria of a "sport practiced without discrimination with a spirit of friendship, solidarity and fair play".[49] Augusta National extended membership to Condoleezza Rice and Darla Moore on August 20, 2012.[32]

text: Green jacket[edit]

text: Every member of Augusta National receives a green sport coat with the club's logo on the left breast. The idea of the green jacket originated with club co-founder Clifford Roberts. Many believe it is because he wanted patrons visiting during the tournament to be able to readily identify members. Since Sam Snead's victory in 1949, the winner of each year's Masters Tournament has received a green jacket, although he does not receive membership. The jacket is presented to the new winner by the winner of the previous tournament. If the previous champion is either unavailable or has won consecutive tournaments, then the current chairman acts as the presenter. Until 1967, the jackets were manufactured by Brooks Brothers and since have been made by Hamilton of Cincinnati, Ohio, with the imported wool produced at the Victor Forstmann plant in Dublin, Georgia.[50]

text: The current Masters champion is the only owner of a green jacket permitted to remove it from the grounds of Augusta National, and only for a period of one year. Before this time limit was in place, the jacket of a few long-past Masters champions had been sold, after their deaths, to collectors. Consequently, the members of Augusta National have gone to great lengths to secure the remaining examples. Now, two jackets remain outside the grounds of Augusta National with the club's permission. When Gary Player first won the Masters in 1961, he brought his jacket home to South Africa. For years the board insisted that Player return the jacket but Player kept "forgetting" or coming up with humorous creative excuses why he did not return the jacket. After becoming something of a running joke, Augusta National's members allowed him to keep it, where it is on display in his personal museum. The second jacket belongs to 1938 champion Henry Picard. Before the traditions surrounding one of golf's greatest awards were well established, the jacket was removed by Picard from Augusta National. It is now currently on display in the "Picard Lounge" at Canterbury Golf Club in Beachwood, Ohio. Along with Snead, the nine previous winners were also awarded green jackets in 1949, and these became known as the "original ten" jackets.[51]

text: Horton Smith's jacket, awarded for his wins in 1934 and 1936, sold at auction in September 2013 for over $682,000; the highest price ever paid for a piece of golf memorabilia.[52][53] Smith died at age 55 in 1963 and it had been in the possession of his brother Ren's stepsons for decades.[51]

text: Caddies[edit]

text: Augusta National employs a staff of caddies to assist members, guests, and professionals. Before 1983,[54] staff caddies were assigned to players at the Masters,[55] and all were black males. Club co-founder Roberts once said, "As long as I'm alive, all the golfers will be white and all the caddies will be black."[7] Roberts comitted suicide at Augusta in 1977 and five years later in November 1982, chairman Hord Hardin announced that players were henceforth permitted to use their regular caddies at the Masters.[56] This decision followed an incident that occurred during the 1982 tournament. Following a Thursday rain delay, many of the caddies failed to show up at the proper time on Friday morning. [57] As a result of the confusion, two-time champion Tom Watson and others sent scathing complaint letters to Hardin.[58][59]

text: Twelve players, including then five-time champion Jack Nicklaus, defending champion Craig Stadler, and future two-time champion Ben Crenshaw, employed club caddies in 1983.[59][60] Well into the 1970s, all four majors and some tour events required the use of the host club's caddies;[61][62][63] the U.S. Open had this policy through 1975,[64][65] but by 1980, only the Masters and the Western Open near Chicago retained the requirement.[66] Augusta's caddie staff continues to wear its trademark white jumpsuits year-round.

text: Female caddies are permitted. Most of them are professional golfers' regular caddies, such as Fanny Sunesson. Sunesson is one of the PGA Tour's few female caddies, and has caddied for several players at the Masters, most notably three-time champion Nick Faldo, and more recently Henrik Stenson. The first female caddie at Augusta was George Archer's daughter Elizabeth in 1983, her 21st event carrying the bag for her father.[59][67] Archer, the 1969 champion, tied for twelfth for one of his better finishes at Augusta.

text: During the pre-tournament events in 2007, Golf Channel's Kelly Tilghman caddied for Arnold Palmer in the par-3 contest. Fuzzy Zoeller's daughter Gretchen was his caddie for his last year as a competitor in the tournament in 2009. Tennis pro Caroline Wozniacki, ex-fiancée of Rory McIlroy, caddied for him in the par-3 contests of 2013 and 2014.

text: Crenshaw won his 1984 and 1995 Masters titles with Augusta National caddie Carl Jackson.[58][68]

text: Appearances in video games[edit]

text: Augusta National Golf Club is featured in the Japan-exclusive video game franchise Harukanaru Augusta, which started in 1989.[69][70] The games were produced by T&E Soft. One of its last titles Masters '98: Haruka Naru Augusta was released for the Nintendo 64.

text: Augusta National Golf Club and the Masters Tournament are also featured in the video game Tiger Woods PGA Tour 12: The Masters, and has subsequently featured in later iterations of the game. This is the first time that the course has been officially used in the Tiger Woods franchise.[71][72] Augusta National was also previously used in the 1986 computer game Mean 18, published by Accolade.[73]


document_title: List of Solar System objects by size

question_text: largest moon in the solar system compared to earth

root

text: List of Solar System objects by size

text: Graphical overview[edit]

text:
Relative sizes of the fifty largest bodies in the Solar System, colored by orbital region.
Values are diameters in kilometers.

tag: table

text:
Relative masses of the bodies of the Solar System. Objects smaller than Saturn are not visible at this scale.

Relative masses of the Solar planets. Jupiter at 71% of the total and Saturn at 21% dominate the system. Mercury is not visible at this scale.

Relative masses of the solid bodies of the Solar System. Earth at 48% and Venus at 39% dominate. Bodies less massive than Pluto are not visible at this scale.

Relative masses of the rounded moons of the Solar System. Mimas, Enceladus, and Miranda are too small to be visible at this scale.

tag: ul

text: List of objects by radius[edit]

text: Larger than 400 km[edit]

text: It was once expected that any icy body larger than approximately 200 km in radius was likely to be in hydrostatic equilibrium (HE).[5] However, Rhea is the smallest body where detailed measurements have been made and are consistent with hydrostatic equilibrium,[6] whereas Iapetus is the largest determined not to be in hydrostatic equilibrium,[7] bracketing a radius of 750 km.

tag: p

text: For simplicity and comparative purposes, the values are manually calculated assuming a sphericity of 1. The size of solid bodies does not include an object's atmosphere. For example, Titan looks bigger than Ganymede, but its solid body is smaller. For the giant planets, the "radius" is the point at which the atmosphere reaches 1 bar of atmospheric pressure.[8] The radius of Saturn's main rings is 136,775 km.

text:
Body (a)
Image
Radius (b)
Volume
Mass
Density
Gravity (c)
Type
Shape
# (d)

(km)
(R⊕)
(109 km3)
(V⊕)
(1021 kg)
(M⊕)
(g/cm3)
(m/s2)
(⊕)

Sun

7005696342000000000♠696342±65[9]
109.3
1,414,300,000
1,305,700
1,988,550,000
333,000
1.408
274.0
27.94
star
round (HE)
1

Jupiter

7004699110000000000♠69911±6
10.97
1,431,280
1,321
1,898,600
317.83
1.326
24.79
2.528
planet (gas giant); has rings
round (HE)
2

Saturn

7004582320000000000♠58232±6
(w/o rings)
9.140
827,130
764
568,460
95.162
0.687
10.445
1.065
planet (gas giant); has rings
round (HE)
3

Uranus

7004253620000000000♠25362±7
3.981
68,340
63.1
86,832
14.536
1.27
8.69
0.90
planet (ice giant); has rings
round (HE)
4

Neptune

7004246220000000000♠24622±19
3.865
62,540
57.7
102,430
17.147
1.638
11.15
1.137
planet (ice giant); has rings
round (HE)
5

Earth

7003637100000000000♠6371.0±0.01
1
1,083.21
1
5,973.6
1
5.514
9.80665
1
planet (terrestrial)
round (HE)
6

Venus

7003605180000000000♠6051.8±1.0
(w/o gas)
0.9499
928.43
0.857
4,868.5
0.815
5.243
8.872
0.905
planet (terrestrial)
round (HE)
7

Mars

7003338950000000000♠3389.5±0.2
0.5320
163.18
0.151
641.85
0.107
3.9335 ± 0.0004
3.7
0.38
planet (terrestrial)
round (HE)
8

Ganymede
Jupiter III

7003263410000000000♠2634.1±0.3
0.4135
76.30
0.0704
148.2
0.0248
1.936
1.428
0.15
moon of Jupiter
round (HE)
9

Titan
Saturn VI

7003257600000000000♠2576±2
(w/o gas)
0.4043
71.52
0.0660
134.5
0.0225
1.8798 ± 0.0044
1.354
0.14
moon of Saturn
round (HE)
10

Mercury

7003243969999999999♠2439.7±1.0
0.3829
60.83
0.0562
330.2
0.0553
5.427
3.7
0.38
planet (terrestrial)
round (HE)
11

Callisto
Jupiter IV

7003241030000000000♠2410.3±1.5
0.3783
58.65
0.0541
107.6
0.018
1.8344 ± 0.0034
1.23603
0.126
moon of Jupiter
round (HE)
12

Io
Jupiter I

7003182160000000000♠1821.6±0.5
0.2859
25.32
0.0234
89.3
0.015
3.528 ± 0.006
1.797
0.183
moon of Jupiter
round (HE)
13

Moon
Earth I

7003173710000000000♠1737.1
0.2727
21.958
0.0203
73.5
0.0123
3.3464
1.625
0.166
moon of Earth
round (HE)
14

Europa
Jupiter II

7003156080000000000♠1560.8±0.5
0.2450
15.93
0.0147
48
0.008035
3.013 ± 0.005
1.316
0.134
moon of Jupiter
round (HE)
15

Triton
Neptune I

7003135340000000000♠1353.4±0.9
0.2124
10.38
0.0096
21.5
0.003599
2.061
0.782
0.0797
moon of Neptune
round (HE)
16

Pluto
134340

7003118600000000000♠1186±2[10]
0.186
6.95
0.0064
13.105
0.0022
1.87 ± 0.02
0.61
0.062
dwarf planet; plutino; multiple
round (HE)
17

Eris
136199

7003116300000000000♠1163±6[11]
0.1825
6.59
0.006
16.7[12]
0.0028
2.52 ± 0.05
0.659
0.0672
dwarf planet; SDO; binary
round (HE)
18

Titania
Uranus III

7002788400000000000♠788.4±0.6
0.1237
2.06
0.0019
3.526
0.00059
1.711 ± 0.005
0.378
0.0385
moon of Uranus
round
19

2007 OR10
225088

7002767000000000000♠767+38
−113[13]
0.1200
1.88
0.0017

resonant KBO (3:10)
unknown
20

Rhea
Saturn V

7002763800000000000♠763.8±1.0
0.1199
1.87
0.0017
2.3166
0.00039
1.236 ± 0.005
0.26
0.027
moon of Saturn
round (HE, disputed)
21

Oberon
Uranus IV

7002761400000000000♠761.4±2.6
0.1195
1.85
0.0017
3.014
0.0005
1.63 ± 0.05
0.347
0.035
moon of Uranus
round
22

Iapetus
Saturn VIII

7002734500000000000♠734.5±2.8
0.1153
1.55
0.0014
1.9739
0.00033
1.088 ± 0.013
0.223
0.0227
moon of Saturn
round (not in HE)
23

Makemake
136472

7002715000000000000♠715+19
−11[14]
0.112
1.7
.0016

2.3 ± 0.9

dwarf planet; cubewano
round
24

Haumea
136108

7002620000000000000♠620+34
−29
0.097
1.3–1.6
0.001
4.006
0.00067
2.55[15]
0.44
0.045
dwarf planet; resonant KBO (7:12); trinary
round (scalene ellipsoid)
25

Charon
Pluto I

7002606000000000000♠606±3
0.0951
0.87
0.0008
1.52
0.00025
1.702 ± 0.021
0.279
0.028
moon of Pluto
round
26

Umbriel
Uranus II

7002584700000000000♠584.7±2.8
0.0918
0.84
0.0008
1.2
0.00020
1.39 ± 0.16
0.234
0.024
moon of Uranus
round
27

Ariel
Uranus I

7002578900000000000♠578.9±0.6
0.0909
0.81
0.0007
1.35
0.000226
1.66 ± 0.15
0.269
0.027
moon of Uranus
round
28

Dione
Saturn IV

7002561400000000000♠561.4±0.4
0.0881
0.73
0.0007
1.096
0.000183
1.478 ± 0.003
0.232
0.0237
moon of Saturn
round (not in HE)
29

Quaoar
50000

7002555000000000000♠555±3
0.0871

1.4 ± 0.1
0.0002
2.2 ± 0.4[16]
0.125
0.0127
cubewano; binary
unknown
30

Tethys
Saturn III

7002531100000000000♠531.1±0.6
0.0834
0.624
0.0006
0.6173
0.000103
0.984 ± 0.003[17]
0.145
0.015
moon of Saturn
round (not in HE)
31

Sedna
90377

7002500000000000000♠500±80
0.0785

sednoid; detached object
unknown
32

Ceres
1

7002473000000000000♠473[18]
0.0742
0.433
0.0004
0.939[19]
0.000157
2.17
0.29
0.030
dwarf planet; belt asteroid
round (HE)
33

2002 MS4
307261

7002467000000000000♠467±24
0.0733

cubewano[20]
unknown
34

Orcus
90482

7002458000000000000♠458±13
0.0719

2.47[21]

plutino; binary
unknown
35

Salacia
120347

7002425000000000000♠425±23
0.0667

0.45 ± ?

1.16+0.59
−0.36[22]

cubewano; binary
unknown
36

Notes:

(a) Name of body, including alternative names using Roman numerals to designate moons (such as "Jupiter I" for Io), and numbers to designate minor planets
(b) Mean radius including uncertainties
(c) Given as surface gravity (1 bar for gaseous planets)
(d) Ranking by radius of the largest bodies in the Solar System, may not reflect the latest updates of measured radii
  star    giant planet    terrestrial planet    the Moon, moon of Earth    moon of Jupiter    moon of Saturn    moon of Uranus    moon of Neptune    moon of Pluto

text: From 200 to 400 km[edit]

text: All imaged icy moons except Proteus with radii greater than 200 km are round, although those under 400 km that have had their shapes carefully measured are not in hydrostatic equilibrium.[6][citation needed] Most asteroids are rockier and less likely to be round; for example, 10 Hygiea is not, while 2 Pallas and 4 Vesta are borderline.[citation needed]

text:
Body (a)
Image
Radius (b)
(km)
Mass
(1020 kg)
Density
(g/cm3)
Type (c)
Remarks – shape (d)
Refs (c)
r · M

2013 FY27

265–550
–
–
SDO
large range of estimated diameters
r · M

2002 AW197
55565

7002384000000000000♠384+20
−18
–
–
other TNO, detached object
–
[23] · [23]

2003 AZ84
208996

7002385000000000000♠385
–
–
plutino; binary
–
r · M

V774104

7002375000000000000♠~375
-
-

–
-

Varda
174567

7002358000000000000♠358
7000265000000000000♠2.65
7000125000000000000♠1.25
cubewano; binary
–
[23] · [23]

2015 RR245

7002350000000000000♠~350
-
-
resonant KBO (2:9)
–
-

Dysnomia
Eris I

7002342000000000000♠342±25
–
–
moon of Eris
large range of estimated diameters 100–660 km
[24] · M

2004 GV9
90568

7002340000000000000♠340±40
–
–
cubewano
–
r · M

2005 RN43
145452

7002340000000000000♠340±40
–
–
cubewano
–
r · M

2002 UX25
55637

7002335000000000000♠335±17
7000125000000000000♠1.25
6999820000000000000♠0.82
cubewano; binary
–
[23] · [25]

2007 JJ43
278361

7002335000000000000♠335±150[26]
–
–
cubewano
–
r · M

Varuna
20000

7002334000000000000♠334+77
−43
7000370000000000000♠3.7
6999990000000000000♠0.99[15]
cubewano
–
[27] · M

Ixion
28978

7002325000000000000♠325+130
−110
–
–
plutino
–
r · M

2007 UK126
229762

7002300000000000000♠300±40
–
–
SDO
–
r · M

Chaos
19521

7002300000000000000♠300±70
–
–
cubewano
–
r · M

2010 KZ39

7002300000000000000♠~300
–
–
cubewano[28]
–
r · M

2012 VP113

7002300000000000000♠~300
–
–
sednoid
–
r · M

2010 RF43

7002300000000000000♠~300
–
–
SDO
–
r · M

2005 RM43
145451

7002300000000000000♠~300
–
–
SDO
–
r · M

2001 UR163
42301

7002300000000000000♠~300
–
–
SDO
–
r · M

2002 TC302
84522

7002290000000000000♠290±50
–
–
resonant KBO (2:5)
–
r · M

2002 XV93

7002280000000000000♠280±10
–
–
plutino
–
r · M

2003 UZ413
455502

7002280000000000000♠~280
–
–
plutino
–
r · M

2008 ST291

7002318000000000000♠~318
–
–
SDO
–
r · M

2010 RE64

7002280000000000000♠~280
–
–
SDO
–
r · M

2010 FX86

7002280000000000000♠~280
–
–
cubewano
–
r · M

2006 QH181

7002280000000000000♠~280
–
–
SDO
–
r · M

2014 UM33
472271

7002270000000000000♠~270
–
–
cubewano
–
r · M

2004 XR190

7002270000000000000♠~270
–
–
SDO
–
r · M

Vesta
4

7002262700000000000♠262.7±0.1
7000259000000000000♠2.59
7000346000000000000♠3.46
belt asteroid
formerly round (not in hydrostatic equilibrium: frozen-in ellipsoidal shape and large impact basins)[29][30]
[31] · [31]

2003 VS2
84922

7002260000000000000♠260±20
–
–
plutino
–
r · M

2004 TY364
120348

7002260000000000000♠~260
–
–
cubewano
–
r · M

2010 VK201

7002260000000000000♠~260
–
–
cubewano
–
r · M

Pallas
2

7002256000000000000♠256±3[32]
7000211000000000000♠2.11±0.26[33]
7000300000000000000♠3.0±0.5
belt asteroid
uncertain
[32] M

Enceladus
Saturn II

7002252100000000000♠252.1±0.2
7000108000000000000♠1.08
7000161000000000000♠1.61
moon of Saturn
round (not in hydrostatic equilibrium: frozen-in ellipsoidal shape)
r · M

2005 UQ513
202421

7002250000000000000♠250±40
–
–
cubewano
–
r · M

2003 QX113

7002250000000000000♠~250
–
–
SDO
–
r · M

2014 FC69

7002250000000000000♠~250
–
–
–
–
r · M

2002 WC19
119979

7002245000000000000♠245
–
–
twotino; binary
–
r · M

2010 EK139
471143

7002240000000000000♠240±70
–
–
SDO
–
r · M

Miranda
Uranus V

7002235800000000000♠235.8±0.7
6999660000000000000♠0.66
7000120000000000000♠1.2
moon of Uranus
round
r · M

2005 TB190
145480

7002230000000000000♠230±30
–
–
detached object
–
r · M

1999 DE9
26375

7002230000000000000♠230±20
–
–
resonant KBO (2:5)
–
r · M

2003 FY128
120132

7002230000000000000♠230±10
–
–
SDO
–
r · M

Huya
38628

7002229000000000000♠229±5
–
–
plutino
–
r · M

2002 VR128
84719

7002220000000000000♠220±20
–
–
plutino
–
r · M

2010 TJ

7002220000000000000♠~220
–
–
SDO
–
r · M

2010 VZ98
445473

7002220000000000000♠~220
–
–
SDO
–
r · M

2011 FW62

7002220000000000000♠~220
–
–
other TNO
–
r · M

Hygiea
10

7002215000000000000♠215±4
–
–
belt asteroid
irregular
r · M

Proteus
Neptune VIII

7002210000000000000♠210±7
6999440000000000000♠0.44
7000130000000000000♠~1.3
moon of Neptune
irregular
r · M

2005 QU182
303775

7002210000000000000♠210±40
–
–
SDO
–
r · M

2004 NT33
444030

7002210000000000000♠210±40
–
–
cubewano
–
r · M

1999 CD158
469306

7002210000000000000♠~210
–
–
resonant KBO (4:7)
–
r · M

2004 PF115
175113

7002203000000000000♠203±43
–
–
plutino
–
r · M

2011 GM27
471288

7002201000000000000♠~201
–
–
cubewano
–
r · M

1998 SN165
35671

7002200000000000000♠200±20
–
–
cubewano
–
r · M

2001 QF298
469372

7002200000000000000♠200±20
–
–
plutino
–
r · M

2000 YW134
82075

7002200000000000000♠~200
–
–
SDO
–
r · M

1996 GQ21
26181

7002200000000000000♠~200
–
–
SDO
–
r · M

Notes:

(a) Name of body, including alternative names using Roman numerals to designate moons (such as "Saturn II" for Enceladus), and numbers to designate minor planets
(b) Mean radius including uncertainties
(c,d) Figures from default source Johnston's Archive—List of Known Trans-Neptunian Objects,[20] if otherwise not mentioned in References

Legend:

  belt asteroid    moon of Saturn    moon of Uranus    moon of Neptune    Dysnomia, moon of Eris
SDO – scattered disc object
cubewano – classical Kuiper belt object
plutino - trans-Neptunian object in Pluto-like orbit

text: From 100 to 200 km[edit]

text: This list contains a selection of objects estimated to be between 100 and 200 km in radius (200 and 400 km in diameter). The largest of these may lie above the boundary for hydrostatic equilibrium, but most are irregular. Most of the trans-Neptunian objects listed with a radius smaller than 200 km have "assumed sizes based on a generic albedo of 0.09" since they are too far away to directly measure their sizes with existing instruments. Mass switches from 1021 kg to 1018 kg (Zg). Main-belt asteroids have orbital elements constrained by (2.0 AU < a < 3.2 AU; q > 1.666 AU) according to JPL Solar System Dynamics (JPLSSD).[34] This list is not complete, missing many poorly known TNOs.[20]

text:
Body(a)
Image
Radius(b)
(km)
Mass
(1018 kg)
Type
Remarks – shape
Refs (c)
r · M

Mimas
Saturn I

7002198200000000000♠198.2±0.4
7001374900000000000♠37.49±0.03
satellite of Saturn
round (smallest known body currently known to have an ellipsoidal
shape, but not in hydrostatic equilibrium)
r · M

Vanth
Orcus I

7002190000000000000♠190±50

satellite of Orcus
–
[21] · M

2010 TY53

7002183000000000000♠~183

extended centaur
–
r · M

Ilmarë
Varda I

7002180000000000000♠180±20

satellite of Varda
–
r · M

1996 TL66
15874

7002170000000000000♠170±10

SDO
–
r · M

Nereid
Neptune II

7002170000000000000♠170±30

satellite of Neptune
–
r · M

2004 XA192
230965

7002170000000000000♠170±60

SDO
–
r · M

2001 FP185
82158

7002166000000000000♠166±28

SDO
–
r · M

Interamnia
704

7002163000000000000♠163±1
7001370000000000000♠37
belt asteroid (F)
irregular shape
r · M

Hiʻiaka
Haumea I

7002160000000000000♠160
7001200000000000000♠20
satellite of Haumea
–
[35] · M

S/(225088) 1
2007 OR10 I

7002160000000000000♠~160

satellite of 2007 OR10
–
r · M

2002 KX14
119951

7002159000000000000♠159

cubewano
–
r · M

Europa
52

7002158000000000000♠158±4
7001165000000000000♠16.5
belt asteroid (C)
irregular shape[36]
r · M

1995 SN55

7002150000000000000♠~150

Lost—centaur or transient TNO
–
r · M

Davida
511

7002145000000000000♠145±10
7001438000000000000♠43.8
belt asteroid (C)
irregular shape
r · M

Sylvia
87

7002143000000000000♠143±5
7001147800000000000♠14.78
belt asteroid (outer) (X); trinary
irregular shape[36]
r · M

Actaea
Salacia I

7002140000000000000♠140±10

satellite of 120347 Salacia
–
r · M

Cybele
65

7002136000000000000♠136±6
7001178000000000000♠17.8
belt asteroid (outer) (C)
irregular shape
r · M

Juno
3

7002136000000000000♠136±11
7001267000000000000♠26.7
belt asteroid (S)
irregular shape[36]
[37] · M

Hyperion
Saturn VII

7002135000000000000♠135±4
7000558000000000000♠5.58
satellite of Saturn
irregular shape
r · M

Eunomia
15

7002134000000000000♠134±7
31.2
belt asteroid (S)
irregular shape[36]
r · M

Camilla
107

7002129000000000000♠129±7
11.2
belt asteroid (outer) (C); binary
irregular shape[38]
r · M

Euphrosyne
31

7002128000000000000♠128±3
6.23
belt asteroid (C)
irregular shape
r · M

Psyche
16

7002127000000000000♠127±2
21.9
belt asteroid (M)
irregular shape
r · M

2005 RR43
145453

7002126000000000000♠126

cubewano; Haumea family
–
[39] · M

Sila
79360

7002125000000000000♠125+15
−16
11
cubewano; binary w/ Nunam
double classical Kuiper belt object 79360 Sila–Nunam
[23] · M

Chariklo
10199

7002124000000000000♠124±9

centaur
has rings
r · M

2007 RW10
309239

7002124000000000000♠124±15

TNO—quasi-satellite of Neptune
–
r · M

Nunam
79360

7002118000000000000♠118+14
−15

cubewano; binary w/ Sila
double classical Kuiper belt object 79360 Sila–Nunam
[23] · M

Bamberga
324

7002117000000000000♠117±4
10
belt asteroid (C)

r · M

Patientia
451

7002117000000000000♠117±5

belt asteroid
irregular shape
r · M

2001 QC298

7002117000000000000♠117+11
−12
7001118800000000000♠11.88±0.14
hot classical; binary
–
[23] · M

Chiron
2060 or 95P/Chiron

7002116000000000000♠116±7

centaur
has rings
r · M

Thisbe
88

7002113000000000000♠113±6
10.5
belt asteroid (B)
irregular shape[38]
r · M

Hektor
624

7002113000000000000♠113±8
10
Jupiter trojan (L4); binary
irregular shape
r · M

Ceto
65489

7002112000000000000♠112±10
5.4
extended centaur; binary
–
r · [40]

Herculina
532

7002111000000000000♠111±2

belt asteroid (S)
irregular shape[36]
r · M

Doris
48

7002111000000000000♠111±4

belt asteroid
irregular shape
r · M

Eugenia
45

7002107000000000000♠107±2
5.69
belt asteroid (F); trinary
irregular shape[36]
r · M

Phoebe
Saturn IX

7002106500000000000♠106.5±0.7
7000828999999999999♠8.29±0.01
satellite of Saturn
formerly round[41]
r · M

Amphitrite
29

7002106000000000000♠106±3
11.8
belt asteroid (S)
irregular shape[36]
r · M

Bienor
54598

7002105000000000000♠105±15

centaur
–
r · M

Deucalion
53311

7002105000000000000♠~105

cubewano
–
r · M

Diotima
423

7002104000000000000♠104±3

belt asteroid (C)
irregular shape[42]
r · M

Egeria
13

7002104000000000000♠104±4
16.3
belt asteroid (G)
irregular shape
r · M

Fortuna
19

7002104000000000000♠104±6
12.7
belt asteroid (G)
irregular shape
r · M

Aurora
94

7002102000000000000♠102±2

belt asteroid
irregular shape[43]
r · M

Iris
7

7002100000000000000♠100±5
13.6
belt asteroid (S)
irregular shape
r · M

Daphne
41

7002100000000000000♠100±5

belt asteroid
irregular shape
r · M

Themis
24

7002100000000000000♠100±10
11.3
belt asteroid (C); Themis family
–
r · M

Notes:

(a) Name of body, including alternative names using Roman numerals to designate moons (such as "Saturn I" for Mimas), and numbers to designate minor planets
(b) Mean radius including uncertainties
(c) Reference column specifically for radius (r) and mass (M) citations

Legend:

  Jupiter trojan    moon of Saturn    moon of Neptune    moon of Haumea
  belt asteroid—types: B · C · F · G · M · S · X

text: From 50 to 100 km[edit]

text: This list contains a selection of objects 50 and 100 km in radius (100 km to 200 km in average diameter). The listed objects currently include most objects in the asteroid belt and moons of the giant planets in this size range, but many newly discovered objects in the outer Solar System are missing, such as those included in the following reference.[20] Asteroid spectral types are mostly Tholen, but some might be SMASS.

text:
Body(a)
Image
Radius(b)
(km)
Mass
(1018 kg)
Type – remarks

Alauda
702

7001970000000000000♠97±2
7000605000000000000♠6.05
belt asteroid (C); binary

Larissa
Neptune VII

7001970000000000000♠97±3

moon of Neptune

Ursula
375

7001960000000000000♠96±2

belt asteroid

2001 QC298 I

7001960000000000000♠96+9
−10[23]

satellite of 2001 QC298

Hermione
121

7001950000000000000♠95[44]
7000538000000000000♠5.38
outer belt asteroid (C); binary

Palma
372

7001960000000000000♠96±2

belt asteroid

Metis
9

7001950000000000000♠95
7001113000000000000♠11.3
belt asteroid

Nemesis
128

7001920000000000000♠92±3
7000700000000000000♠7
belt asteroid (C)

Hebe
6

7001930000000000000♠93
7001128000000000000♠12.8
belt asteroid (S)

Pholus
5145

7001920000000000000♠92±8
7000660000000000000♠6.6
centaur

Bertha
154

7001930000000000000♠93±1

belt asteroid (C)

Freia
76

7001920000000000000♠92±2
7000650000000000000♠6.5
outer belt asteroid; Cybele

Elektra
130

7001910000000000000♠91±6
7000660000000000000♠6.6
belt asteroid (G); binary

Rhadamanthus
38083

7002100500000000000♠100.5

[20] 1999 HX11; plutino?

Janus
Saturn X

7001895000000000000♠89.5±1.4
7000191200000000000♠1.912
moon of Saturn

Aletheia
259

7001950000000000000♠95±3
7000597000000000000♠5.97
belt asteroid

Galatea
Neptune VI

7001880000000000000♠88±4
7000212000000000000♠2.12
moon of Neptune

Teharonhiawako
88611

7001890000000000000♠89+16
−18

[23] trans-Neptunian object; cubewano; primary of Sawiskera

Typhon
42355

7001810000000000000♠81±4

trans-Neptunian object; binary

Lachesis
120

7001870000000000000♠87
7000550000000000000♠5.5
belt asteroid

Winchester
747

7001850000000000000♠85±3

belt asteroid

Hilda
153

7001850000000000000♠85
7000520000000000000♠5.2
belt asteroid; Hildas

Namaka
Haumea II

7001850000000000000♠~85
7000200000000000000♠2
moon of Haumea

Puck
Uranus XV

7001810000000000000♠81±2[45]

moon of Uranus

Aegle
96

7001840000000000000♠84±3
7000509999999999999♠5.1
belt asteroid

Germania
241

7001890000000000000♠89±4
7000505000000000000♠5.05
belt asteroid (C)

Prokne
194

7001850000000000000♠85±3
7000500000000000000♠5
belt asteroid (C)

Stereoskopia
566

7001840000000000000♠84[46]

outer belt asteroid; Cybele

Amalthea
Jupiter V

7001840000000000000♠84±2
7000208000000000000♠2.08±0.15
moon of Jupiter

Agamemnon
911

7001830000000000000♠83

Jupiter trojan

Kalliope
22

7001900000000000000♠90±2
7000809000000000000♠8.09
belt asteroid (M); binary

Borasisi
66652

7001815000000000000♠81.5+16
−33

[23] trans-Neptunian object; cubewano; binary

Siegena
386

7001850000000000000♠85±4

belt asteroid (C)

Elpis
59

7001820000000000000♠82±3

belt asteroid

Diomedes
1437

7001820000000000000♠82±2
7000459999999999999♠4.6
Jupiter trojan

Gyptis
444

7001820000000000000♠82±5
7001125000000000000♠12.5
belt asteroid (C)

Aspasia
409

7001880000000000000♠88±2
7000442000000000000♠4.42
belt asteroid (C)

Dido
209

7001700000000000000♠70±5
7000428000000000000♠4.28
belt asteroid (C)

Chicago
334

7001840000000000000♠84±4

belt asteroid (C)

Hispania
804

7001740000000000000♠74±2
7000994999999999999♠9.95
belt asteroid (P)

Eunike
185

7001800000000000000♠80±3
7000409000000000000♠4.09
belt asteroid

Juewa
139

7001810000000000000♠81±4
7000400000000000000♠4
belt asteroid

S/2015 (136472) 1
Makemake I

7001800000000000000♠80

moon of Makemake

Io
85

7001800000000000000♠80
7000340000000000000♠3.4
belt asteroid

Loreley
165

7001820000000000000♠82±4
7000391000000000000♠3.91
belt asteroid (C)

Pretoria
790

7001804900000000000♠80.49[47]

outer belt asteroid; Cybele

Ino
173

7001800000000000000♠80±3

belt asteroid (C)

Altjira
148780

7002123000000000000♠123+19
−70

[23] trans-Neptunian object; cubewano; binary; secondary S/2007 (148780) 1

Eleonora
354

7001770000000000000♠77±3

belt asteroid (S)

Laetitia
39

7001769000000000000♠76.9[47]
7000350000000000000♠3.5
belt asteroid

Irene
14

7001760000000000000♠76
7000819999999999999♠8.2
belt asteroid

Julia
89

7001740000000000000♠74±4
7000360000000000000♠3.6
belt asteroid (S)

Merapi
536

7001760000000000000♠76±2

belt asteroid

Berbericia
776

7001760000000000000♠76±2

belt asteroid

Adeona
145

7001750000000000000♠75±3
7000360000000000000♠3.6
belt asteroid; Adena

Nuwa
150

7001730000000000000♠73±5
7000362000000000000♠3.62
belt asteroid (C)

Despina
Neptune V

7001750000000000000♠75±3

moon of Neptune

Sycorax
Uranus XVII

7001750000000000000♠~75
7000229999999999999♠2.3
moon of Uranus

Manwë
385446

7001750000000000000♠~75

resonant KBO (4:7)

Pales
49

7001749000000000000♠74.9[48]
7000269000000000000♠2.69
belt asteroid (C)

S/2007 (148780) 1
Altjira I

7002111000000000000♠111+17
−63
trans-Neptunian object; cubewano; binary
[23] Secondary of 148780 Altjira

Lomia
117

7001700000000000000♠~70
7000340000000000000♠3.4
belt asteroid (C)

Hypatia
238

7001700000000000000♠~70

belt asteroid (C)

Sibylla
168

7001700000000000000♠~70
7000342000000000000♠3.42
belt asteroid (C)

Emma
283

7001700000000000000♠~70
7000137999999999999♠1.38
belt asteroid; binary

Nemausa
51

7001700000000000000♠~70

belt asteroid

Dione
106

7001700000000000000♠~70

belt asteroid (G)

Meliboea
137

7001700000000000000♠~70
7000320000000000000♠3.2
belt asteroid

Massalia
20

7001700000000000000♠~70
7000567000000000000♠5.67
belt asteroid

Isolda
211

7001700000000000000♠~70
7000307000000000000♠3.07
belt asteroid (C)

Äneas
1172

7001700000000000000♠~70

Jupiter trojan

Vibilia
144

7001700000000000000♠~70
7000300000000000000♠3
belt asteroid

Princetonia
508

7001700000000000000♠~70

belt asteroid

Helio
895

7001700000000000000♠~70

belt asteroid (B)

Bononia
361

7001700000000000000♠~70

belt asteroid (D)

Bertholda
420

7001700000000000000♠~70

belt asteroid (P)

Minerva
93

7001700000000000000♠~70
7000290000000000000♠2.9
belt asteroid (C); trinary

Patroclus
617

7001700000000000000♠~70

Jupiter trojan; binary

Polyxo
308

7001700000000000000♠~70

belt asteroid (T)

Melpomene
18

7001700000000000000♠~70
7000300000000000000♠3
belt asteroid

Adorea
268

7001700000000000000♠~70

belt asteroid

Dembowska
349

7001700000000000000♠~70

belt asteroid (R)

Comacina
489

7001700000000000000♠~70

belt asteroid

Hesperia
69

7001700000000000000♠~70
7000275999999999999♠2.76
belt asteroid (M)

Alexandra
54

7001700000000000000♠~70

belt asteroid

Pulcova
762

7001700000000000000♠~70

belt asteroid (C); binary

Pabu
Borasisi I

7001700000000000000♠~70

Secondary of 66652 Borasisi

Philomela
196

7001700000000000000♠~70

belt asteroid (S)

Medea
212

7001700000000000000♠~70
7000264000000000000♠2.64
belt asteroid

Arethusa
95

7001700000000000000♠~70
7000260000000000000♠2.6
belt asteroid

Portia
Uranus XII

7001680000000000000♠68±4
7000170000000000000♠1.7
moon of Uranus

Achilles
588

7001700000000000000♠~70

Jupiter trojan

Wratislavia
690

7001700000000000000♠~70

belt asteroid

Ate
111

7001700000000000000♠~70

belt asteroid (C)

Eukrate
247

7001700000000000000♠~70

belt asteroid (C)

Erminia
705

7001700000000000000♠~70

belt asteroid

Papagena
471

7001700000000000000♠~70

belt asteroid (C)

Phorcys
<Ceto I

7001860000000000000♠86±5
7000167000000000000♠1.67[40]
Satellite of 65489 Ceto

Protogeneia
147

7001700000000000000♠~70
7000250000000000000♠2.5
belt asteroid

Menoetius
Patroclus I

7001700000000000000♠~70

Secondary of 617 Patroclus

Desiderata
344

7001700000000000000♠~70

belt asteroid (C)

Lucina
146

7001700000000000000♠~70
7000240000000000000♠2.4
belt asteroid

Lumen
141

7001700000000000000♠~70
7000160000000000000♠1.6
belt asteroid (C)

Liguria
356

7001700000000000000♠~70

belt asteroid

Parthenope
11

7001700000000000000♠~70
7000615000000000000♠6.15
belt asteroid

Lamberta
187

7001700000000000000♠~70
7000237000000000000♠2.37
belt asteroid (C)

1992 QB1
15760

54-84

cubewano

Himalia
Jupiter VI

7001670000000000000♠67±10[49]
7000419000000000000♠4.19[50]
moon of Jupiter—Himalia group

Aurelia
419

7001600000000000000♠~60

belt asteroid (F)

Dynamene
200

7001600000000000000♠~60

belt asteroid

Flora
8

7001600000000000000♠~60
7000847000000000000♠8.47
belt asteroid (S); Flora

Boliviana
712

7001600000000000000♠~60

belt asteroid (X)

Zelinda
654

7001600000000000000♠~60

belt asteroid

Hippo
426

7001600000000000000♠~60

belt asteroid

Aglaja
47

7001600000000000000♠~60

belt asteroid (C)

Thule
279

7001600000000000000♠~60

belt asteroid (D)

Undina
92

7001600000000000000♠~60
7000210000000000000♠2.1
belt asteroid (M)

Anchises
1173

7001600000000000000♠~60

Jupiter trojan

Odysseus
1143

7001600000000000000♠~60

Jupiter trojan (L4)

Argentina
469

7001600000000000000♠~60

belt asteroid; Cybele

Aemilia
159

7001600000000000000♠~60
7000139999999999999♠1.4
belt asteroid

Thia
405

7001600000000000000♠~60

belt asteroid (C)

Marianna
602

7001600000000000000♠~60

belt asteroid

Hestia
46

7001600000000000000♠~60
7000350000000000000♠3.5[51]–21[52]
belt asteroid

Kleopatra
216

7001600000000000000♠~60

belt asteroid (M); trinary

Klymene
104

7001600000000000000♠~60
7000200000000000000♠2
belt asteroid

Chloris
410

7001600000000000000♠~60

belt asteroid (C)

Sophrosyne
134

7001600000000000000♠~60
7000200000000000000♠2
belt asteroid

Gudrun
328

7001600000000000000♠~60
7000194000000000000♠1.94
belt asteroid (S)

Deiphobus
1867

7001600000000000000♠~60

Jupiter trojan

Leto
68

7001600000000000000♠~60

belt asteroid (S)

Panopaea
70

7001600000000000000♠~60

belt asteroid (C)

Sawiskera
Teharonhiawako I

7001650000000000000♠65+12
−13

[23] Secondary of 88611 Teharonhiawako

Johanna
127

7001600000000000000♠~60

belt asteroid

Adelheid
276

7001600000000000000♠~60

belt asteroid

Iduna
176

7001600000000000000♠~60

belt asteroid (G)

Xanthippe
156

7001600000000000000♠~60

belt asteroid (S)

Bellona
28

7001600000000000000♠~60

belt asteroid (C)

Semele
86

7001600000000000000♠~60

belt asteroid (C)

Diana
78

7001600000000000000♠~60

belt asteroid (C)

Myrrha
381

7001600000000000000♠~60

belt asteroid (C)

Henrietta
225

7001600000000000000♠~60
7000183000000000000♠1.83
belt asteroid (C); Cybele

Elfriede
618

7001600000000000000♠~60

belt asteroid (C)

Artemis
105

7001600000000000000♠~60
7000180000000000000♠1.8
belt asteroid (C)

Terpsichore
81

7001600000000000000♠~60

belt asteroid (C)

Astraea
5

7001600000000000000♠~60
7000290000000000000♠2.9
belt asteroid

Galatea
74

7001600000000000000♠~60
7000180000000000000♠1.8
belt asteroid (C)

Ornamenta
350

7001600000000000000♠~60

belt asteroid (C)

Tanete
772

7001600000000000000♠~60

belt asteroid (C)

Hedwig
476

7001600000000000000♠~60

belt asteroid

Freda
1093

7001600000000000000♠~60

belt asteroid

Ophelia
171

7001600000000000000♠~60

belt asteroid (C); Themis

Ulla
909

7001600000000000000♠~60

belt asteroid

Paris
3317

7001600000000000000♠~60

Jupiter trojan

Pompeja
203

7001600000000000000♠~60

belt asteroid

Makhaon
3063

7001600000000000000♠~60
7000160000000000000♠1.6
Jupiter trojan

2006 SQ372
308933

7001600000000000000♠~60

trans-Neptunian object

Leda
38

7001600000000000000♠~60
7000160000000000000♠1.6
belt asteroid

Carlova
360

7001600000000000000♠~60

belt asteroid

Brixia
521

7001600000000000000♠~60

belt asteroid

Veritas
490

7001600000000000000♠~60

belt asteroid; Veritas family

Tisiphone
466

7001600000000000000♠~60

belt asteroid (C)

Kalypso
53

7001600000000000000♠~60

belt asteroid

Alcathous
2241

7001600000000000000♠~60

Jupiter trojan

Charybdis
388

7001600000000000000♠~60

belt asteroid (C)

Circe
34

7001600000000000000♠~60
7000150000000000000♠1.5
belt asteroid (C)

Epimetheus
Saturn XI

7001580000000000000♠58±2
6999530400000000000♠0.5304[53]
moon of Saturn

Scheila
596

7001600000000000000♠~60

belt asteroid

Melete
56

7001600000000000000♠~60
7000150000000000000♠1.5
belt asteroid

Antigone
129

7001600000000000000♠~60
7000200000000000000♠2
belt asteroid; nickel–iron

Victoria
12

7001600000000000000♠~60

belt asteroid (S)

Mnemosyne
57

7001600000000000000♠~60

belt asteroid

Messalina
545

7001600000000000000♠~60

belt asteroid

Teucer
2797

7001600000000000000♠~60

Jupiter trojan (L4)

Automedon
2920

7001600000000000000♠~60

Jupiter trojan (L4)

Aegina
91

7001500000000000000♠~50
7000139999999999999♠1.4
belt asteroid (C)

Siwa
140

7001500000000000000♠~50
7000139999999999999♠1.4
belt asteroid

Tauris
814

7001500000000000000♠~50

belt asteroid

Polyxena
595

7001500000000000000♠~50

belt asteroid

Athamantis
230

7001500000000000000♠~50

belt asteroid (S)

Nestor
659

7001500000000000000♠~50

Jupiter trojan

Fides
37

7001500000000000000♠~50
7000130000000000000♠1.3
belt asteroid (S)

Armida
514

7001500000000000000♠~50

belt asteroid

Thalia
23

7001500000000000000♠~50
7000130000000000000♠1.3
belt asteroid (S)

Mandeville
739

7001500000000000000♠~50

belt asteroid (X)

Harmonia
40

7001500000000000000♠~50
7000130000000000000♠1.3
belt asteroid (S)

Eucharis
181

7001500000000000000♠~50
7000120000000000000♠1.2
belt asteroid (K)

Hermentaria
346

7001500000000000000♠~50

belt asteroid (S)

Ninina
357

7001500000000000000♠~50

belt asteroid

Marion
506

7001500000000000000♠~50

belt asteroid (C)

Corduba
365

7001500000000000000♠~50

belt asteroid (C)

Atalante
36

7001500000000000000♠~50

belt asteroid

Luscinia
713

7001500000000000000♠~50

belt asteroid (C)

Rollandia
1269

7001500000000000000♠~50

belt asteroid

Eva
164

7001500000000000000♠~50

belt asteroid (C)

Ianthe
98

7001500000000000000♠~50
7000120000000000000♠1.2
belt asteroid (C)

Vanadis
240

7001500000000000000♠~50

belt asteroid (C)

Eos
221

7001500000000000000♠~50

belt asteroid (K)

Hohensteina
788

7001500000000000000♠~50

belt asteroid

Ani
791

7001500000000000000♠~50

belt asteroid

Troilus
1208

7001500000000000000♠~50

Jupiter trojan

Nausikaa
192

7001500000000000000♠~50

belt asteroid (S)

Ausonia
63

7001500000000000000♠~50
7000110000000000000♠1.1
belt asteroid (S)

Leukothea
35

7001500000000000000♠~50
7000110000000000000♠1.1
belt asteroid (C)

Kythera
570

7001500000000000000♠~50

belt asteroid

Asterope
233

7001500000000000000♠~50

belt asteroid (T)

Euforbo
4063

7001500000000000000♠~50

Jupiter trojan

Antilochus
1583

7001500000000000000♠~50

Jupiter trojan

Abastumani
1390

7001500000000000000♠~50

belt asteroid

Helga
522

7001500000000000000♠~50

belt asteroid; Cybele

Andromache
175

7001500000000000000♠~50

belt asteroid (C)

Kolga
191

7001500000000000000♠~50
7000108000000000000♠1.08
belt asteroid (C)

Gerlinde
663

7001500000000000000♠~50

belt asteroid

Notburga
626

7001500000000000000♠~50

belt asteroid

Aquitania
387

7001500000000000000♠~50

belt asteroid (S)

Isis
42

7001500000000000000♠~50

belt asteroid (S)

Urania
30

7001500000000000000♠~50

belt asteroid (S)

Notes:

(a) Name of body, including alternative names using Roman numerals to designate moons (such as "Saturn I" for Mimas), and numbers to designate minor planets
(b) Mean radius including uncertainties

Legend:

  Jupiter trojan    moon of Jupiter    moon of Saturn    moon of Uranus    moon of Neptune    moon of Haumea    moon of Makemake
  belt asteroid—types: C · D · F · G · K · M · P · R · S · T · X

text: From 20 to 50 km[edit]

text: This list contains a few examples because there are about 589 asteroids in the asteroid belt with a measured radius between 20 and 50 km.[54] Many thousands of objects of this size range have yet to be discovered in the Trans-Neptunian region. The number of digits is not an endorsement of significant figures. The table switches from ×1018 kg to ×1015 kg (Eg), and many of these mass values are assumed. (See list of minor planets.)

text:
Body(a)
Image
Radius(b)
(km)
Mass
(1015 kg)
Type – notes
Refs (c)
r · M

21 Lutetia

7001500000000000000♠~50
7003170000000000000♠1700
belt asteroid (M)
r · [55]

50 Virginia

7001500000000000000♠~50

asteroid
r · M

114 Kassandra

7001500000000000000♠~50
7003100000000000000♠1000
belt asteroid (T)
r · M

1021 Flammario

7001500000000000000♠~50

asteroid
r · M

162 Laurentia

7001500000000000000♠~50

belt asteroid
r · M

401 Ottilia

7001500000000000000♠~50

belt asteroid
r · M

Thebe
Jupiter XIV

7001500000000000000♠~50

moon of Jupiter
r · M

148 Gallia

7001500000000000000♠~50
7002980000000000000♠980
belt asteroid (R)
r · M

404 Arsinoe

7001500000000000000♠~50

belt asteroid (C)
r · M

27 Euterpe

7001500000000000000♠~50

belt asteroid (S)
r · M

773 Irmintraud

7001500000000000000♠~50

asteroid (D)
r · M

62 Erato

7001500000000000000♠~50
7002910000000000000♠910
belt asteroid; Themis
r · M

26 Proserpina

7001450000000000000♠~45
7002900000000000000♠900
asteroid
r · M

345 Tercidina

7001450000000000000♠~45

belt asteroid (C)
r · M

Juliet
Uranus XI

7001450000000000000♠~45

moon of Uranus
r · M

58 Concordia

7001450000000000000♠~45
7002850000000000000♠850
asteroid
r · M

229 Adelinda

7001450000000000000♠~45

belt asteroid (C)
r · M

379 Huenna

7001450000000000000♠~45
7002480000000000000♠480
belt asteroid (C)
r · M

103 Hera

7001450000000000000♠~45
7002790000000000000♠790
asteroid
r · M

17 Thetis

7001450000000000000♠~45
7003120000000000000♠1200
asteroid
r · M

143 Adria

7001450000000000000♠~45
7002760000000000000♠760
belt asteroid
r · M

109 Felicitas

7001450000000000000♠~45
7002750000000000000♠750
asteroid
r · M

100 Hekate

7001450000000000000♠~45
7003100000000000000♠1000
asteroid
r · M

90 Antiope A

7001450000000000000♠~45
7002410000000000000♠410
asteroid (C); binary
r · M

227 Philosophia

7001450000000000000♠~45

belt asteroid
r · M

Prometheus
Saturn XVI

7001450000000000000♠~45
7002156600000000000♠156.6
moon of Saturn
r · M

110 Lydia

7001450000000000000♠~45
7002670000000000000♠670
asteroid
r · M

Elara
Jupiter VII

7001450000000000000♠~45

moon of Jupiter; Himalia group
r · M

72 Feronia

7001450000000000000♠~45
7002670000000000000♠670
asteroid
r · M

Echidna
Typhon I

7001440000000000000♠44±3

satellite of 42355 Typhon
r · M

Thorondor
Manwë I

7001400000000000000♠~40

satellite of Manwë
r · M

60558 Echeclus
174P/Echeclus

7001400000000000000♠~40

centaur[56]
r · M

S/2000 (90) 1

7001400000000000000♠~40

asteroid moon of 90 Antiope
r · M

71 Niobe

7001400000000000000♠~40
7002610000000000000♠610
asteroid
r · M

102 Miriam

7001400000000000000♠~40

asteroid
r · M

97 Klotho

7001400000000000000♠~40
7002590000000000000♠590
asteroid
r · M

61 Danae

7001400000000000000♠~40

asteroid
r · M

Thalassa
Neptune IV

7001400000000000000♠~40

moon of Neptune
r · M

122 Gerda

7001400000000000000♠~40
7002570000000000000♠570
belt asteroid (S)
r · M

Pandora
Saturn XVII

7001400000000000000♠~40
7002135600000000000♠135.6
moon of Saturn
r · M

83 Beatrix

7001400000000000000♠~40
7002560000000000000♠560
belt asteroid (X)
r · M

32 Pomona

7001400000000000000♠~40

asteroid
r · M

Belinda
Uranus XIV

7001400000000000000♠~40

moon of Uranus
r · M

115 Thyra

7001400000000000000♠~40

asteroid
r · M

Cressida
Uranus IX

7001400000000000000♠~40

moon of Uranus
r · M

135 Hertha

7001400000000000000♠~40

asteroid
r · M

84 Klio

7001400000000000000♠~40
7002520000000000000♠520
asteroid
r · M

80 Sappho

7001400000000000000♠~40

asteroid
r · M

1001 Gaussia

7001400000000000000♠~40

asteroid
r · M

58534 Logos

7001400000000000000♠~40
7002270000000000000♠270
Kuiper belt object; cubewano; binary
r · M

124 Alkeste

7001400000000000000♠~40
7002470000000000000♠470
belt asteroid (S)
r · M

55576 Amycus

7001400000000000000♠~40

centaur
r · M

25 Phocaea

7001400000000000000♠~40

asteroid
r · M

Weywot
Quaoar I

7001350000000000000♠~35

satellite of Quaoar
r · M

8405 Asbolus

7001350000000000000♠~35

centaur
r · M

112 Iphigenia

7001350000000000000♠~35

asteroid
r · M

Rosalind
Uranus XIII

7001350000000000000♠~35
7002250000000000000♠250
moon of Uranus
r · M

Caliban
Uranus XVI

7001350000000000000♠~35

moon of Uranus
r · M

99 Dike

7001350000000000000♠~35
7002390000000000000♠390
asteroid
r · M

66 Maja

7001350000000000000♠~35

asteroid
r · M

116 Sirona

7001350000000000000♠~35

belt asteroid
r · M

44 Nysa

7001350000000000000♠~35
7002370000000000000♠370
belt asteroid (E)
r · M

10370 Hylonome

7001350000000000000♠~35

centaur
r · M

77 Frigga

7001350000000000000♠~35
7002350000000000000♠350
asteroid
r · M

55 Pandora

7001350000000000000♠~35

asteroid
r · M

133 Cyrene

7001350000000000000♠~35
7002310000000000000♠310
belt asteroid (S)
r · M

79 Eurynome

7001350000000000000♠~35

asteroid
r · M

Zoe
Logos I

7001350000000000000♠~35

satellite of 58534 Logos
r · M

Naiad
Neptune III

7001350000000000000♠~35

moon of Neptune
r · M

43 Ariadne

7001350000000000000♠~35

asteroid
r · M

101 Helena

7001350000000000000♠~35
7002300000000000000♠300
asteroid
r · M

108 Hecuba

7001300000000000000♠~30
7002390000000000000♠390
asteroid
r · M

Desdemona
Uranus X

7001300000000000000♠~30

moon of Uranus
r · M

Halimede
Neptune IX

7001300000000000000♠~30

moon of Neptune
r · M

52975 Cyllarus

7001300000000000000♠~30

centaur
r · M

82 Alkmene

7001300000000000000♠~30

asteroid
r · M

60 Echo

7001300000000000000♠~30

asteroid
r · M

Crantor
83982

7001300000000000000♠~30

centaur
r · M

Comet Hale–Bopp
C/1995 O1

7001300000000000000♠~30

comet
r · M

Pasiphae
Jupiter VIII

7001300000000000000♠~30

moon of Jupiter
r · M

7066 Nessus

7001300000000000000♠~30

centaur
r · M

Neso
Neptune XIII

7001300000000000000♠~30

moon of Neptune
r · M

64 Angelina

7001300000000000000♠~30

belt asteroid (E)
r · M

67 Asia

7001300000000000000♠~30

asteroid
r · M

119 Althaea

7001300000000000000♠~30
7002200000000000000♠200
belt asteroid (S)
r · M

75 Eurydike

7001300000000000000♠~30
7002180000000000000♠180
belt asteroid (M)
r · M

142 Polana

7001300000000000000♠~30
7002180000000000000♠180
belt asteroid (F)
r · M

253 Mathilde

7001264000000000000♠26.4
7002103300000000000♠103.3
belt asteroid (C)
r · M

52872 Okyrhoe

7001250000000000000♠~25

centaur
r · M

2014 MU69
486958

7001250000000000000♠~25

KBO, cubewano, TNO
r · M

Bianca
Uranus VIII

7001250000000000000♠~25
7001920000000000000♠92
moon of Uranus
r · M

Prospero
Uranus XVIII

7001250000000000000♠~25
7001850000000000000♠85
moon of Uranus
r · M

Setebos
Uranus XIX

7001250000000000000♠~25
7001750000000000000♠75
moon of Uranus
r · M

123 Brunhild

7001250000000000000♠~25

belt asteroid
r · M

4348 Poulydamas

7001250000000000000♠~25

asteroid; Jupiter Trojan
r · M

1000 Piazzia

7001250000000000000♠~25

belt asteroid
r · M

113 Amalthea

7001250000000000000♠~25
7002100000000000000♠100
belt asteroid
r · M

Carme
Jupiter XI

7001250000000000000♠~25
7002130000000000000♠130
moon of Jupiter; Carme group
r · M

138 Tolosa

7001250000000000000♠~25
7001990000000000000♠99
belt asteroid (S)
r · M

126 Velleda

7001200000000000000♠~20
7001940000000000000♠94
belt asteroid
r · M

73 Klytia

7001200000000000000♠~20
7001920000000000000♠92
asteroid
r · M

Sao
Neptune XI

7001200000000000000♠~20

moon of Neptune
r · M

125 Liberatrix

7001200000000000000♠~20
7001870000000000000♠87
belt asteroid (M)
r · M

Metis
Jupiter XVI

7001200000000000000♠~20
7001360000000000000♠36
moon of Jupiter
r · M

132 Aethra

7001200000000000000♠~20
7001820000000000000♠82
belt asteroid (M)
r · M

Ophelia
Uranus VII

7001200000000000000♠~20
7001530000000000000♠53
moon of Uranus
r · M

Laomedeia
Neptune XII

7001200000000000000♠~20

moon of Neptune
r · M

118 Peitho

7001200000000000000♠~20
7001760000000000000♠76
belt asteroid
r · M

208 Lacrimosa

7001200000000000000♠~20
7001739000000000000♠73.9
belt asteroid (S) Koronis
r · M

136 Austria

7001200000000000000♠~20
7001680000000000000♠68
belt asteroid (M)
r · M

131 Vala

7001200000000000000♠~20
7001690000000000000♠69
belt asteroid
r · M

Cordelia
Uranus VI

7001200000000000000♠~20
7001440000000000000♠44
moon of Uranus
r · M

Siarnaq
Saturn XXIX

7001200000000000000♠~20

moon of Saturn
r · M

Notes:

(a) Name of body, including alternative names using Roman numerals to designate moons (such as "Saturn I" for Mimas), and numbers to designate minor planets
(b) Mean radius including uncertainties
(c) Reference column specifically for radius (r) and mass (M) citations

Legend:

  moon of Jupiter    moon of Saturn    moon of Uranus    moon of Neptune
  belt asteroid—types: C · D · E · F · M · R · S · T · X

text: From 1 to 20 km[edit]

text: This list contains only a few examples of objects between 1 and 20 km in radius.

text:
Body(a)
Image
Radius(b)
(km)
Mass
(1015 kg)
Type – notes
Refs (c)
r · M

167 Urda

7001200000000000000♠~20
7001667000000000000♠66.7
belt asteroid; Koronis family; S-type
r · M

Sinope
Jupiter IX

7001200000000000000♠~20
7001760000000000000♠76
moon of Jupiter
r · M

Psamathe
Neptune X

7001200000000000000♠~20
7001370000000000000♠37
moon of Neptune
r · M

29P/Schwassmann–
Wachmann

7001200000000000000♠~20

comet; centaur
r · M

Lysithea
Jupiter X

7001200000000000000♠~20
7001630000000000000♠63
moon of Jupiter; Himalia group
r · M

158 Koronis

7001200000000000000♠~20

belt asteroid; Koronis family; S-type
r · M

Hidalgo
944

7001190000000000000♠19

centaur, first to be discovered in 1920; historically called asteroid.
[57] · M

Hydra
Pluto III

7001190000000000000♠19

moon of Pluto
[58] · M

Helene
Saturn XII, Dione B

7001176000000000000♠17.6±0.4
7001250000000000000♠25
moon of Saturn; Dione trojan
[59] · M

Nix
Pluto II

7001175000000000000♠17.5

moon of Pluto
[60] · M

243 Ida

7001157000000000000♠15.7
7001420000000000000♠42
belt asteroid; Koronis family; S-type; binary
[61] · M

1655 Comas Solà

7001153000000000000♠15.3±1.1

belt asteroid; B-type
[62] · M

Atlas
Saturn XV

7001151000000000000♠15.1±0.9
7001660000000000000♠66
moon of Saturn
[59] · M

226 Weringia

7001150000000000000♠~15

belt asteroid; S-type
r · M

433 Eros

7001150000000000000♠~15
7001669000000000000♠66.9
Amor/ NEA
r · M

Stephano
Uranus XX

7001150000000000000♠~15
7001220000000000000♠22
moon of Uranus
r · M

Albiorix
Saturn XXVI

7001150000000000000♠~15

moon of Saturn
r · M

1036 Ganymed

7001150000000000000♠~15
7001330000000000000♠33
NEA
r · M

1815 Beethoven

7001150000000000000♠~15

belt asteroid
r · M

31824 Elatus

7001150000000000000♠~15

centaur
r · M

Perdita
Uranus XXV

7001150000000000000♠~15
7001130000000000000♠13
moon of Uranus
r · M

Linus
Kalliope I

7001150000000000000♠~15
7001600000000000000♠60
asteroid moon of 22 Kalliope
r · [63]

Ananke
Jupiter XII

7001150000000000000♠~15
7001382000000000000♠38.2
moon of Jupiter
r · M

Pan
Saturn XVIII

7001141000000000000♠14.1±1.3
7000495000000000000♠4.95
moon of Saturn
[6] · [64]

Dioretsa
20461

7001140000000000000♠14±3

[65] centaur;[66] damocloid

Phobos
Mars I

7001112670000000000♠11.267
7001107000000000000♠10.7
moon of Mars
r · M

Telesto
Saturn XIII or Tethys B

7001100000000000000♠~10

moon of Saturn Tethys trojan
r · M

Paaliaq
Saturn XX

7001100000000000000♠~10
7000819999999999999♠8.2
moon of Saturn
r · M

Francisco
Uranus XXII

7001100000000000000♠~10
7000720000000000000♠7.2
moon of Uranus
r · M

Calypso
Saturn XIV or Tethys C

7001100000000000000♠~10

moons of Saturn; Tethys trojan
r · M

Leda
Jupiter XIII

7001100000000000000♠~10
7001110000000000000♠11
moon of Jupiter; Himalia group
r · M

Ferdinand
Uranus XXIV

7001100000000000000♠~10
7000540000000000000♠5.4
moon of Uranus
r · M

Margaret
Uranus XXIII

7001100000000000000♠~10
7000540000000000000♠5.4
moon of Uranus
r · M

149 Medusa

7001100000000000000♠~10
7000800000000000000♠8
belt asteroid
r · M

Romulus
Sylvia I

7001100000000000000♠~10
7000400000000000000♠4
asteroid moon of 87 Sylvia
r · M

Ymir
Saturn XIX

7001100000000000000♠~10

moon of Saturn
r · M

Trinculo
Uranus XXI

7001100000000000000♠~10
7000390000000000000♠3.9
moon of Uranus
r · M

Cupid
Uranus XXVII

7001100000000000000♠~10
7000380000000000000♠3.8
moon of Uranus
r · M

S/2004 N 1

7001100000000000000♠~10

moon of Neptune
r · M

2002 Euler

7001100000000000000♠~10
7000550000000000000♠5.5
belt asteroid
r · M

Adrastea
Jupiter XV

7001100000000000000♠~10
7000200000000000000♠2
moon of Jupiter
r · M

Kiviuq
Saturn XXIV

7001100000000000000♠~10

moon of Saturn
r · M

2000 Herschel

7001100000000000000♠~10

belt asteroid[67]
r · M

Tarvos
Saturn XXI

7001100000000000000♠~10

moon of Saturn
r · M

S/2006 (624) 1
Hektor I

7001100000000000000♠~10

asteroid moon of 624 Hektor
r · M

Kerberos
Pluto IV

7001100000000000000♠~10

moon of Pluto
r · M

2685 Masursky

7001100000000000000♠~10
5–11
belt asteroid
r · M

Styx
Pluto V

7001100000000000000♠~10

moon of Pluto
r · M

951 Gaspra

7000610000000000000♠6.1±0.4
2–3
belt asteroid
[68] · M

(65407) 2002 RP120

7000500000000000000♠~5
7000310000000000000♠3.1
Damocloid (retrograde) & possible ejected SDO
r · M

Bestla
Saturn XXXIX

7000500000000000000♠~5

moon of Saturn
r · M

Petit-Prince
Eugenia I

7000500000000000000♠~5
7000120000000000000♠1.2
asteroid moon of 45 Eugenia
r · M

Deimos
Mars II

7000500000000000000♠~5
7000148000000000000♠1.48
moon of Mars
r · M

Ijiraq
Saturn XXII

7000500000000000000♠~5

moon of Saturn
r · M

S/2002 (121) 1
Hermione I

7000500000000000000♠~5
7000160000000000000♠1.6
asteroid moon of 121 Hermione
r · M

Halley's Comet

7000500000000000000♠~5
6998300000000000000♠0.03
comet
r · [69]

S/2001 (107) 1
Camilla I

7000500000000000000♠~5
7000150000000000000♠1.5
asteroid moon of 107 Camilla
r · M

Mab
Uranus XXVI

7000500000000000000♠~5

moon of Uranus
r · M

Erriapus
Saturn XXVIII

7000500000000000000♠~5

moon of Saturn
r · M

26858 Misterrogers

7000500000000000000♠~5

belt asteroid
r · M

Callirrhoe
Jupiter XVII

7000500000000000000♠~5

moon of Jupiter
r · M

Themisto
Jupiter XVIII

7000500000000000000♠~5
6999690000000000000♠0.69
moon of Jupiter
r · M

Remus
Sylvia II

7000500000000000000♠~5
6999200000000000000♠0.2
asteroid moon of 87 Sylvia
r · M

S/2003 (379) 1
Huenna I

7000500000000000000♠~5

asteroid moon of 379 Huenna
r · M

S/2003 (130) 1
Elektra I

7000500000000000000♠~5
6999400000000000000♠0.4
asteroid moon of 130 Elektra
r · M

S/2004 (45) 1
Eugenia II

7000500000000000000♠~5

asteroid moon of 45 Eugenia
r · M

118401 LINEAR

7000500000000000000♠~5
6999230000000000000♠0.23
main-belt comet
r · M

4179 Toutatis

7000500000000000000♠~5
6998500000000000000♠0.05
NEA
r · M

3200 Phaethon

7000500000000000000♠~5
6999140000000000000♠0.14
Apollo asteroid; B-type
r · M

2P/Encke

7000500000000000000♠<5

comet
r · M

C/1996 B2
Comet Hyakutake

7000500000000000000♠<5

comet[70]
r · M

81P/Wild
Wild 2

7000500000000000000♠<5

comet
r · M

Polydeuces
Saturn XXXIV or Dione C

7000500000000000000♠<5
6998300000000000000♠0.03
moon of Saturn; Dione trojan
r · M

17P/Holmes

7000500000000000000♠<5

comet
r · M

5535 Annefrank

7000500000000000000♠<5

belt asteroid
r · M

3753 Cruithne

7000500000000000000♠<5
6999130000000000000♠0.13
Aten asteroid & quasi-satellite of Earth
r · M

(285263) 1998 QE2

7000500000000000000♠<5

NEA; binary
r · M

4055 Magellan

7000500000000000000♠<5

Amor asteroid; V-type
r · M

9969 Braille

7000500000000000000♠<5

Mars-crosser asteroid
r · M

132524 APL

7000500000000000000♠<5

belt asteroid
r · M

(6178) 1986 DA

7000500000000000000♠<5
6997200000000000000♠0.002
amor asteroid; M-type
r · M

Comet Comas Solà

7000420000000000000♠4.2

Jupiter-family comet[71]
[72] · M

Daphnis
Saturn XXXV

7000390000000000000♠3.9±0.8
6998840000000000000♠0.084
moon of Saturn
r · [64]

9P/Tempel

7000279999999999999♠2.8
6998750000000000000♠0.075
comet
[73] · M

2867 Šteins

7000265000000000000♠2.65

belt asteroid; E-type
[74] · M

19P/Borrelly

7000240000000000000♠2.4

Jupiter-family comet[71]
[75] · M

Pallene
Saturn XXXIII

7000222000000000000♠2.22±0.07[76]
6998429999999999999♠0.043
moon of Saturn
r · M

Comet Churyumov–Gerasimenko

7000190000000000000♠1.9

Jupiter-family comet[71]
r · M

(53319) 1999 JM8

7000175000000000000♠1.75

Apollo asteroid; PHA
[77] · M

Methone
Saturn XXXII

7000145000000000000♠1.45±0.03[76]
6998190000000000000♠0.019
moon of Saturn
r · M

Notes:

(a) Name of body, including alternative names using Roman numerals to designate moons (such as "Saturn I" for Mimas), and numbers to designate minor planets
(b) Mean radius including uncertainties
(c) Reference column specifically for radius (r) and mass (M) citations

Legend:

  moon of Mars    moon of Jupiter    moon of Saturn    moon of Uranus    moon of Neptune    moon of Pluto

Types:

Main belt asteroids; Comets; NEA: Near-Earth asteroid; Asteroid moon

text: Below 1 km[edit]

text: This list contains only a few examples of objects below 1 km in radius.

text: In the asteroid belt alone there are estimated to be between 1.1 and 1.9 million objects with a radius above 0.5 km,[78] many of which are in the range 0.5–1.0 km. Countless more have a radius below 0.5 km.

text: Very few objects in this size range have been explored or even imaged. The exceptions are objects that have been visited by a probe, or have passed close enough to Earth to be imaged. Radius is by mean geometric radius. Number of digits not an endorsement of significant figures. Mass scale shifts from × 1015 to 1012 kg, which is 1015 grams (Petagram – Pg).

text: Currently most of the objects of mass between 109 kg to 1012 kg (less than 1000 teragrams (Tg)) listed here are near-Earth asteroids (NEAs). (See also List of NEAs by distance from Sun.) 1994 WR12 has less mass than the Great Pyramid of Giza, 5.9 × 109 kg.

text: For more about very small objects in the Solar System, see meteoroid, micrometeoroid, and interplanetary dust cloud. (See also Visited/imaged bodies.)

text:
Body(a)
Image
Radius(b)
(m)
Mass
(1012 kg)
Type – notes
Refs (c)

1620 Geographos

7002885000000000000♠885
7000400000000000000♠4
NEA · Apollo
[79] · M

1862 Apollo

7002850000000000000♠850
7000509999999999999♠5.1
NEA · Apollo · Q-type
r · M

(214869) 2007 PA8

7002800000000000000♠~800

NEA · Apollo
[80] · M

100000 Astronautica

7002800000000000000♠~800

Inner belt asteroid[81]
[82] · M

Dactyl
Ida I

7002700000000000000♠700

Moon of 243 Ida
r · M

1566 Icarus

7002700000000000000♠700
7000290000000000000♠2.9
NEA · Apollo · U-type
r · M

4769 Castalia

7002700000000000000♠700
7000130000000000000♠1.3
NEA · Apollo
[83] · M

(137108) 1999 AN10

7002650000000000000♠650

NEA · Apollo
r · M

(29075) 1950 DA

7002600000000000000♠600
7000300000000000000♠3
NEA · Apollo
r · M

(66391) 1999 KW4

7002600000000000000♠600
7000233000000000000♠2.33
NEA · Aten · Mercury-crosser
r · M

46P/Wirtanen

7002600000000000000♠600

Comet
r · M

103P/Hartley
Hartley 2

7002570000000000000♠570±80
6999300000000000000♠0.3
Comet
r · [84]

3908 Nyx

7002520000000000000♠520
7000500000000000000♠5
NEA · Amor · V-type
r · M

14827 Hypnos

7002450000000000000♠450

Comet · dormant comet[85]
[86] · M

2062 Aten

7002450000000000000♠450
6999760000000000000♠0.76
NEA · Aten
[87] · M

2007 CA19

7002432000000000000♠432
7000120000000000000♠1.2
NEA · Apollo
r · M

6489 Golevka

7002350000000000000♠350

NEA · Apollo
[88] · M

25143 Itokawa

7002346000000000000♠346
6998358000000000000♠0.0358
NEA · Apollo
r · M

Aegaeon
Saturn LIII

7002330000000000000♠330±60[76]

moon of Saturn
r · M

2004 XP14

7002300000000000000♠300

NEA · Apollo
r · M

(144898) 2004 VD17

7002290000000000000♠290
7000300000000000000♠3
NEA · Apollo
r · [89]

101955 Bennu

7002275000000000000♠275

NEA · Apollo · PHO

(308635) 2005 YU55

7002180000000000000♠180

NEA[90] Apollo · PHO[91]
[92] · M

4660 Nereus

7002165000000000000♠165

NEA · Apollo
[93] · M

(357439) 2004 BL86

7002162500000000000♠162.5

NEA · Apollo · binary
r · M

99942 Apophis

7002162500000000000♠162.5
6998500000000000000♠0.05
NEA · Aten · PHO
[94] · [89]

S/2009 S 1

7002150000000000000♠150

moon of Saturn
r · M

2010 TK7

7002150000000000000♠150

Earth trojan · Apollo
r · M

2007 TU24

7002125000000000000♠125

NEA · Apollo · PHO
[95] · M

2002 JE9

7002100000000000000♠100

NEA · Apollo · PHO
r · M

2010 XC15

7002100000000000000♠100

NEA · Apollo · PHO
r · M

1994 WR12

7001650000000000000♠65
6997200000000000000♠0.002
NEA · Aten
[96] · [89]

(410777) 2009 FD

7001650000000000000♠65
6997280000000000000♠0.0028
NEA · Apollo
[97] · [97]

2008 HJ

7001180000000000000♠18
6994500000000000000♠0.000005
NEA · fast rotator, LCDB, (43 s)[98]
[98] · [98]

367943 Duende

7001150000000000000♠15

NEA
r · M

1998 KY26

7001150000000000000♠15

NEA · fast rotator (10 min)
[99] · M

Notes:

(a) Name of body, including alternative names using Roman numerals to designate moons (such as "Saturn LIII" for Aegaeon), and numbers to designate minor planets
(b) Mean radius including uncertainties
(c) Reference column specifically for radius (r) and mass (M) citations

Legend:

  minor-planet moon    moon of Saturn
NEA: near-Earth asteroid; Apollo asteroids are a group of NEAs

text: Surface gravity[edit]

text: The surface gravity at the equator of a body can in most cases be accurately calculated using Newton's law of universal gravitation and centrifugal force.

text: The gravitational acceleration at the equator is given by Newton's law of universal gravitation. The formula that follows from this law is:

text: where

text: The magnitude of the outward acceleration due to centrifugal force is given by

text: where

text: The surface gravity at the equator is then given by

text: Notes[edit]