detached object 

Statements about this table:
2000 yw 134 be the only type 8:3 detach object discover
the most recently discover detached object be the 2010 kz39
the largest detached object discover be the sedna at 995 - 1600 km
the earliest discover detached object be the 1995 tl 8
2000 yw 134 be 1 among many other type 8:3 detach object discover
the second earliest discover detached object be the 2010 kz39
neither 2003 uy291 nor 2003 fz129 be the smallest detached object
the most recently discover detached object be the 2003 uy291
name
diameter (km)
perihelion (au)
aphelion (au)
year discovered
discoverer (s)
type
sedna
995 - 1600
76.1
975.5
2003
brown , trujillo , rabinowitz
detached (arxivorg)
2004 xr190
335 - 850
52.3
61.8
2004
lynne jones et al
detached
2004 vn112
130 - 300
47.3
614
2004
ctio
detached
2005 tb 190
~500
46.2
106.5
2005
becker , a c et al
detached
2000 cr 105
~250
44.3
397
2000
lowell observatory
detached
name
diameter (km)
perihelion (au)
aphelion (au)
year discovered
discoverer (s)
type
2003 uy291
~150
41.2
57.1
2003
pittichova , j et al
classical 
2000 yw 134
~500
41.0
73.9
2000
spacewatch
8:3
1995 tl 8
~350
40.0
64.5
1995
a gleason
detached
2010 kz39
440 - 980
39.1
52.5
2010
a udalski et al
detached or classical
2003 qk91
~180
38.4
98.5
2003
elliot , j et al
detached
name
diameter (km)
perihelion (au)
aphelion (au)
year discovered
discoverer (s)
type
2003 fz129
~150
38.0
85.6
2003
mauna kea
detached
2005 pq 21
~200
37.6
87.6
2005
cerro tololo
detached
2006 qh181
~765
37.6
97.0
2006
ctio
detached or 5:1 
2003 fy 128
~440
37.0
61.7
2003
neat
detached
2006 hx122
~290
36.4
102.6
2006
m w buie
detached or 7:2