The first trans-Neptunian object (TNO) after Pluto was discovered in 1992. Given the remoteness of TNOs, it was years before sizes were first measured for a few TNOs. For a variety of reasons (direct and indirect), TNOs are believed related to comets which are generally quite dark. The conventional wisdom in the 1990s was an initial best estimate of 0.04 for the albedo of TNOs.

Accumulated measurements of size and albedo now suggest that, while some TNOs are indeed this dark, some are significantly brighter. Reported measurements are summarized below.

Statistics on albedo values by type of object (2014):

object type	all objects			objects with diameter < 900 km, well constrained
	count	mean albedo	median albedo	count	mean albedo	median albedo
centaurs	61	0.078	0.070	61	0.078	0.070
all TNOs	112	0.174	0.136	81	0.144	0.122
Haumea family	4	0.469	0.478	2	0.524	0.524
other TNOs	15	0.148	0.125	14	0.153	0.129
cubewanos	48	0.159	0.150	29	0.120	0.116
SDOs	10	0.276	0.193	8	0.185	0.170
plutinos	25	0.152	0.100	22	0.114	0.087
other resonant	10	0.126	0.090	6	0.137	0.090

The relevant diameter measurements are listed below. This includes 127 TNOs (of which 49 are binary or multiple) and 60 Centaurs (including 2 binaries). The TNOs include the so-called "dwarf" planets Pluto, Eris, Haumea, and Makemake. Measurements for Pluto and Charon are limited to those published since 1986. All other diameter estimates on the pages Trans-Neptunian objects and List of known trans-Neptunian objects assume an albedo of 0.09. This is a revision in 2005 on these pages from a previous model (the old model assumed albedos of 0.09 for Centaurs, 0.04 for TNOs less than 660 km in diameter, and an increasing albedo for larger TNOs based on a best fit to observations through early 2004).

The current total of 187 TNOs and Centaurs with measured diameters/albedos compares to 174 in 2014, 129 in early 2013, 91 in 2011, 55 in 2008, 34 in 2006, and 16 in 2004. Much of the increase in the last six years is from thermal measurements from the Spitzer and Wide-Field Infrared Survey Explorer Space Telescopes and from measurements derived from orbit determinations for binary TNOs. The average albedo for Centaurs has changed little. Average values for TNOs are higher than previously reported. Some apparent factors are:

• The largest TNOs tend to have very high albedos. The dwarf planets Pluto, Eris, Haumea, and Makemake have an average albedo of 0.77. Other large TNOs appear to have higher albedos than the norm. This is understood to result from the presence of ices and frost on the surface of these large objects, objects large enough to retain volatiles and in some cases to retain transient atmospheres that can produce frost deposits.
• For smaller TNOs, dynamically-derived albedos for binary TNOs tend to be higher than albedos derived from thermal observations. This could result from resurfacing for collisionally-produced binaries, from selection effects where only the brighter smaller objects are observable, from actual densities being lower than the typically assumed 1 g/cm³ for derivation of binary albedos, or from some combination of these factors.

Density values have been measured or estimated for 31 TNOs and centaurs, with values ranging from 0.46 to 2.64 g/cm³. For objects with diameters greater than 900 km, the mean and median densities are 1.96 and 1.95 g/cm³, respectively. For objects with diameters less than 900 km, the mean and median densities are 1.06 and 1.01 g/cm³, respectively. For objects with diameters less than 400 km, the mean and median densities are 0.94 and 0.78 g/cm³, respectively.

Explanation of columns:

• permanent number, name, provisional designation
• type: dynamical type (CEN = Centaur, CUB = cubewano, HAU = Haumea family, SDO = scattered disk object, TNO = other trans-Neptunian object, SAT = satellite). Binary or multiple objects are indicated with asterisks for the total number of components (** = binary, *** = triple, etc.).
• H: MPC reported absolute magnitude
• H_V: measured absolute magnitude used in the diameter/albedo calculation
• effective diameter: diameter of object, if single; for objects with companions, the combined effective diameter
• primary diameter: diameter of primary component (for objects with companions)
• secondary diameter: diameter of secondary (or tertiary) component, if any
• albedo: albedo, with codes B = blue, V = visual, R = red, G = geometric
• density: density
• meth: method of measurement, with T = thermal, Y = dynamical (determined from mutual orbit of binary components), I = direct imaging, E = eclipses/mutual events, O = stellar occultation. * indicates reanlysis of previously published results. Method for density determination given in parenthesis.
• source: code for source of measurements, with sources listed at the end of this page.
• derived values are indicated by brackets []; A = assumed (not measured) value.

number/name	prov. des.	type	H	HV	effective diameter (km)	primary diameter (km)	secondary diameter (km)	albedo	density (g/cm3)	meth	source
(2060) Chiron	1977 UB	CEN	6.2	6.90±0.02	180±40/50			0.1±0.09/0.035 *		T	L84a
					<372			>0.027		T	S91a
				6.8	<300			>0.04 *		T	J92a
					<166					O	B93a
				6.9	[180.4±21.7]			0.14±0.06/0.03 *		T	C94a
					168±20			0.13±0.04/0.03 V		T	A95a
					179.2±13.6					O	B96a
					>180.4±13					O	B96a
					160±20			0.14±0.02 *		T	G00a
				6.85±0.03	148±8			0.17±0.02 *		T	F02a
				7.28±0.08	142±10			0.11±0.02 *		T	G04a
				6.58	233.3±14.7/14.4			0.076±0.01/0.009 V		T	S08a
				6.2	250±34/39			0.07±0.02		T	S12e
				6.5	201.2±62.4			0.11±0.052		T	B13b
				5.92±0.20	218±20			0.160±0.030		T	F13b
				6.5	234			0.080±0.056/0.029 V		T	M13a
					>158±14					O	R15a
				5.92±0.20	210±11/14			0.172±0.043/0.036		T	L17a
(5145) Pholus	1992 AD	CEN	7.1		>189±26			<0.044±0.013 V		T	D93a
					185±16			[0.043±0.03] V		T	D96a
									0.5	(H)	T05a
				7.63	140±40			0.08±0.07/0.03 V		T	S08a
				7.68±0.28	107±18/19			0.126±0.076/0.049 V		T	D13a
				7.0	127			0.174±0.303/0.093 V		T	M13a
(7066) Nessus	1993 HA2	CEN	9.6	9.7	60±16			0.065±0.053/0.025 V		T	S08a
				9.51±0.22	57±17/14			0.086±0.075/0.034 V		T	D13a
				9.6	57			0.079±0.092/0.039 V		T	M13a
(8405) Asbolus	1995 GO	CEN	9.1		66±4			0.12±0.03 *		T	F02a
					77.5±7.5			0.095±0.015 V		T	S05a
				9.15	84.2±7.8			0.055±0.013/0.009 V		T	S08a
				9.13±0.25	85±8/9			0.056±0.019/0.015 V		T	D13a
				9.0	86			0.060±0.040/0.023 V		T	M13a
					>20					O	B14a
(10199) Chariklo	1997 CU26	CEN	6.6		302±30			0.045±0.01 *		T	J98a
					273±19			0.055±0.008 *		T	A01a
				6.7±0.2	236±12			0.07±0.01 *		T	G04a
					225±25			0.1±0.02 V		T	S05a
				6.66	258.6±10.3			0.057±0.005/0.004 V		T	S08a
				6.6	219±30/34			0.08±0.03/0.02		T	S12e
				6.66	226.1±29.3			0.075±0.015		T	B13b
				7.40±0.25	248±18			0.035±0.010		T	F13b
				6.4	263			0.071±0.044/0.028 V		T	M13a
					254±8			0.031±0.005		O	B14a
					254±8			0.031 G		O	B14b
				7.40±0.25	[240.6]			0.036±0.010	0.75	O (H)	D14a
				7.2±0.1	238±10			0.042±0.010		T	F14a
					242±2					O	S14a
				7.30±0.20	241±9/8			0.037±0.009/0.008		T	L17a
(10370) Hylonome	1995 DW2	CEN	8.6	9.41	70±20			0.062±0.05/0.03 V		T	S08a
				9.51±0.08	77±15			0.048±0.027/0.014 V		T	D13a
				8.0	88			0.144±0.378/0.069 V		T	M13a
(15789)	1993 SC	PLU	7.0		328±58/66			0.022±0.013/0.006 *		T	T00a
					398±108/171			0.035±0.016/0.013 R		T*	G05a
					398±110/171			0.035±0.016/0.013 V		T	C06a
(15820)	1994 TB	PLU	7.3	8	<451.3±176.1/145.4			>0.006±0.006/0.003 V		T	S08a
				7.934±0.354	85±36/28			0.172±0.258/0.097		T	L13b
				7.1	91			0.310±0.243/0.160 V		T	M13a
(15874)	1996 TL66	SDO	5.4		632±84/98			0.03±0.012/0.007 *		T	T00a
					<958			>0.018 R		T*	G05a
					<958			>0.018 V		T	C06a
				5.46	575±116/115			0.035±0.02/0.011 V		T	S08a
				5.39±0.12	339±20			0.11±0.021/0.015 V		T	S12a
(15875)	1996 TP66	PLU	7.0		350±50			0.03±0.01 V		T	S05a
				7.42	160±45			0.074±0.07/0.03 V		T	S08a
				7.51±0.09	154±28.8/33.7			0.074±0.063/0.031 V		T	M12a
(19308)	1996 TO66	HAU	4.5	4.5	<897			>0.04 *		T	A04a
					<902			>0.033 R		T*	G05a
				4.5	409			0.168±0.221/0.082 V		T	M13a
				4.81±0.14	<330			>0.20 V		T	V18a
(19521) Chaos	1998 WH24	CUB	4.8	4.9	<742			>0.04 *		T	A04a
					<747			>0.058 R		T*	G05a
				5.00±0.06	600±140/130			0.05±0.03/0.016 V		T	V12a
(20000) Varuna	2000 WR106	CUB	3.6		900±129/145			0.07±0.03/0.017 R		T	J01a
									>1.05	(H)	J02a
					1060±180/220			0.038±0.022/0.01 V		T	L02a
					936±238/324			0.037±0.011/0.014 R		T*	G05a
					600±150			0.21±0.09 V		T	S05a
				3.94	586±190/129			0.14±0.09/0.06 V		T	C06a
									0.992±0.086/0.015	(H)	L07a
				3.99	500±100			0.16±0.1/0.08 V		T	S08a
					714±178/128			0.088±0.042/0.031 V		T*	B09a
				3.760±0.035	668±154/86			0.127±0.040/0.042		T	L13b
				3.7	816			0.088±0.089/0.049 V		T	M13a
					678					O	B14a
(24835)	1995 SM55	HAU	4.8	4.8	<701			>0.04 *		T	A04a
					<704			>0.067 R		T*	G05a
									>0.60	(H)	T16a
				4.49±0.03	<280			>0.36 V		T	V18a
(26181)	1996 GQ21	SDO	5.2	5.2	262			0.214±0.291/0.102 V		T	M13a
(26308)	1998 SM165	1:2**	5.8		[244.4]	232	[77]	0.15 *	A 1	Y	M04a
						238±54		0.14±0.06 R	A 1±1/0.5	Y*	G05a
				6.13	[302.6]	287±36	96±12	0.07±0.02 V	0.51±0.29/0.14	T (Y)	S06b
				6.38	279.8±29.7/28.6			0.063±0.015/0.012 V		T	S08a
					[238.4]	229±51	[66.3]	0.105±0.045 V	A 1±1/0.5	Y*	G11a
				6.023±0.075	291±22/26			0.083±0.018/0.013		T	L13b
									0.59±0.16/0.14	Y	K17a
(26375)	1999 DE9	2:5	5.1	5.21	461±46.1/45.3			0.069±0.016/0.012 V		T	S08a
				5.154±0.046	311±29/32			0.163±0.041/0.026		T	L13b
				4.7	444			0.118±0.096/0.048 V		T	M13a
(28978) Ixion	2001 KX76	PLU	3.3	3.2	<804			>0.15 *		T	A04a
					<822			>0.148 R		T*	G05a
					475±75			0.375±0.125 V		T	S05a
				4.04	480±152/136			0.19±0.18/0.08 V		T	C06a
				3.84	650±260/220			0.12±0.14/0.06 V		T	S08a
				3.828±0.039	617±19/20			0.141±0.011		T	L13b
				3.2	549			0.308±0.337/0.141 V		T	M13a
(29981)	1999 TD10	CEN	8.7		90±15			0.075±0.025 V		T	S05a
				9.1	88±16/15			0.053±0.025/0.015 V		T	C06a
				8.93	103.7±13.6/13.5			0.044±0.014/0.01 V		T	S08a
				8.8	103			0.051±0.044/0.023 V		T	M13a
(31824) Elatus	1999 UG5	CEN	10.1	10.52	30±8			0.1±0.04/0.03 V		T	S08a
				10.1	57±15.9			0.05±0.028		T	B13b
				10.40±0.09	49.8±10.4/9.8			0.049±0.028/0.016 V		T	D13a
				10.1	45			0.079±0.127/0.043 V		T	M13a
(32532) Thereus	2001 PT13	CEN	9.0		80±5			0.098±0.013 V		T	S05a
				9.32	87.8±9.5/9.4			0.043±0.011/0.008 V		T	S08a
				9.0	86.5±1.9			0.059±0.013		T	B13b
				9.40±0.16	62±3			0.083±0.016/0.013 V		T	D13a
				9.0	66			0.103±0.081/0.042 V		T	M13a
(32929)	1995 QY9	PLU	8.0	7.5	66			0.400±0.853/0.231 V		T	M13a
(33128)	1998 BU48	CEN	7.2	7.2	213			0.052±0.065/0.028 V		T	M13a
(33340)	1998 VG44	PLU	6.5	6.67±0.04	248±43/41			0.063±0.026/0.017		T	L13b
				6.5	398			0.028±0.024/0.013 V		T	M13a
(35671)	1998 SN165	TNO	5.6	5.72	460±60/80			0.043±0.018/0.012 V		T	S08a
				5.8	446			0.043±0.035/0.021 V		T	M13a
				5.707±0.085	393±49/48			0.060±0.019/0.013 V		T	V14a
(38628) Huya	2000 EB173	PLU**	4.9	4.7	<540			>0.08 *		T	A04a
					<548			>0.084 R		T*	G05a
					480±50			0.11±0.02 V		T	S05a
				5.1	500±75/69			0.066±0.023/0.016 V		T	C06a
				5.23	532.6±25.1/24.4			0.05±0.005/0.004 V		T	S08a
				5.14±0.07	438.7±26.5/25.2			0.081±0.011 V		T	M12a
				4.9	384±98/134			0.10±0.13/0.04		T	S12e
				5.04±0.03	458.0±9.2			0.083±0.004		T	F13b
									>1.43	(H)	T14a
					458±22/21			0.081±0.008		T	L17a
(40314)	1999 KR16	TNO	5.8	5.37±0.08	254±37			0.204±0.07/0.05 V		T	S12a
				6.24±0.15	232±34/36			0.105±0.049/0.027 V		T	V18a
(42355) Typhon	2002 CR46	CEN**	7.5		155±15			0.1±0.02 V		T	S05a
				7.65±0.01	A 172.8±15.6/18	152±28/32	84±16/18	A 0.051±0.012/0.008 *	0.44±0.44/0.17	T (Y)	G08a
				7.65	175±17/20			0.051±0.013/0.009 V		T	S08a
				7.68±0.04	144±10			0.075±0.01 V	0.66±0.09/0.08	T (Y)	M10b
					[127.8]	112±26	[61.5]	0.09±0.04 V	A 1±1/0.5	Y*	G11a
				7.72±0.04	185±7	162±7	89±6	0.044±0.003 V	0.36±0.08/0.07	T (Y)	S12a
				7.715±0.035	157±34	137±30	77±16	0.06±0.041/0.021 V	0.6±0.72/0.29	T (Y)	S12d
				7.5	192±50			0.05±0.03		T	B13b
					[<87]	<76	<42	>0.06 V	>0.42	D (H)	T14a
									0.34±0.05	Y	K17a
(44594)	1999 OX3	CEN	7.3	7.718±0.092	135±13/12			0.081±0.018/0.015		T	L13b
				7.1	151			0.111±0.119/0.062 V		T	M13a
(47171) Lempo	1999 TC36	PLU***	4.9	4.9	609±93/47			0.05±0.01 *		T	A04a
					[313.6]	294	[109]	0.23 *	A 1	Y	M04a
						301±68		0.22±0.01 R	A 1±1/0.5	Y*	G05a
					375±50			0.15±0.04 V	0.675±0.125	T (Y)	S05a
				5.37	405±65/55	379	133	0.079±0.031/0.021 V	0.5±0.4/0.2	T (Y)	S06c
				5.39	414.6±38.8/38.2			0.072±0.015/0.012 V		T	S08a
					A 414.6±38.8/38.2	286±45/38	265±41/35	A 0.07	0.542±0.317/0.211	(Y)	B10a
					A 414.6±38.8/38.2		139±22/18	A 0.07	0.542±0.317/0.211	(Y)	B10a
				5.41±0.1	393.1±25.2/26.8	272±17/19	251±16/17	0.079±0.013/0.011 V	0.64±0.15/0.11	T (Y)	M12a
				5.41±0.1	393.1±25.2/26.8		132±8/9	0.079±0.013/0.011 V	0.64±0.15/0.11	T (Y)	M12a
									0.47±0.10/0.09	Y	K17a
(47932)	2000 GN171	PLU	6.0						0.65±0.09	(H)	D08a
				6.2	321±57.4/54.2			0.057±0.025/0.016 V		T	S08a
				6.45±0.34	147.1±20.7/17.8			0.215±0.093/0.07 V		T	M12a
(48639)	1995 TL8	SDO**	5.4	5.29±0.06	244±82/63			0.231±0.189/0.102		T	L13b
				5.3	194			0.369±0.237/0.142 V		T	M13a
(50000) Quaoar	2002 LM60	CUB**	2.4			1260±190		0.092±0.036/0.023 R		I	B04a
				2.74	844±207/190			0.199±0.132/0.07 V		T	S08a
				2.739±0.011	908±112/118			0.172±0.055/0.036 V		T	B09a
				2.739±0.011	830±178/142			0.206±0.093/0.066 V		T*	B09a
					[893.1]	A 890±70	[74.2]		4.2±1.3	TI* (Y)	F10a
						1170		0.11		O	B11a
				2.82±0.06		1128±48/34		0.109±0.007 V	1.99±0.46	O	B13c
					A 890±70				3.85±1.15	(Y)	F13a
				2.73±0.06	1073.6±37.9	1070±38	81±11	0.127±0.010/0.009	2.18±0.43/0.36	T	F13b
						<1160±240				O	F13c
				2.5	910			0.219±0.216/0.089 V		T	M13a
						1111±4.6		0.109±0.007	1.99±0.42	O (H)	B14a
						>1138±25		0.14±0.10	<1.82±0.28	O	D14b
					[<917]	<914	<69	>0.06 V	>0.50	D (H)	T14a
					1083±50	1079±50	82±17	0.12±0.01	2.13±0.29	T (Y)	B17a
					1071±53/57			0.124±0.016/0.012		T*	L17a
(52872) Okyrhoe	1998 SG35	CEN	10.9		45±5			0.03±0.005 V		T	S05a
				11.04	52.1±6.9			0.025±0.008/0.006 V		T	S08a
				11.0	36±1.2			0.058±0.02		T	B13b
				11.07±0.10	35±3			0.056±0.012/0.010 V		T	D13a
				10.8	52			0.032±0.022/0.012 V		T	M13a
(52975) Cyllarus	1998 TF35	CEN	9.4	9.01	62±20/18			0.115±0.09/0.05 V		T	S08a
				9.02±0.15	56±21/18			0.139±0.157/0.064 V		T	D13a
				9.3	55			0.107±0.148/0.071 V		T	M13a
(54598) Bienor	2000 QC243	CEN	7.5		175±25			0.055±0.015 V		T	S05a
				7.7	206.7±30.1			0.034±0.013/0.008 V		T	S08a
				7.5	187.5±15.5			0.05±0.019		T	B13b
				7.57±0.34	198±6/7			0.043±0.016/0.012 V		T	D13a
				7.6	201			0.041±0.029/0.017 V		T	M13a
				7.57±0.34	199±9/12			0.041±0.016/0.012		T	L17a
(55565)	2002 AW197	CUB	3.4		886±115/131			0.101±0.038/0.022 R		T	M02a
				3.27	700±50			0.17±0.03 *		T	C05a
					700±50			0.17±0.03 V		T	S05a
				3.62	734±123/135			0.12±0.06/0.032 V		T	C06a
				3.61	734.6±116.4/108.3			0.118±0.044/0.03 V		T	S08a
					742±98/104			0.115±0.041/0.025 V		T*	B09a
				3.3	686			0.186±0.163/0.085 V		T	M13a
				3.568±0.046	768±39/48			0.112±0.012/0.011 V		T	V14a
(55576) Amycus	2002 GB10	CEN	7.8	8.07	76.3±12.5			0.18±0.078/0.047 V		T	S08a
				7.46	100.9±40.1			0.18±0.135		T	B13b
				8.27±0.11	104±8			0.083±0.016/0.015 V		T	D13a
				7.5	122			0.123±0.110/0.057 V		T	M13a
(55636)	2002 TX300	HAU	3.2		<907			>0.084 V		T	O04a
					<709			>0.19 R		T*	G05a
				3.49	<800			>0.1 V		T	S08a
					<420			>0.41 V		T*	B09a
					286±10			0.88±0.15/0.06 V		O	E10a
									>0.15	(H)	H18a
				3.36±0.05	323±95/37			0.76±0.18/0.45 V		T	V18a
(55637)	2002 UX25	CUB**	3.7	3.8	681.2±115.6/114			0.115±0.051/0.031 V		T	S08a
					680±106/108			0.111±0.049/0.03 V		T*	B09a
				3.87±0.02	697.2±23.0/24.5			0.107±0.005/0.008		T	F13b
					A 692±23	664	190	A 0.107±0.005/0.008 V	0.82±0.11	T* (Y)	B13d
				3.6	705			0.129±0.119/0.059 V		T	M13a
				3.87±0.02	A 697±35	670±34	193±10	A 0.107±0.01 V		T*	V14a
					698±40	659±38	230±19	0.10±0.01	0.80±0.13	T (Y)	B17a
					695±30/29			0.104±0.011/0.010		T*	L17a
									0.78±0.10	Y	K17a
(55638)	2002 VE95	PLU	5.6	5.70±0.06	249.8±13.5/13.1			0.149±0.019/0.016 V		T	M12a
(58534) Logos	1997 CQ29	CUB**	6.7		[109.3]	84	[70]	0.41 *	A 1	Y	M04a
					[103.7]	80	66	0.37 R	A 1	Y	N04b
						77±18		0.39±0.17 R	A 1±1/0.5	Y*	G05a
					[105.7]	82±18	[66.7]	0.195±0.085 V	A 1±1/0.5	Y	G11a
						82.2±0.4		0.28±0.02 R	A 1	Y*	P11a
(60558) Echeclus	2000 EC98	CEN	9.4		70±15			0.125±0.045 V		T	S05a
				9.55	83.6±15/15.2			0.038±0.019/0.011 V		T	S08a
				9.55	59±4			0.077±0.015		T	B13b
				9.78±0.14	64±2			0.054±0.007/0.006 V		T	D13a
				9.4	87			0.042±0.049/0.021 V		T	M13a
(60608)	2000 EE173	CEN	8.6	8.5	117			0.054±0.054/0.024 V		T	M13a
(63252)	2001 BL41	CEN	11.7	11.47	35±7/8			0.039±0.025/0.013 V		T	S08a
				11.34±0.21	34.6±6.1/6.6			0.043±0.028/0.014 V		T	D13a
				11.5	35			0.037±0.032/0.018 V		T	M13a
(65489) Ceto	2003 FX128	CEN**	6.4	6.614±0.021	218±20/22	174±16/18	132±12/14	0.084±0.021/0.014 *	1.37±0.66/0.32	T (Y)	G07a
									2.3±0.31	(H)	D08a
				6.6	229.7±18.6/18.2			0.077±0.014/0.011 V		T	S08a
					[238.0]	189±43	[144.7]	0.09±0.04 V	A 1±1/0.5	Y*	G11a
				6.54±0.06	281±11	223±10	171±10	0.056±0.006 V	0.64±0.16/0.13	T (Y)	S12a
(66652) Borasisi	1999 RZ253	CUB**	5.9		[215.2]	166	137	0.12±0.01 B	A 1	Y	N04a
						170±39		0.29±0.12 R	A 1±1/0.5	Y*	G05a
					[206.2]	160±36	[130.1]	0.175±0.075 V	A 1±1/0.5	Y	G11a
						163.2±0.4		0.192±0.009 R	A 1	Y*	P11a
				5.9	153			0.343±0.358/0.175 V		T	M13a
				6.121±0.070	163±32/66	126±25/51	103±20/42	0.236±0.438/0.077 V	2.1±2.6/1.2	T (Y)	V14a
									2.11±2.58/1.26	Y	K17a
(73480)	2002 PN34	CEN	8.6	8.66	119.5±10.3/10.2			0.043±0.008/0.007 V		T	S08a
				8.66±0.03	112±7			0.049±0.006 V		T	S12a
(78799)	2002 XW93	CEN	5.5	5.4±0.7	565±71/73			0.038±0.043/0.025 V		T	V12a
(79360) Sila-Nunam	1997 CS29	CUB**	5.3	5.65±0.09	335±85			0.1±0.04 V		T	M10b
					A 343±41/42	250±30	236±28	0.086±0.026/0.017 V	0.72±0.37/0.22	T (Y)	G12a
				5.56±0.04	343±42	[249.1]	[235.7]	0.09±0.027/0.017 V	0.73±0.28	T (Y)	V12a
				5.56±0.04	343±42	249±30/31	236±28/29	0.090±0.027/0.017 V	0.73±0.28	T* (Y)	V14a
(82075)	2000 YW134	3:8**	4.8	4.88±0.05	<500			>0.08 V		T	M10b
				4.8	229			0.408±0.329/0.213 V		T	M13a
(82158)	2001 FP185	SDO	6.0	6.39±0.07	332±31/24			0.046±0.007 V		T	S12a
(83982) Crantor	2002 GO9	CEN	8.8	9.16	60±15/13			0.11±0.07/0.04 V		T	S08a
				9.03±0.16	59±11/12			0.121±0.064/0.038 V		T	D13a
				8.5	51			0.276±0.478/0.135 V		T	M13a
(84522)	2002 TC302	2:5	3.8	3.7	<1195			>0.04 *		T	A04a
					<1211			>0.051 R		T*	G05a
				4.1	1150±337/325			0.031±0.029/0.012 V		T	S08a
				4.17±0.10	584.1±105.6/88.0			0.115±0.047/0.033		T	F13b
				3.9	1164			0.037±0.028/0.015 V		T	M13a
(84719)	2002 VR128	PLU	5.7	5.58±0.37	448.5±42.1/43.2			0.052±0.027/0.018 V		T	M12a
(84922)	2003 VS2	PLU	4.1	4.4	725.2±199/187.6			0.058±0.048/0.022 V		T	S08a
				4.11±0.38	523±35.1/34.4			0.147±0.063/0.043 V		T	M12a
					>396					O	B14a
									>0.716	(H)	S17c
(86047)	1999 OY3	HAU	6.8						>0.12	(H)	T16a
(86177)	1999 RY215	TNO	7.1	7.235±0.093	263±29/37			0.032±0.012/0.007 V		T	V14a
(87555)	2000 QB243	CEN	8.3	8.3	92			0.104±0.114/0.051 V		T	M13a
(88611) Teharonhiawako	2001 QT297	CUB**	5.8		[214.1]	176±20	122±14	0.115±0.025	A 1.5±0.5	Y	O03a
						168±38		0.1±0.04 R	A 1±1/0.5	Y*	G05a
					[181.5]	147±33	[106.5]	0.275±0.115 V	A 1±1/0.5	Y	G11a
						152±0.6		0.147±0.003 R	A 1	Y*	P11a
				6.00±0.13	177±46/44	[143.3]	[103.8]	0.22±0.14/0.08 V	1.14±0.87/0.91	T (Y)	V12a
				6.00±0.13	220±41/44	178±33/36	129±24/26	0.145±0.086/0.045 V	0.60±0.36/0.33	T* (Y)	V14a
(90377) Sedna	2003 VB12	SDO	1.5		<1800			>0.046 R		I*	G05a
				1.8	<1600			>0.16 V		T	S08a
				1.83±0.05	995±80			0.32±0.06 V		T	P12a
					906±314/258			0.410±0.393/0.186		T*	L13b
					>700					O	B14a
(90482) Orcus	2004 DW	PLU**	2.2	2.5	946.3±74.1/72.3			0.197±0.034/0.028 V		T	S08a
				2.17±0.05	940±70	900	280	0.28±0.04 *	1.5±0.3	T (Y)	B10b
				2.43±0.07	850±90			0.27±0.07/0.05 V		T	L10b
					A 850±90	807±100	267±100	A 0.27	2.25±0.885	(Y)	C11a
					[1086.0]	1040±240	[312.6]	0.18±0.08 V	A 1±1/0.5	Y*	G11a
				2.31±0.03	958.4±22.9	917±25	276±17	0.231±0.018/0.011	1.53±0.15/0.13	T	F13b
				2.3	936			0.243±0.283/0.110 V		T	M13a
					[<782]	<749	<225	>0.09 V	>0.35	D (H)	T14a
					965±40	885±55/80	370±170/70	0.23±0.02	1.65±0.35/0.24	T (Y)	B17a
					960±45/42			0.231±0.017/0.022		T*	L17a
					[1027]	910±50/40		0.23±0.02	1.4±0.2	T (Y)	B18a
(90482) I Vanth		SAT					475±75	0.08±0.02		T	B18a
							443±10	[0.09]		O	S18a
(90568)	2004 GV9	CUB	4.0						1.315±0.175	(H)	D08a
				4.2	677.2±71.3/69.3			0.081±0.019/0.015 V		T	S08a
					684±68/78			0.073±0.049/0.029 V		T*	B09a
				4.23±0.1	680±34			0.077±0.008 V		T	V12a
(95626)	2002 GZ32	CEN	6.9						1.34±0.18	(H)	D08a
				7.0	230.5±87.5			0.053±0.03		T	B13b
				7.37±0.10	237±8			0.037±0.04 V		T	D13a
				7.0	220			0.059±0.036/0.022 V		T	M13a
					237±12/11			0.036±0.006/0.005		T	L17a
(119315)	2001 SQ73	CEN	9.6	9.15±0.11	90±23/20			0.048±0.030/0.018 V		T	D13a
				9.6	89			0.032±0.034/0.016 V		T	M13a
(119951)	2002 KX14	TNO	4.4	4.6	<561.6±219.9/181.5			>0.081±0.096/0.039 V		T	S08a
				4.89±0.03	<440			>0.1 V		T*	B09a
				4.89±0.03	180±50/38			0.6±0.36/0.23 V		T	B09a
				4.86±0.1	455±27			0.097±0.014/0.013 V		T	V12a
					>365±30/21					O	A14a
(119976)	2002 VR130	CEN	11.0	11.26±0.39	24.4±5.4/4.6			0.093±0.066/0.036 V		T	D13a
				10.9	25			0.126±0.103/0.056 V		T	M13a
(119979)	2002 WC19	1:2**	4.9	4.88±0.07	348±45			0.167±0.052/0.037		T	L13b
				5.2±0.5	[540]	[525]	[126]	[0.050]	[A 1]	Y*	G15a
									3.74±1.7	Y	K17a
(120061)	2003 CO1	CEN	8.9	9.29	76.9±8.5/8.4			0.057±0.015/0.011 V		T	S08a
				8.9	82±8.4			0.072±0.032		T	B13b
				9.07±0.05	94±5			0.049±0.005/0.006 V		T	D13a
				8.9	79			0.079±0.056/0.032 V		T	M13a
(120132)	2003 FY128	TNO	4.9	5.09±0.09	460±21			0.079±0.01 V		T	S12a
(120178)	2003 OP32	HAU	3.9						>1.66	(H)	T16a
									>0.41	(H)	H18a
				4.10±0.07	274±47/25			0.54±0.11/0.15 V		T	V18a
(120181)	2003 UR292	TNO	7.3	7.4±0.4	104±22/24			0.16±0.19/0.08 V		T	V12a
				7.4±0.4	136±16/26			0.105±0.081/0.033 V		T*	V14a
(120216)	2004 EW95	PLU	6.7	6.69±0.35	291.1±20.3/25.9			0.044±0.021/0.015 V		T	M12a
(120347) Salacia	2004 SB60	CUB**	4.2		[983.4]	930±210	[319.5]	0.02±0.01 V	A 1±1/0.5	Y*	G11a
				4.36±0.011	954±109	905±103	303±35	0.036±0.01/0.007 V	1.16±0.59/0.36	T (Y)	S12d
				4.24±0.04	901±45	[852.1]	[292.8]	0.044±0.004 V	1.38±0.27	T (Y)	V12a
				4.25±0.05	901.0±45.0	854±45	286±24	0.044±0.004	1.29±0.29/0.23	T	F13b
				4.2	953			0.040±0.024/0.016 V		T	M13a
					[<518]	<491	<165	>0.03 V	>0.92	D (H)	T14a
					914±39	866±37	290±21	0.042±0.004	1.26±0.16	T (Y)	B17a
					909±39/38			0.042±0.004		T*	L17a
(120348)	2004 TY364	TNO	4.5	4.52±0.07	512±37/40			0.107±0.020/0.015		T	L13b
				4.3	365			0.264±0.338/0.111 V		T	M13a
(123509)	2000 WK183	CUB**	6.6		[146.3]	106±24	[100.8]	0.18±0.08 V	A 1±1/0.5	Y	G11a
(126154)	2001 YH140	3:5	5.4	5.8±0.2	345±45			0.08±0.02 V		T	M10b
				5.5	350			0.091±0.110/0.048 V		T	M13a
(126719)	2002 CC249	TNO	6.6						>0.34	(H)	T17a
(127546)	2002 XU93	CEN	8.0	8.11±0.1	164±9			0.038±0.004 V		T	S12a
				7.9	170±50			0.04±0.062		T	B13b
(134340) Pluto		PLU*****	-0.8			2300±200		0.6±0.1 *	1.6±0.2	E (Y)	D86a
				-0.65		2360		0.47		TM	A87a
				-0.77		2200±140		0.63±0.1 *	2.1±0.5	E (Y)	R87a
						2245.4±40		0.505±0.007 B	1.991±0.018	E (Y)	T87a
						2302±12		0.525±0.085 B	2.029±0.032	E (Y)	T90a
						<2362			>1.88	O (Y)	E91a
						2412±22			1.77±0.33	O (Y)	E91a
						2390±10			>1.9	O (Y)	M93a
						<2360±10			1.9	O (Y)	M93a
						2320±23		0.6 V		I	A94a
				-0.648±0.01		2274±14		0.618±0.02 V		E	R94a
						2328±45.8				E	Y94a
						<2408				O	A96a
								0.575±0.085 *		I	B97a
						<2390			>1.83	O (Y)	E03a
						<2430				O	S03a
						2200±90		0.72±0.12 R		M*	G05a
						2350±50			1.92±0.12	A (Y)	P06a
						2304±64				O	E07a
						2322				M*	Y07a
						<2396				O	Y08a
						>2341±3				O	L09a
						2360±40/20				O	Z11a
						2346±20/40				O	Z11b
						[2405±105]				I	H12a
				-0.67±0.34	2119.9±164.5/182.2			0.73±0.162/0.153 V		T	M12a
						<2410±4				O	P13a
						A 2362±24			1.89±0.06	(Y)	B15a
						2368				O	L15a
						2370				I	N15a
					[2666±8]	2374±8			1.860±0.013	I	S15b
								0.72±0.07		I	B17b
					[2668±4]	2376.6±3.2			1.854±0.011	I (Y)	N17a
						2375.2±3.6			1.857±0.006	I (Y)	N17a
						2378±4				O	N17a
						2382±6				O	N17a
						2379.8±0.8				O	N17a
(134340) I = Charon		SAT	[0.9]				1500±100	0.3±0.1 *	1.6±0.2	E (Y)	D86a
							1494	0.26		TM	A87a
				0.89			1160±100	0.49±0.1 *	2.1±0.5	E (Y)	R87a
							1199.4±40	0.367±0.006 B	1.991±0.018	E (Y)	T87a
							1186±26	0.378±0.015 B	2.029±0.032	E (Y)	T90a
							1285±26	0.285±0.015 V		I	A94a
				1.35±0.01			1168±10	0.372±0.012 V		E	R94a
							1242±41.2			E	Y94a
								0.375±0.015 *		I	B97a
							1260±90	0.37±0.02 R		M*	G05a
							1212±16		1.72±0.15	O (Y)	G06a
							1212±3		1.63±0.07	O (Y)	P06a
							1207.2±2.8		1.71±0.08	O (Y)	S06a
							[1254±158]			I	H12a
							1204.8±3.2			O	S12c
							A 1207.2±2.8		1.72±0.02	(Y)	B15a
							1208			I	N15a
							1212±6		1.702±0.021	I	S15b
								0.25±0.03		I	B17b
							1212.0±2.0		1.701±0.033	I (Y)	N17a
							1210.8±2.4		1.707±0.017	I (Y)	N17a
							1238±1			O	N17a
							1238.8±14			O	N17a
							1220.6±14			O	N17a
								0.41±0.02 V		I	S17b
(134340) II = Nix		SAT					88	0.08	A 1.63	Y	T08a
							<45.7	>0.3	A 1	Y	Y12a
							93±47	0.09±0.26/0.05	<1.68	Y (Y)	B15a
							39			I	N15b
							[37]	~0.44	A 1.1	Y	S15a
							[43]	0.465±0.035		I	S15b
				8.28			39±3	0.56±0.05		I	W16a
							36			I	S17b
(134340) III = Hydra		SAT					72	0.18	A 1.63	Y	T08a
							<55.6	>0.3	A 1	Y	Y12a
							115±57	0.09±0.26/0.05	<0.88	Y (Y)	B15a
							[47]			I	N15b
							[45]	~0.38	A 1.65	Y	S15a
							[38]	0.51		I	S15b
				7.77			42±10	0.83±0.08		I	W16a
							37			I	S17b
(134340) IV = Kerberos		SAT					29±15	0.09±0.26/0.05		Y	B15a
							[30]	~0.04	A 0.8	Y	S15a
							[9]			I	T15a
				11.15			12±3	0.56±0.05		I	W16a
							12			I	S17b
(134340) V = Styx		SAT					18±10	0.09±0.26/0.05		Y	B15a
							[13±7]	A 0.27±0.23		Y	S15a
							6			I	G15b
				11.75			10±3	0.65±0.07		I	W16a
							10.5			I	S17b
(134860)	2000 OJ67	CUB**	6.1	6.471±0.01	[175.3]	138±32	[108.1±25.3]	0.16±0.07 *	A 1±1/0.5	Y	G09a
					[174.4]	138±32	[106.6]	0.16±0.07 V	A 1±1/0.5	Y*	G11a
(135182)	2001 QT322	TNO	6.2	6.4±0.5	<160			>0.21 V		T	B09a
				5.9	165			0.294±0.206/0.137 V		T	M13a
				7.29±0.67	159±30/47			0.085±0.424/0.052 V		T	V14a
(136108) Haumea	2003 EL61	HAU***	0.1	0.444±0.021		[1379±57]		0.663±0.063 V	2.97±0.37	Y (H)	R06a
									2.551±0.115/0.01	(H)	L07a
				0.5	1150±250/100			0.84±0.1/0.2 V		T	S08a
							320	[0.79] V	A 1	Y	R09a
							160	[0.82] V	A 1	Y	R09a
				0.425		1324±167		0.698±0.189 V		T	L10a
				0.425		[1438]		0.725 V	2.57	T (H)	L10a
				0.43±0.01	1239.5±68.7/57.8			0.804±0.062/0.095		T	F13b
				0.02	1345			0.959±0.218/0.347 V		T	M13a
						1430		0.62	2.6	T (H)	L14a
				0.428±0.011		1595±11		0.51±0.02	1.885±0.080	O	O17a
(136199) Eris	2003 UB313	SDO**	-1.2	-1.16	3000±400			0.6±0.15 R		T	B06a
				-1.12±0.01		2400±100		0.86±0.07 V		I	B06b
				-1.12±0.01		A 2400±100		A 0.86±0.07 V	2.3±0.3	(Y)	B07a
				-1.1	2600±400/200			0.7±0.15/0.2 V		T	S08a
						<2320				O	M10a
					[3263.4]	3260±740	[149.0]	0.55±0.24 V	A 1±1/0.5	Y*	G11a
				-1.15±0.075		2326±12		0.96±0.09/0.04 V	2.52±0.05	O (Y)	S11a
				-1.12±0.03	2454±117	2434±117	316±23	0.845±0.088 V	2.23±0.41/0.33	T (Y)	S12a
				-1.12±0.03	2454±117	2356±117	685±50		2.4±0.46/0.37	T (Y)	S12a
									2.75±0.22	Y	K17a
					[2429]					T	B18a
(136199) I Dysnomia		SAT					700±115	0.04±0.02/0.01		T	B18a
(136204)	2003 WL7	CEN	8.6	8.6	118±32.8			0.046±0.029		T	B13b
				8.75±0.16	105±6/7			0.053±0.010 V		T	D13a
				8.7	101			0.057±0.036/0.020 V		T	M13a
(136472) Makemake	2005 FY9	CUB	-0.4	0	1500±400/200			0.8±0.1/0.2 V		T	S08a
				0.14±0.05	1420±60			[0.802±0.075] V		T	L10b
					[1465.6±20]			0.77±0.03	1.7±0.3	O (H)	O12a
					1430±14			0.8±0.01		O	B13a
				-0.4	2148			0.573±0.531/0.188 V		T	M13a
									1.67±0.35	Y	K17a
(138537)	2000 OK67	CUB	5.9	6.5±0.1	<160			>0.16 V		T	B09a
				6.47±0.13	151±31/37			0.20±0.21/0.08 V		T	V12a
				6.47±0.13	164±33/45			0.169±0.159/0.052 V		T*	V14a
(139775)	2001 QG298	PLU**	7.2						0.59±0.143/0.047	(H)	L07a
(144897)	2004 UX10	PLU	4.5						0.785±0.105	(H)	P09a
				4.75±0.16	398.1±32.6/39.3			0.141±0.044/0.031 V		T	M12a
(145451)	2005 RM43	SDO	4.4						0.555±0.075	(H)	P09a
(145452)	2005 RN43	CUB	3.9	3.89±0.05	679±55/73			0.107±0.029/0.018 V		T	V12a
									>0.20	(H)	H18a
(145453)	2005 RR43	HAU	4.0						1.745±0.235	(H)	P09a
				4.12±0.08	300±43/34			0.44±0.12/0.10 V		T	V18a
(145480)	2005 TB190	SDO	4.7	4.58±0.22	372.5±37.5			0.195±0.045 V		T	M10b
				4.4±0.11	464±62			0.148±0.051/0.036 V		T	S12a
					507±127/116			0.121±0.088/0.044		T*	L13b
(145486)	2005 UJ438	CEN	10.8	10.5	20.8±7.2			0.215±0.123		T	B13b
				11.14±0.32	16±1/2			0.256±0.097/0.076 V		T	D13a
				10.8	30			0.094±0.071/0.039 V		T	M13a
(148780) Altjira	2001 UQ18	CUB**	5.7	6.55±0.21	<200			>0.1 V		T	B09a
					[220.6]	164±36	[147.5]	0.1±0.04 V	A 1±1/0.5	Y	G11a
				6.44±0.14	257±90/92	[191.1]	[171.9]	0.071±0.049/0.021 V	0.63±0.68/0.63	T (Y)	V12a
				6.44±0.14	331±51/187	246±38/139	221±34/125	0.043±0.182/0.010 V	0.30±0.50/0.14	T* (Y)	V14a
(148975)	2001 XA255	CEN	11.1	11.2	37.7±10.5			0.041±0.014		T	B13b
(174567) Varda	2003 MW12	TNO**	3.4		[<412]	<366	<188	>0.09 V	>1.11	D (H)	T14a
				3.61±0.05	792±91/84	705±81/75	361±42/38	0.102±0.024/0.020 V	1.27±0.41/0.44	T (Y)	V14a
(175113)	2004 PF115	TNO	4.4	4.54±0.25	468.2±38.6/49.1			0.123±0.043/0.033 V		T	M12a
(182934)	2002 GJ32	CUB	5.4	6.12±0.13	224±88/70			0.12±0.14/0.06 V		T	B09a
				6.12±0.13	416±81/78			0.035±0.019/0.011 V		T	V14a
(202421)	2005 UQ513	TNO	3.4	3.87±0.14	498±63/75			0.202±0.084/0.049 V		T	V14a
									>0.20	(H)	H18a
(208996)	2003 AZ84	PLU**	3.7	3.71	685.8±98.8/95.5			0.123±0.043/0.029 V		T	S08a
				3.83±0.04	910±60			0.07±0.02 V		T	M10b
						>573±21				O	B11a
						>662±50				O	B12a
				3.74±0.08	727±61.9/66.5			0.107±0.023/0.016 V		T	M12a
					686±14			0.147±0.007	0.76±0.30/0.17	O (H)	B14a
									>0.85	(H)	T14a
					772±12			0.097±0.009	0.87±0.001	O (H)	D17a
(225088)	2007 OR10	3:10	2.0	1.96±0.16	1280±210			0.185±0.076/0.052 V		T	S12a
					1142±647/467			0.174±0.320/0.104		T*	L13b
				2.34±0.05	1535±75/225			0.089±0.031/0.009		T	P16a
(229762)	2007 UK126	SDO**	3.4	3.69±0.1	599±77			0.167±0.058/0.038 V		T	S12a
									>0.32	(H)	T14a
				3.59±0.04	638±28/14			0.159±0.006/0.011	<1.74	O (H)	B16a
				3.69±0.04	[624]	614±15	112±76	0.150±0.016		O	S17a
(230965)	2004 XA192	TNO	4.0	4.42±0.63	339±120/95			0.26±0.34/0.15 V		T	V14a
(248835)	2006 SX368	CEN	9.5	9.5	75±5			0.055±0.005 V		T	M10b
				9.5	78.4±22.6			0.046±0.018		T	B13b
				9.45±0.11	76±2			0.052±0.007/0.006 V		T	D13a
				9.5	77			0.048±0.030/0.018 V		T	M13a
(250112)	2002 KY14	CEN	9.5	9.5	38.9±3.5			0.185±0.046		T	B13b
				10.37±0.07	47±3/4			0.057±0.011/0.007 V		T	D13a
(275809)	2001 QY297	CUB**	5.6		[222.0]	164±36	[149.6]	0.225±0.095 V	A 1±1/0.5	Y	G11a
				5.86±0.31	200±62/59	[147.8]	[134.8]	0.2±0.25/0.11 V	1.4±1.2/1.3	T (Y)	V12a
				5.86±0.31	229±22/108	169±16/80	154±15/73	0.152±0.439/0.035 V	0.92±1.30/0.27	T* (Y)	V14a
(281371)	2008 FC76	CEN	9.1	9.1	58±4.2			0.12±0.027		T	B13b
				9.44±0.10	68±6/7			0.067±0.017/0.011 V		T	D13a
									>0.28	(H)	H18a
(303775)	2005 QU182	SDO	3.5	3.80±0.32	416±73			0.328±0.16/0.109 V		T	S12a
(307251)	2002 KW14	CUB	5.0	5.959±0.06	<360			>0.05 V		T	B09a
				5.88±0.11	319±74/81			0.08±0.14/0.05 V		T	V12a
				5.88±0.11	161±35/40			0.310±0.281/0.094 V		T*	V14a
(307261)	2002 MS4	CUB	3.7	4	726.2±123.2/122.9			0.084±0.038/0.023 V		T	S08a
					730±118/120			0.073±0.058/0.032 V		T*	B09a
				4.0±0.6	934±47			0.051±0.036/0.022 V		T	V12a
(307463)	2002 VU130	PLU	6.1	5.47±0.83	252.9±33.6/31.3			0.179±0.202/0.103 V		T	M12a
(309139)	2006 XQ51	CEN	9.8	9.8	39.1±15.7			0.139±0.058		T	B13b
(309239)	2007 RW10	CEN	6.6	6.39±0.61	247±30			0.083±0.068/0.039 V		T	S12a
					253±50/52			0.066±0.066/0.032		T*	L13b
(309737)	2008 SJ236	CEN	12.3	12.2	17.7±1.5			0.074±0.021		T	B13b
(310071)	2010 KR59	CEN	7.8	7.7	110.1±30.8			0.121±0.037		T	B13b
(315530)	2008 AP129	CUB	4.7						>0.48	(H)	T16a
(328884)	2010 LJ109	CEN	10.2	10.1	44.2±3.8			0.083±0.021		T	B13b
(332685)	2009 HH36	CEN	10.7	10.6	33±2.8			0.078±0.018		T	B13b
(336756)	2010 NV1	CEN	10.5	10.5	44.2±8.0			0.057±0.030		T	B13b
					52.2±4.5			0.042±0.008		T	L16a
(341520) Mors-Somnus	2007 TY430	PLU**	6.8	6.94±0.02	[141.4]	100	100	0.23 V	A 0.75	Y	S12b
					[<80]	<58	<55	>0.12 V	>0.46	D (H)	T14a
(342842)	2008 YB3	CEN	9.3	9.5	67.1±1.0			0.062±0.012		T	B13b
					79±3			0.054±0.011		T	L16a
(346889) Rhiphonos	2009 QV38	CEN	11.8	11.8	23.2±9.5			0.062±0.049		T	B13b
(364171)	2006 JZ81	CUB**	6.7	6.9	[144.6]	122±20/12	[77.7±12.8/7.7]	0.17±0.07/0.06 R	A 1	Y	P11a
(382004)	2010 RM64	CEN	11.0	11.0	21±2			0.159±0.048		T	B13b
(385266)	2001 QB298	CUB	6.8	6.1	196±71/53			0.167±0.162/0.082 V		T	M13a
(385437)	2003 GH55	CUB	5.8	6.43±0.12	178±21/56			0.150±0.182/0.031 V		T	V14a
(385446) Manwe	2003 QW111	4:7**	6.5		[165.0]	142±32	[84.0]	0.135±0.055 V	A 1±1/0.5	Y	G11a
				7.15	[185]	160±24/44	92±14/26	0.10±0.04	A 0.75±0.25	Y	G14a
(386723)	2009 YE7	HAU	4.5						>1.22	(H)	T16a
(413666)	2005 VJ119	SDO	10.6	10.6	28.5±6.9			0.126±0.06		T	B13b
(416400)	2003 UZ117	HAU	5.1						>0.31	(H)	T16a
				5.23±0.15	222±57/42			0.29±0.16/0.11 V		T	V18a
(444030)	2004 NT33	TNO	4.4	4.74±0.11	423±87/80			0.125±0.069/0.039 V		T	V14a
									>0.16	(H)	H18a
(447178)	2005 RO43	CEN	7.3	7.34±0.51	194±10			0.056±0.036/0.021 V		T	D13a
				7.3	220			0.044±0.060/0.026 V		T	M13a
(455502)	2003 UZ413	PLU	4.2						2.645±0.355	(H)	P09a
(469306)	1999 CD158	TNO	5.0						>0.85	(H)	T16a
				5.53±0.67	<310			>0.13 V		T	V18a
(469372)	2001 QF298	PLU	5.1	5.43±0.07	408.2±40.2/44.9			0.071±0.02/0.014 V		T	M12a
(469438)	2002 GV31	CUB	6.0	6.1±0.6	<130			>0.22 V		T	V12a
				6.1±0.6	<180			>0.19 V		T*	V14a
(469514)	2003 QA91	CUB**	5.5	5.76±0.63	260±30/36			0.130±0.119/0.075 V		T	V14a
				5.5	289			0.134±0.104/0.059 V		T	M13a
(469615)	2004 PT107	TNO	6.0	6.33±0.11	400±45/51			0.032±0.011/0.007 V		T	V14a
(469705)	2005 EF298	CUB**	6.1	6.4±0.5	174±27/32			0.16±0.13/0.07 V		T	V12a
									1.10±0.66/0.56	Y	K17a
(469708)	2005 GE187	PLU	7.3						>0.89	(H)	T16a
(469987)	2006 HJ123	PLU	5.7	5.32±0.66	216.4±29.7/34.2			0.281±0.259/0.152 V		T	M12a
(470316)	2007 OC10	SDO	5.7	5.43±0.1	309±37			0.127±0.04/0.028 V		T	S12a
					306±93/72			0.130±0.095/0.056		T*	L13b
(470599)	2008 OG19	SDO	5.0	4.39±0.07 (R)					0.609	(H)	F16a
(471143) Dziewanna	2010 EK139	2:7	3.8	3.8±0.1	470±35/10			0.25±0.02/0.05 V		T	P12a
					433±63/64			0.297±0.113/0.078		T*	L13b
(486958)	2014 MU69	CUB	11.1		[25]			[0.10]		O	N17b
(508788)	2000 CQ114	CUB**	7.0	7.2	[125]	[91]	[86]	[0.147]	A 0.75	Y*	G15a
(508869)	2002 VT130	CUB**	5.8	5.95±0.5	<240			>0.13 V		T	B09a
					324±57/68			0.097±0.098/0.049 V		T	M13a
(523591)	2001 QD298	CUB	5.7	6.68±0.08	146±54/42			0.18±0.17/0.08 V		T	B09a
				5.6	246			0.164±0.150/0.086 V		T	M13a
				6.71±0.17	233±27/63			0.067±0.062/0.014 V		T	V14a
	1996 TS66	CUB	6.6	6.48±0.16	194±54/38			0.12±0.072/0.047 V		T	B09a
				6.4	163			0.180±0.238/0.088 V		T	M13a
				6.48±0.16	159±44/46			0.179±0.173/0.070 V		T*	V14a
	1998 WW31	CUB**	6.7		[192.4]	148	123	0.054±0.005 R	A 1	Y	V02a
						152±35		0.06±0.026 R	A 1±1/0.5	Y*	G05a
					[188.6]	145±33	[120.6]	0.16±0.07 V	A 1±1/0.5	Y*	G11a
						148±6		0.054±0.004 R	A 1	Y*	P11a
	1999 OJ4	TNO**	7.1	7.344±0.012	[104]	75±17	[72±16.3]	0.215±0.095 *	A 1±1/0.5	Y	G09a
					[103.9]	75±17	[72.0]	0.225±0.095 V	A 1±1/0.5	Y*	G11a
	2000 CF105	CUB**	7.1	7.7	[78.3]	63.6±1.2/1.6	[45.7±1.4/1.5]	0.3±0.04/0.03 R	A 1	Y	P11a
	2000 GM137	CEN	14.3	14.36±0.38	8.6±1.5			0.043±0.026/0.016 V		T	D13a
				14.3	9			0.046±0.039/0.018 V		T	M13a
	2000 QL251	1:2**	6.6	7.148±0.016	[205.9]	148±34	[143.1±33]	0.07±0.03 *	A 1±1/0.5	Y	G09a
					[206.5]	150±34	[141.9]	0.07±0.03 V	A 1±1/0.5	Y*	G11a
	2001 KA77	CUB	5.0	5.608±0.042	634±134/92			0.025±0.01/0.008 V		T	B09a
				5.64±0.12	310±170/60			0.099±0.052/0.056 V		T	V12a
	2001 KD77	PLU	5.8	6.42±0.08	232.3±40.5/39.4			0.089±0.044/0.027 V		T	M12a
	2001 QC298	CUB**	6.3		[304.6]	234	[195]	0.076 *	A 1	Y	M04a
						244±55		0.025±0.011 R	A 1±1/0.5	Y*	G05a
					[313.7]	243±57	[198.4]	0.05±0.02 V	A 1±1/0.5	Y*	G11a
				6.1	299			0.070±0.049/0.025 V		T	M13a
				6.26±0.32	303±29/32	235±21/23	192±17/19	0.063±0.029/0.018 V		T (Y)	V14a
									1.14±0.35/0.32	Y	K17a
	2001 QR322	NL4	8.2	8.11±0.02	132±24			0.058±0.029/0.016 V		T	B09a
				7.7	180			0.047±0.040/0.022 V		T	M13a
	2001 QS322	CUB	6.4	6.22±0.5	<200			>0.15 V		T	B09a
				6.91±0.68	186±99/24			0.095±0.531/0.060 V		T	V14a
	2001 QW322	CUB**	7.8		[152.7]	108	108	A 0.16 R	1±0.2	YM (M)	P08a
				7.51	[179.8]	128±2/4	[126.2±2.6/4.9]	0.093±0.01/0.006 R	A 1	Y	P11a
	2001 RZ143	CUB**	6.4	6.23±0.5	<160			>0.23 V		T	B09a
				6.69±0.13	140±39/33			0.191±0.066/0.045 V		T	V12a
	2001 XR254	CUB**	5.7	6.03±0.017	[219.2]	169±39	[139.6±32.5]	0.155±0.065 *	A 1±1/0.5	Y	G09a
					[218.6]	169±39	[138.6]	0.16±0.07 V	A 1±1/0.5	Y*	G11a
				6.05±0.15	200±49/63	[154.6]	[126.8]	0.17±0.19/0.05 V	1.4±1.3/1	T (Y)	V12a
				6.05±0.15	221±41/71	171±32/55	140±26/45	0.136±0.168/0.044 V	1.00±0.96/0.56	T* (Y)	V14a
	2002 GH32	TNO	5.5	6.58±0.28	<230			>0.075 V		T	V14a
									>2.56	(H)	T16a
	2002 XV93	PLU	5.0	5.42±0.46	549.2±21.7/23			0.04±0.02/0.015 V		T	M12a
	2003 HA57	TNO	8.1						>0.87	(H)	T16a
	2003 QR91	CUB**	6.5	6.55±0.56	280±27/30			0.054±0.035/0.028 V		T	V14a
				6.5	277			0.058±0.039/0.024 V		T	M13a
	2003 QX111	PLU	6.8	6.76±0.5	434±132/86			0.018±0.017/0.009 V		T	B09a
				6.6	283			0.051±0.048/0.022 V		T	M13a
	2003 QY90	CUB**	6.4		[113.8]	81±19	[79.9]	0.31±0.13 V	A 1±1/0.5	Y	G11a
	2003 SQ317		6.1						1.765±0.905	H	L13a
	2003 TJ58	CUB**	8.0	7.448±0.024	[82.7]	65±15	[51.2±11.8]	0.285±0.125 *	A 1±1/0.5	Y	G09a
					[82.9]	65±15	[51.4]	0.295±0.125 V	A 1±1/0.5	Y*	G11a
	2003 UN284	CUB**	7.5	7.5	[149]	124±6/10	[82.7±4.6/7]	0.09±0.03/0.01 R	A 1	Y	P11a
	2003 UT292	PLU	6.9	6.85±0.68	185.6±17.9/18			0.067±0.068/0.034 V		T	M12a
	2003 WU188	CUB**	5.7	5.96±0.64	<220			>0.15 V		T	V14a
	2004 PB108	CUB**	6.6	7.083±0.016	[274.4]	241±55	[131.2±30]	0.035±0.015 *	A 1±1/0.5	Y	G09a
					[276.7]	243±57	[132.3]	0.035±0.015 V	A 1±1/0.5	Y*	G11a
	2004 QQ26	CEN	9.5	9.53±0.36	79±19			0.044±0.039/0.014 V		T	D13a
				9.5	79			0.045±0.049/0.021 V		T	M13a
	2005 EB299	CEN	8.3	8.3	101			0.083±0.089/0.045 V		T	M13a
	2005 EO304	CUB**	6.3	6.59	[171.3]	152.4±2/1.8	[78.2±1.5/1.4]	0.15±0.01/0.01 R	A 1	Y	P11a
	2005 TV189	PLU	7.5		>28					O	B14a
	2006 BR284	CUB**	6.9	7.3	[114.7]	89.8±0.8/1	[71.3±1.5/1.5]	0.22±0.01/0.01 R	A 1	Y	P11a
	2006 CH69	CUB**	6.5	7	[129.1]	100±12/10	[81.7±10/8.4]	0.23±0.09/0.06 R	A 1	Y	P11a
	2007 VH305	CEN	11.5		23.8±8			0.07±0.036		T	B13b
	2008 HY21	CEN	12.1	12.1	24.0±1.5			0.044±0.010		T	B13b
	2010 BK118	CEN	10.2	10.2	46.4±1.8			0.068±0.013		T	B13b
					52±5.3			0.056±0.011		T	L16a
	2010 BL4	CEN	12.0	11.9	15.7±3.2			0.114±0.052		T	B13b
	2010 ES65	CEN	11.8	11.8	26.9±7.9			0.049±0.024		T	B13b
	2010 FH92	CEN	11.4	11.7	28±0.6			0.047±0.007		T	B13b
					28.2±2.1			0.062±0.012		T	L16a
	2010 GW147	CEN	13.2	13.2	15.9±0.7			0.037±0.006		T	B13b
	2010 TH	CEN	9.2	9.2	69.9±24.2			0.078±0.033		T	B13b
	2010 WG9	SDO	8.1	8.1	112.7±61.9			0.074±0.08		T	B13b
	2011 MM4	CEN	9.3	9.3	63.7±6.2			0.083±0.024		T	B13b
	2012 DR30	CEN	7.1	7.04±0.35	188.0±9.4			0.076±0.031/0.025 V		T	K13a
	2013 AZ60	CEN	10.2	10.45±0.10	62.3±5.3			0.029±0.006 V		T	P15a
	2014 UZ224	SDO	3.5	3.5	635±65/72			0.131±0.039/0.028		T	G17a

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Last modified 23 October 2018.
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