Nearby Stars Catalog (NSC)

Here is the list of the stars within 10 parsecs (32.6 light years) from the Sun. This list is being revised and is available here only for review purposes.

The figure above shows the nearby stellar systems within 10 parsecs using a flattened projection (all systems in the equatorial plane). The Sun is at the center and each concentric circle represent 5 light years distance. The color of the stars correspond to their type, most are red dwarf stars. Those systems with planets (15) are highlighted by a circle around the star. Final image will include a detailed legend and more information for each star. Click the image for the poster resolution version.

List of Stars

ID Name Proper Name Type D(ly) M(SU) R(SU) Teff(K) Planets

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0. Sol Sun G2V 0.00 1.000 1.00 5778 8

1. Gl 551 Proxima Centauri M5.5 4.22 0.100 2850

Gl 559 A Alpha Centauri A G2V 4.39 1.050 0.08 5770

Gl 559 B Alpha Centauri B K1V 4.39 0.810 0.06 5180

2. Gl 699 Barnard's Star M4 5.94 0.200 3210

3. Gl 406 Wolf 359 M6 7.79

4. Gl 411 Lalande 21185 M2 8.31 0.550 0.21 3730

5. Gl 244 A Sirius A A0mA1Va 8.58 2.400 0.16 9530

Gl 244 B Sirius B DA2 8.58

6. Gl 65 A BL Ceti M5.5e 8.72

Gl 65 B UV Ceti M5.5e 8.72

7. Gl 729 Ross 154 M3.5 9.69 0.170 3130

8. Gl 905 Ross 248 M6e 10.33

9. Gl 144 Epsilon Eridani K2V 10.49 0.780 0.06 5090 1

10. Gl 887 Lacaille 9352 M2/3V 10.73 0.580 0.19 3800

11. Gl 447 Ross 128 M4 10.88 0.150 3080

12. Gl 866 A EZ Aquarii A M5VJ 11.08

Gl 866 B EZ Aquarii B M 11.08

Gl 866 C EZ Aquarii C M 11.08

13. Gl 820 A 61 Cygni A K5V 11.35 0.670 0.44 4300

Gl 820 B 61 Cygni B K7V 11.39 0.560 0.41 4000

14. Gl 280 A Procyon A F5IV-V 11.40 1.340 0.15 6630

Gl 280 B Procyon B DA 11.40

15. Gl 725 A M3 11.63 0.380 0.09 3430

Gl 725 B M3.5 11.46 0.260 3300

16. Gl 15 A GX Andromedae M1 11.63 0.530 0.08 3650

Gl 15 B GQ Andromedae M6Ve 11.63

17. Gl 845 A Epsilon Indi A K4/5V 11.81 0.700 0.05 4730

Gl 845 B Epsilon Indi B T1V 11.81

Gl 845 C Epsilon Indi C T6V 11.81

18. GJ 1111 DX Cancri M6.5 11.82

19. Gl 71 Tau Ceti G8V 11.89 0.910 0.06 5500

20. GJ 1061 M4.5 11.98

21. Gl 54.1 YZ Ceti M4.5 12.12 0.140 3040

22. Gl 273 Luyten's Star M3.5 12.38 0.200 3220

23. SO 0253+1652 M6.5V 12.56

24. SCR 1845-6357 A M8.5V 12.56

SCR 1845-6357 B T6V 12.56

25. Gl 191 Kapteyn's Star M0V 12.77 0.590 3840

26. Gl 825 Lacaille 8760 M1/2V 12.87 0.620 0.29 3950

27. DEN 1048-3956 M8.5V 13.12

28. Gl 860 A Kruger 60 A M2V 13.14

Gl 860 B Kruger 60 B M6V 13.14

29. Gl 563.2 A M 13.15 0.590 3840

30. Gl 234 A Ross 614 A M4.5 13.42 0.140 3050

Gl 234 B Ross 614 B M 13.42

31. Gl 628 Wolf 1061 M3.5 13.90 0.200 3220

32. Gl 35 Van Maanen's Star DG 14.01

33. Gl 1 M2V 14.15 0.550 0.08 3710

34. Gl 473 A Wolf 424 A M5.5eJ 14.30

Gl 473 B Wolf 424 B M7 14.30

35. Gl 83.1 TZ Arietis M8e 14.57

36. Gl 687 M3 14.76 0.330 0.09 3370

37. GJ 3622 LHS 292 M6.5 14.80

38. GJ 1245 A G 208-044 A M5.5Ve 14.80

GJ 1245 B G 208-044 B M 14.80

GJ 1245 C G 208-045 M6V 14.80

39. Gl 674 M2+V 14.81 0.330 0.09 3370 1

40. Gl 440 WD 1142-645 DC: 15.06

41. Gl 563.2 B LHS 379 M 15.19 0.410 0.09 3470

42. Gl 876 Ross 780 M3.5V 15.20 0.170 0.11 3130 4

43. GJ 1002 M5-5.5 15.32

44. GJ 3618 LHS 288 M 15.55

45. Gl 412 A WX Ursae Majoris M0.5 15.75 0.550 0.08 3720

Gl 412 B M6e 15.75

46. Gl 380 Groombridge 1618 K8V 15.89 0.610 0.45 3920

47. Gl 388 M4.5Ve 15.99

48. Gl 832 M2/3V 16.10 0.520 0.08 3620 1

49. LP 944-020 M9V 16.19

50. DEN 0255-4700 L7.5V 16.19

51. Gl 166 A Omicron 2 Eridani K0/1V 16.44 0.820 0.07 5230

Gl 166 B DA4 16.44

Gl 166 C M4.5e 16.44

52. Gl 873 EV Lacertae M3.5 16.46 0.200 0.10 3210

53. Gl 682 LHS 451 M3.5 16.56 0.160 3110

54. Gl 702 A 70 Ophiuchi A K0VSB 16.58

Gl 702 B 70 Ophiuchi B K5Ve 16.58

55. Gl 768 Altair A7Vn 16.77 1.680 0.18 7650

56. GJ 1116 A EI Cancri M 17.04

GJ 1116 B M 17.04

57. GJ 3379 G 099-049 M4 17.09

58. GJ 3323 LHS 1723 M 17.35

59. 2MA 0939-2448 T8V 17.41

60. Gl 445 LHS 2459 M3.5 17.58 0.230 3260

61. Gl 526 LHS 47 M1.5 17.70 0.540 0.08 3670

62. Gl 169.1 A LHS 26 M4V 17.98

Gl 169.1 B LHS 27 DC5 17.98

63. Gl 251 LHS 1879 M3 18.30 0.250 0.10 3290

64. 2MA 1835+3259 M8.5V 18.47

65. Gl 205 Wolf 1453 M1.5 18.55 0.570 0.30 3780

66. LP 816-60 M4V 18.63

67. 2MA 0415-0935 T8V 18.70

68. Gl 764 Sigma Draconis G9V 18.80 0.830 0.05 5280

69. Gl 229 A M1/2V 18.82 0.560 0.28 3740

70. GI 229 B T6V 18.82

71. Gl 213 Ross 47 M4 18.87 0.220 3260

72. Gl 693 M2.0 18.94 0.270 3320

73. Gl 752 A Wolf 1055 M2III 19.07

Gl 752 B M5e 19.07

74. Gl 570 A 33 Librae K4V 19.11 0.690 0.43 4570

Gl 570 B M1.5V 19.11

Gl 570 C M 19.11

Gl 570 D T7V 19.11

75. Gl 754 M4.5 19.27

76. Gl 588 M2.5 19.34 0.320 0.09 3360

77. GJ 1005 A M4 19.36

GJ 1005 B MV 19.36

78. Gl 34 A Eta Cassiopei A G0VSB 19.38

Gl 34 B Eta Cassiopei B K7V 19.38

79. Gl 663 A 36 Ophiuchi A K1Ve 19.39

Gl 663 B 36 Ophiuchi B K2:III: 19.39

Gl 664 36 Ophiuchi C K5V 19.39 0.680 0.40 4390

80. Gl 908 M1 19.46 0.570 0.07 3780

81. Gl 285 Ross 882 M4.5 19.50 0.150 0.11 3080

82. Gl 783 A K2V 19.73 0.790 0.07 5110

Gl 783 B M3.5 19.73

83. Gl 139 82 Eridani G8III 19.76 3

84. GJ 1221 DXP9 19.79

85. Gl 338 A K2 19.91 0.610 0.20 3910

Gl 338 B K2 19.91 0.620 0.19 3950

86. Gl 780 Delta Pavonis G6/8IV 19.91

87. Gl 268 A QY Aurigae A M4.5 19.95 0.130 0.12 3010

Gl 268 B QY Aurigae B MV 19.95

88. 2MA 0937+2931 T 19.96

89. Gl 784 M1/2V 20.23 0.610 0.10 3900

90. Gl 555 HN Librae M4 20.28 0.160 0.11 3100

91. Gl 896 A EQ Pegasi M6Ve 20.37

Gl 896 B M6e 20.37

92. Gl 581 Wolf 562 M2.5V 20.44 0.260 0.10 3310 4

93. LHS 2090 M6V 20.78

94. GJ 3737 LHS 337 M4 20.79

95. Gl 661 A K5 20.85

Gl 661 B M3.5 20.85

96. Gl 223.2 WD 0552-041 DZ9 20.89

97. GJ 2097 M 20.90

98. GJ 3959 G 180-060 M+ 20.90

99. Gl 643 Wolf 629 M3.5 21.04 0.190 3190

Gl 644 A Wolf 630 A M2V 21.04 0.320 0.16 3370

Gl 644 B Wolf 630 B M 21.04

Gl 644 C Wolf 630 C M7 21.04

Gl 644 D M 21.04

100. Gl 625 M1.5 21.29 0.460 0.09 3520

101. GJ 1128 M4V 21.30

102. GJ 1156 GL Virginis Me 21.32

103. Gl 892 K3V 21.33 0.720 0.06 4840

104. GJ 3877 LHS 3003 M7V 21.38

105. Gl 408 Ross 104 M2.5 21.60 0.420 38.54 3480

106. Gl 829 A Ross 775 A M3.5 21.88 0.230 0.10 3260

Gl 829 B Ross 775 B M 21.88

107. GJ 3522 A G 041-014 A M3.5V 22.08

GJ 3522 B G 041-014 B M 22.08

GJ 3522 C G 041-014 C M 22.08

108. Gl 566 A Ksi Bootis A G8V+K4V 22.09

Gl 566 B Ksi Bootis B K4Ve 22.09

109. Gl 402 EE Leonis M4 22.15 0.200 5110

110. GJ 4285 M 22.18

111. Gl 880 Ross 671 M1.5 22.27 0.510 0.12 3600

112. Gl 299 Ross 619 M5 22.28

113. GJ 3192 A LP 771-095 A M3 22.67

GJ 3192 B LP 771-095 B M3.5VJ 22.67

GJ 3192 C LP 771-095 C MV 22.67

114. Gl 667 A K4V 22.73 0.710 0.78 4460 2

Gl 667 B K5V 22.73

Gl 667 C M2.5 22.73

115. Gl 809 M0.5 22.97 0.560 0.11 3730

116. Gl 105 A 268 G. Cet K3V 23.50 0.740 0.09 4900

Gl 105 B M4.5 23.50

117. GJ 1286 M5 23.52

118. Gl 393 M2 23.57 0.450 0.09 3510

119. GJ 3991 M3.5 23.65

120. GJ 4053 M 23.74

121. GJ 1230 A K-M 23.97

GJ 1230 B M 23.97

122. GJ 4248 M3.5 24.28

123. GJ 4274 M4 24.31

124. Gl 33 96 G. Psc K1V 24.32 0.780 0.08 5090

125. Gl 68 K0V 24.34 0.810 0.10 5180

126. Gl 19 G1IV 24.37

127. GJ 2005 M5.5 24.55

128. GJ 1224 M 24.57

129. Gl 109 M3 24.62

130. Gl 53 A K1VFe-2 24.62 0.950 0.07 5590

Gl 53 B MD 24.62

131. GJ 3378 M 24.66

132. Gl 514 M0.5 24.86 0.540 0.11 3690

133. GJ 3193 B M3 24.89

134. Gl 879 K4VP 24.90 0.690 0.41 4550

135. Gl 480.1 M3.0 24.98 0.250 3290

136. Gl 881 Fomalhaut A3Va 25.06 2.060 0.22 8540 1

137. Gl 673 M1V 25.17 0.570 0.35 4170

138. GJ 3417 M 25.27

139. Gl 721 Vega A0Va 25.29 2.400 0.25 9530

140. GJ 1093 M 25.29

141. Gl 701 K4/5V 25.41 0.540 0.08 3680

142. Gl 915 DA5 25.43

143. Gl 382 M1.5 25.47 0.480 0.12 3540

144. Gl 293 DQ9 25.82

145. GJ 3789 M4e 25.87

146. Gl 793 M2.5 25.95 0.270 0.10 3320

147. GJ 1087 DAP9 26.06

148. Gl 831 A M4.5 26.12 0.140 0.26 3040

Gl 831 B M4e 26.12

149. Gl 257 A M4+... 26.16

Gl 257 B M3 26.16

150. Gl 178 F6V 26.16 1.290 0.16 6450

151. Gl 623 M2.5 26.22 0.460 0.09 3510

152. GJ 1276 DZ9+ 26.25

153. Gl 713 A F8 26.27 1.270 0.10 6320

154. GJ 4063 M3p 26.29

155. Gl 686 M1 26.50 0.550 0.08 3720

156. GJ 2034 DA8 26.50

157. GJ 1123 M 26.50

158. GJ 1289 K 26.50

159. Gl 54 M2.5V 26.53 0.300 0.23 3340

160. Gl 884 K5/M0V 26.55 0.590 0.11 4050

161. Gl 493.1 M5e 26.55

162. Gl 48 M3 26.55 0.350 0.09 3400

163. Gl 66 A K2V 26.56

Gl 66 B p Eridani K0V 26.56

164. Gl 747 A M3.5J 26.59

Gl 747 B M5K 26.59

165. GJ 1105 M3.5 26.61

166. Gl 518 DZ9 26.68

167. Gl 595 M3 26.75 0.290 0.21 3330

168. GJ 1151 M 26.77

169. Gl 486 M3.5 26.77 0.200 0.10 3210

170. GJ 1227 M 26.88

171. Gl 300 M4 27.14

172. Gl 232 M4.5 27.17

173. Gl 475 G0V 27.29 1.110 0.12 5930

174. Gl 695 A G5IV 27.38

Gl 695 B M3J 27.38

Gl 695 C M4K 27.38

175. Gl 438 K0 27.39

176. GJ 3146 M 27.58

177. GJ 1154 A M 27.58

178. GJ 1057 M 27.60

179. Gl 618 A M2.0 27.62 0.310 0.09 3350

Gl 618 B M5: 27.62

180. GJ 3076 M 27.63

181. Gl 185 A M0V 27.77

Gl 185 B M2V 27.77

182. Gl 506 G5V 27.79 0.920 0.11 5530 3

183. Gl 450 M1 27.88 0.530 0.08 3650

184. GJ 3517 M 27.91

185. GJ 3454 M5V 27.96

186. Gl 17 G0V 28.01 1.130 0.11 5960

187. Gl 877 M3-V 28.10 0.320 0.09 3360

188. Gl 745 A M1.5 28.13 0.470 0.08 3530

Gl 745 B M2 28.90 0.500 0.08 3560

189. Gl 867 A M0VEP 28.17 0.440 0.15 3500

Gl 867 B M4e 28.17

190. Gl 222 A G0IV-V 28.24 1.110 0.13 5930

191. HIP 31292 M3.5V 28.30 0.400 0.15 3460

192. Gl 203 M3.5 28.34 0.220 0.10 3240

193. GJ 3839 M 28.35

194. Gl 250 A K3V 28.36 0.700 0.08 4690

Gl 250 B M2 28.36

195. GJ 1054 B F9-V 28.41 1.040 0.03 5750

196. Gl 791.2 M6e 28.55

197. GJ 3667 DC8 28.60

198. Gl 849 M3V 28.60 0.260 0.14 3300 1

199. Gl 666 A M0V 28.64

Gl 666 B M0V 28.64

200. GJ 1103 A M 28.65

GJ 1103 B M 28.65

201. Gl 183 K4III 28.73

202. Gl 785 K3V 28.77 0.780 0.10 5090 2

203. Gl 465 M2 28.97 0.480 4880

204. GJ 4247 M4.5Vkee 29.02

205. Gl 318 DA6 29.03

206. GJ 3128 M 29.11

207. Gl 283 A DZQ6 29.11

Gl 283 B M 29.11

208. GJ 3707 M 29.11

209. GJ 3820 K2: 29.11

210. Gl 216 A F6.5V 29.24 1.280 0.13 6410

Gl 216 B K2V 29.24

211. Gl 357 M2.5V 29.26 0.450 0.09 3510

212. GJ 4360 M 29.37

213. Gl 51 M5 29.40

214. HIP 31293 M2.5V 29.40 0.400 0.12 3460

215. Gl 433 M1.5 29.46 0.490 0.12 3550 2

216. Gl 150 K1IV 29.48

217. Gl 424 M0 29.65 0.590 0.10 3850

218. GJ 3801 M3.5 29.67

219. GJ 2066 M2V 29.74 0.410 0.12 3470

220. HIP 82724 Mp 29.75

221. Gl 502 G0 29.85 1.130 0.13 5960

222. Gl 451 A Groombridge 1830 K1VFe-1.5 29.85 0.880 0.06 5410

Gl 451 B M5.5V 29.85

223. Gl 137 G5V 29.86 0.970 0.12 5620

224. GJ 3421 M4.5 29.88

225. Gl 827 F7V 30.05 1.270 0.10 6370

226. Gl 442 A G3/5V 30.12 1.000 0.10 5680 1

Gl 442 B M4 30.12

227. GJ 3325 M3V 30.22

228. GJ 3380 M 30.24

229. GJ 1253 M5 30.30

230. Gl 176 M2.5e 30.35

231. Gl 190 M3.5 30.38 0.200 0.14 3210

232. Gl 226 M2 30.63 0.470 0.08 3530

233. Gl 176 M2 30.71 0.410 0.15 3470 1

234. Gl 84 M2.5 30.77 0.330 0.13 3370

235. GJ 3135 M2.5+V 30.86

236. Gl 694 M2.5 30.93 0.350 0.09 3400

237. Gl 358 M2.0 30.95 0.320 0.09 3360

238. GJ 3988 K-M 30.99

239. GJ 3306 DQ7 31.02

240. GJ 1065 M4 31.08

241. Gl 432 A K0V 31.10 0.830 0.09 5260

Gl 432 B M 31.10

242. Gl 434 G8V 31.10 0.890 0.10 5440

243. Gl 633 M3 31.17

244. GJ 1207 M3.5 31.23

245. GJ 1001 M3.5 31.29

246. GJ 3253 M4.5 31.35

247. GJ 3275 M4.5e 31.35

248. GJ 1125 K:... 31.48

249. Gl 479 M2.0 31.49 0.310 0.09 3350

250. GJ 3855 M6.5 31.56

251. HIP 84581 A9III 31.56

252. Gl 102 M4 31.84

253. GJ 1138 M 31.84

254. Gl 638 K7V 31.85 0.590 0.13 4050

255. Gl 680 M1.5V 31.87 0.460 0.12 3520

256. Gl 631 K1V 31.88 0.830 0.11 5260

257. Gl 569 A M2 31.99 0.400 0.12 3460

258. Gl 367 M1.0 32.00 0.410 0.28 3470

259. GJ 1256 M4-5 32.09

260. Gl 239 K7 32.09 0.600 0.12 3870

261. GJ 9492 M1.5 32.17 0.460 0.19 3520

262. GJ 3049 M4 32.28

263. GJ 2012 DQ9 32.34

264. GJ 3119 M 32.35

265. Gl 803 M1VE 32.41 0.490 0.19 3560

266. Gl 75 G9V 32.52 0.830 0.10 5260

267. GJ 3512 M 32.53

268. Gl 678.1 A M0 32.54 0.560 0.13 3730

269. GJ 3304 M 32.60

270. GJ 3976 M 32.60

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