4.67 The Sun 0.000 2300AD 0.00 0.00 0.00 0 Sol g1v 4.46 48.652 2300AD -2.60 -22.80 42.90 61 54 48 61.913 48.672 0.067 17 34 263.617 28 Gliese2 -2.548 -22.773 42.940 61 54 48 61.913 48.020 0.068 17 34 263.617 28 Gliese3 -2.513 -22.468 42.365 684 A 26 Draconis A g1v 7.19 48.652 2300AD -2.60 -22.80 42.90 61 54 48 61.913 48.672 0.067 17 34 263.617 28 Gliese2 -2.548 -22.773 42.940 61 54 48 61.913 48.020 0.068 17 34 263.617 28 Gliese3 -2.513 -22.468 42.365 684 B 26 Draconis B m0v 4.87 38.788 2300AD -18.30 -18.60 28.70 47 50 54 47.848 38.794 0.084 15 2 225.533 8 Gliese2 -18.237 -18.580 28.761 47 50 54 47.848 38.305 0.085 15 2 225.533 8 Gliese3 -18.007 -18.346 28.398 575 A 44 I Bootis A Variations in light curve caused by mass transfer between close pair. g1v 5.47 38.788 2300AD -18.30 -18.60 28.70 47 50 54 47.848 38.794 0.084 15 2 225.533 8 Gliese2 -18.237 -18.580 28.761 47 50 54 47.848 38.305 0.085 15 2 225.533 8 Gliese3 -18.007 -18.346 28.398 575 B 44 I Bootis B g2v 6.00 38.788 2300AD -18.30 -18.60 28.70 575 C 44 I Bootis C g2v 7.58 10.985 2300AD 6.20 -6.00 6.80 38 30 0 38.500 11.019 0.296 21 4 316.167 40 Gliese2 6.221 -5.972 6.859 38 30 0 38.500 11.280 0.289 21 4 316.167 40 Gliese3 6.368 -6.114 7.022 820 A 61 Cygni A k5v 13.00 10.985 2300AD 6.20 -6.00 6.80 38 30 0 38.500 11.019 0.296 21 4 316.167 40 Gliese2 6.221 -5.972 6.859 38 30 0 38.500 11.280 0.289 21 4 316.167 40 Gliese3 6.368 -6.114 7.022 820 B 61 Cygni B m0v 8.39 11.048 2300AD 6.20 -6.00 6.90 820 C 61 Cygni C k7v 5.55 29.649 2300AD -24.40 2.20 16.70 34 29 0 34.483 29.633 0.110 11 38 174.604 25 Gliese2 -24.318 2.297 16.777 34 29 0 34.483 28.101 0.116 11 38 174.604 25 Gliese3 -23.061 2.178 15.910 434 61 Ursae Majoris g8v 5.67 16.716 2300AD 0.20 -16.70 0.70 2 30 36 2.510 16.724 0.195 18 2 270.733 56 Gliese2 0.214 -16.707 0.732 2 30 36 2.510 16.398 0.199 18 2 270.733 56 Gliese3 0.210 -16.381 0.718 702 A 70 Ophiuchi A k0v 13.00 16.716 2300AD 0.20 -16.70 0.70 2 30 36 2.510 16.724 0.195 18 2 270.733 56 Gliese2 0.214 -16.707 0.732 2 30 36 2.510 16.398 0.199 18 2 270.733 56 Gliese3 0.210 -16.381 0.718 702 B 70 Ophiuchi B m0v 5.29 20.221 2300AD 9.50 11.20 -13.90 -43 15 36 -43.260 20.245 0.161 3 17 49.483 56 Gliese2 9.578 11.208 -13.874 -43 15 36 -43.260 20.440 0.160 3 17 49.483 56 Gliese3 9.671 11.316 -14.008 139 82 Eridani g5v 5.38 38.774 2300AD 34.60 -0.10 17.50 914 85 Pegasi g3v 8.80 47.918 2300AD 13.00 46.10 1.40 1 42 36 1.710 47.955 0.068 4 56 74.246 59 Gliese2 13.014 46.133 1.431 1 42 36 1.710 53.431 0.061 4 56 74.246 59 Gliese3 14.500 51.401 1.594 182 AC+1 1951-103 m1v 11.13 33.248 2300AD 9.90 -31.70 1.60 2 48 36 2.810 33.252 0.098 19 9 287.408 38 Gliese2 9.936 -31.691 1.630 2 48 36 2.810 32.796 0.099 19 9 287.408 38 Gliese3 9.800 -31.256 1.608 748 AC+2 2155-242 m4v 10.90 33.228 2300AD 30.00 14.10 2.30 4 4 54 4.082 28.590 0.114 1 40 25.192 46 Gliese2 25.805 12.139 2.035 4 4 54 4.082 28.655 0.114 1 40 25.192 46 Gliese3 25.864 12.166 2.040 70 AC+3 2259-31 m2v 9.83 49.413 2300AD 10.10 -48.30 2.60 3 2 6 3.035 49.389 0.066 18 47 281.879 31 Gliese2 10.152 -48.264 2.615 3 2 6 3.035 55.355 0.059 18 47 281.879 31 Gliese3 11.379 -54.094 2.931 730 AC+3 2528-176 m2v 9.90 35.069 2300AD 7.90 -33.80 5.00 8 20 18 8.338 35.436 0.092 18 53 283.263 3 Gliese2 8.044 -34.126 5.139 8 20 18 8.338 36.805 0.089 18 53 283.263 3 Gliese3 8.355 -35.445 5.337 735 AC+8 142 393 m2v 11.40 47.131 2300AD 33.80 31.70 8.60 10 35 48 10.597 58.224 0.056 2 54 43.679 43 Gliese2 41.391 39.525 10.707 10 35 48 10.597 69.666 0.047 2 54 43.679 43 Gliese3 49.525 47.292 12.812 120 AC+10 22-181 m4v 10.60 46.670 2300AD -45.50 -6.50 8.10 10 6 30 10.108 46.585 0.070 12 32 188.125 30 Gliese2 -45.402 -6.482 8.176 10 6 30 10.108 46.977 0.069 12 32 188.125 30 Gliese3 -45.784 -6.536 8.245 476 AC+10 95-26 m4vi 12.73 19.317 2300AD 1.70 18.80 4.10 12 29 18 12.488 19.397 0.168 5 39 84.808 14 Gliese2 1.714 18.860 4.194 12 29 18 12.488 19.593 0.167 5 39 84.808 14 Gliese3 1.731 19.051 4.237 213 AC+12 1800-213 m5v 11.80 45.931 2300AD 24.20 -37.60 10.50 13 14 12 13.237 45.901 0.071 20 11 302.875 30 Gliese2 24.253 -37.526 10.510 784.1 AC+13 1185-145 m2v 9.80 43.447 2300AD -34.50 24.40 10.10 13 26 24 13.440 42.902 0.076 9 38 144.625 30 Gliese2 -34.023 24.157 9.972 13 26 24 13.440 40.587 0.080 9 38 144.625 30 Gliese3 -32.188 22.853 9.434 361 AC+13 1301-119 m2v 11.00 43.422 2300AD -18.80 -1.80 39.10 64 18 12 64.303 46.585 0.070 12 20 185.188 45 Gliese2 -20.117 -1.827 41.978 64 18 12 64.303 58.745 0.056 12 20 185.188 45 Gliese3 -25.368 -2.303 52.935 463 AC +64 14332 m4v 9.59 41.293 2300AD 8.40 -38.70 11.70 16 31 48 16.530 41.272 0.079 18 49 282.408 38 Gliese2 8.502 -38.642 11.743 16 31 48 16.530 43.586 0.075 18 49 282.408 38 Gliese3 8.978 -40.809 12.401 731 AC+16 247-80 m2v 10.30 38.314 2300AD 31.80 -18.50 10.70 16 13 24 16.223 45.901 0.071 21 59 329.850 24 Gliese2 38.111 -22.136 12.824 16 13 24 16.223 45.966 0.071 21 59 329.850 24 Gliese3 38.165 -22.168 12.842 844 AC+16 734-144 m2v 11.27 21.243 2300AD 15.90 -12.60 6.30 17 25 6 17.418 21.320 0.153 21 27 321.800 12 Gliese2 15.986 -12.580 6.382 17 25 6 17.418 22.070 0.148 21 27 321.800 12 Gliese3 16.549 -13.022 6.606 829 AC+17 534-105 m4v 9.50 42.824 2300AD 36.00 -19.00 13.30 18 10 36 18.177 53.431 0.061 22 9 332.271 5 Gliese2 44.935 -23.620 16.668 18 10 36 18.177 39.511 0.083 22 9 332.271 5 Gliese3 33.228 -17.467 12.326 851 AC+17 536-125 m2v 11.80 35.110 2300AD -20.00 -26.80 10.70 589 AC+18 1890-112 m4v 10.50 46.534 2300AD 9.50 42.80 15.60 19 36 12 19.603 46.585 0.070 5 9 77.433 44 Gliese2 9.549 42.834 15.629 19 36 12 19.603 46.292 0.070 5 9 77.433 44 Gliese3 9.488 42.564 15.531 192 AC+19 1165-38 m5vi 11.15 27.380 2300AD 7.10 -24.60 9.70 745 AC+20 1463-148 m2vi 11.14 27.380 2300AD 7.10 -24.60 9.70 745 AC+20 1463-154 m2vi 12.00 32.621 2300AD 19.60 -23.50 -11.30 -20 15 18 -20.255 77.979 0.042 20 39 309.921 41 Gliese3 46.947 -56.106 -26.996 799.1 AC -20 76187 a0vii 11.40 42.294 2300AD 26.70 -28.80 15.70 22 10 24 22.173 41.793 0.078 20 55 313.788 9 Gliese2 26.782 -27.939 15.773 22 10 24 22.173 42.771 0.076 20 55 313.788 9 Gliese3 27.408 -28.593 16.142 813 AC+22 308-605 m2vi 10.93 21.617 2300AD -19.20 5.30 8.40 23 6 18 23.105 21.581 0.151 10 57 164.354 25 Gliese2 -19.114 5.353 8.469 23 6 18 23.105 22.559 0.145 10 57 164.354 25 Gliese3 -19.981 5.596 8.853 408 AC+23 468-46 m2vi 10.85 44.579 2300AD 24.90 -31.90 18.70 24 54 0 24.900 44.662 0.073 20 32 308.058 14 Gliese2 24.973 -31.897 18.804 24 54 0 24.900 46.977 0.069 20 32 308.058 14 Gliese3 26.267 -33.551 19.779 794 AC+24 747-102 a0vii 11.12 25.336 2300AD 17.50 14.80 10.80 25 19 0 25.317 25.461 0.128 2 41 40.325 18 Gliese2 17.547 14.894 10.888 25 19 0 25.317 25.950 0.126 2 41 40.325 18 Gliese3 17.884 15.180 11.097 109 AC+25 7918 m4v 12.20 26.741 2300AD 6.30 -21.70 14.30 32 27 0 32.450 26.732 0.122 19 5 286.438 45 Gliese2 6.383 -21.636 14.343 32 27 0 32.450 26.602 0.123 19 5 286.438 45 Gliese3 6.352 -21.531 14.274 747 A AC+32 54804 A m5v 12.50 26.741 2300AD 6.30 -21.70 14.30 32 27 0 32.450 26.732 0.122 19 5 286.438 45 Gliese2 6.383 -21.636 14.343 32 27 0 32.450 26.602 0.123 19 5 286.438 45 Gliese3 6.352 -21.531 14.274 747 B AC+32 54804 B m5v 12.10 47.223 2300AD 39.80 -3.30 25.20 32 16 12 32.270 55.257 0.059 23 41 355.337 21 Gliese2 46.567 -3.798 29.502 32 16 12 32.270 58.647 0.056 23 41 355.337 21 Gliese3 49.424 -4.031 31.312 905.2 B AC+32 86401 B a0vii 10.90 47.138 2300AD 39.70 -3.30 25.20 905.2 AC+32 86422 m5v 9.50 44.551 2300AD 17.80 32.60 24.60 33 30 12 33.503 44.662 0.073 4 5 61.346 23 Gliese2 17.858 32.681 24.653 33 30 12 33.503 44.858 0.073 4 5 61.346 23 Gliese3 17.936 32.824 24.761 162 AC+33 10883 m1v 11.03 19.301 2300AD -3.70 15.70 10.60 33 20 18 33.338 19.397 0.168 6 51 102.896 35 Gliese2 -3.617 15.796 10.660 33 20 18 33.338 18.778 0.174 6 51 102.896 35 Gliese3 -3.501 15.292 10.320 251 AC+33 25644 m4v 12.62 19.254 2300AD -4.40 14.40 12.00 268 A AC+38 23616 A m5v 13.00 19.254 2300AD -4.40 14.40 12.00 268 B AC+38 23616 B m0v 12.30 47.202 2300AD 25.40 -25.90 30.20 815 C AC+39 57322 C m0v 11.40 47.202 2300AD 25.40 -25.90 30.20 39 52 42 39.878 43.456 0.075 20 58 314.538 9 Gliese2 23.390 -23.770 27.862 39 52 42 39.878 49.324 0.066 20 58 314.538 9 Gliese3 26.549 -26.980 31.624 815 B AC+39 57322 B m3v 10.70 47.202 2300AD 25.40 -25.90 30.20 39 52 42 39.878 43.456 0.075 20 58 314.538 9 Gliese2 23.390 -23.770 27.862 39 52 42 39.878 49.324 0.066 20 58 314.538 9 Gliese3 26.549 -26.980 31.624 815 A AC+39 57322 A m3v 11.60 42.310 2300AD 26.40 -19.50 26.70 39 14 0 39.233 65.461 0.050 21 34 323.658 38 Gliese3 40.842 -30.048 41.402 834 A AC+39 60670 A m0v 9.60 42.310 2300AD 26.40 -19.50 26.70 39 14 0 39.233 65.461 0.050 21 34 323.658 38 Gliese3 40.842 -30.048 41.402 834 B AC+39 60670 B m0v 11.00 39.734 2300AD -5.40 -29.20 26.40 41 46 30 41.775 39.772 0.082 17 18 259.571 17 Gliese2 -5.369 -29.171 26.496 41 46 30 41.775 42.119 0.077 17 18 259.571 17 Gliese3 -5.686 -30.892 28.060 671 AC+41 726-154 m4vi 10.50 38.288 2300AD 17.90 -20.80 26.70 44 18 42 44.312 38.338 0.085 20 43 310.825 18 Gliese2 17.934 -20.759 26.782 44 18 42 44.312 38.175 0.085 20 43 310.825 18 Gliese3 17.858 -20.670 26.668 806 AC+44 871-589 m3v 9.50 43.380 2300AD 20.90 22.00 31.00 45 32 54 45.548 43.456 0.075 3 6 46.537 9 Gliese2 20.934 22.089 31.021 45 32 54 45.548 42.510 0.077 3 6 46.537 9 Gliese3 20.479 21.608 30.345 125 AC+45 133-65 m2v 10.00 45.853 2300AD -10.90 29.80 33.10 46 11 18 46.188 55.616 0.059 7 19 109.904 37 Gliese3 -13.108 36.203 40.133 272 AC+47 256-150 m2v 9.60 47.276 2300AD -11.20 -25.20 38.40 54 25 6 54.418 20.473 0.159 16 24 246.058 14 Gliese3 -4.834 -10.888 16.650 625 AC+54 1646-56 m2v 11.40 37.238 2300AD 18.60 8.20 31.20 56 58 54 56.982 37.457 0.087 1 35 23.779 7 Gliese2 18.678 8.230 31.408 56 58 54 56.982 36.088 0.090 1 35 23.779 7 Gliese3 17.995 7.929 30.260 63 AC+56 13511 m4v 11.70 39.695 2300AD 18.20 10.10 33.80 58 16 54 58.282 39.772 0.082 1 55 28.975 54 Gliese2 18.292 10.129 33.832 58 16 54 58.282 41.532 0.079 1 55 28.975 54 Gliese3 19.102 10.577 35.329 82 AC+58 13565 m4v 12.51 16.906 2300AD 3.40 8.00 14.50 169.1 AC+58 25001 m4v 12.51 16.906 2300AD 3.40 8.00 14.50 169.1 AC+58 25002 a0vii 10.20 40.649 2300AD 19.00 4.90 35.60 61 6 30 61.108 40.750 0.080 0 58 14.554 13 Gliese2 19.057 4.948 35.678 61 6 30 61.108 35.273 0.092 0 58 14.554 13 Gliese3 16.496 4.283 30.883 47 AC+60 3496 m2v 9.08 48.658 2300AD -2.60 -23.00 42.80 61 43 6 61.718 48.672 0.067 17 35 263.758 2 Gliese2 -2.507 -22.925 42.862 61 43 6 61.718 45.836 0.071 17 35 263.758 2 Gliese3 -2.361 -21.589 40.364 685 AC+61 26806 m1v 10.95 25.673 2300AD 6.50 -8.60 23.30 793 B AC+65 6955 B m3v 13.00 25.673 2300AD 6.50 -8.60 23.30 793 A AC+65 6955 A m0v 11.20 28.089 2300AD -11.10 -2.30 25.70 66 23 0 66.383 28.101 0.116 12 47 191.767 4 Gliese2 -11.021 -2.296 25.747 66 23 0 66.383 28.069 0.116 12 47 191.767 4 Gliese3 -11.009 -2.293 25.718 487 AC+66 3955 m4v 10.25 38.270 2300AD -10.60 7.50 36.00 70 15 54 70.265 38.338 0.085 9 38 144.592 22 Gliese2 -10.551 7.501 36.086 70 15 54 70.265 44.010 0.074 9 38 144.592 22 Gliese3 -12.112 8.610 41.425 360 AC+70 4336 m3v 10.90 38.251 2300AD -10.60 7.40 36.00 70 16 18 70.272 38.338 0.085 9 38 144.663 39 Gliese2 -10.557 7.485 36.088 70 16 18 70.272 36.219 0.090 9 38 144.663 39 Gliese3 -9.973 7.071 34.093 362 AC+70 4337 m4v 12.75 39.676 2300AD 3.40 -12.80 37.40 70 35 6 70.585 39.772 0.082 19 0 285.163 39 Gliese2 3.458 -12.760 37.510 70 35 6 70.585 43.586 0.075 19 0 285.163 39 Gliese3 3.790 -13.984 41.108 742 AC+70 8247 a0vii 10.34 25.630 2300AD 7.90 2.00 24.30 71 25 0 71.417 28.590 0.114 0 58 14.700 48 Gliese2 8.813 2.312 27.099 71 25 0 71.417 28.232 0.116 0 58 14.700 48 Gliese3 8.702 2.283 26.760 48 AC+71 532 m3v 11.10 35.760 2300AD 4.20 4.70 35.20 79 46 54 79.782 35.827 0.091 3 13 48.483 56 Gliese2 4.213 4.759 35.259 79 46 54 79.782 44.173 0.074 3 13 48.483 56 Gliese3 5.194 5.867 43.472 133 AC+79 1584 m2v 12.38 16.612 2300AD -3.20 0.20 16.30 78 57 42 78.962 16.626 0.196 11 44 176.146 35 Gliese2 -3.176 0.214 16.318 78 57 42 78.962 17.017 0.192 11 44 176.146 35 Gliese3 -3.251 0.219 16.702 445 AC+79 3888 m4vi 10.56 31.594 2300AD 0.00 4.30 31.30 82 7 54 82.132 31.655 0.103 5 59 89.925 42 Gliese2 0.006 4.333 31.357 82 7 54 82.132 31.035 0.105 5 59 89.925 42 Gliese3 0.006 4.248 30.743 226 AC+82 1111 m3v 12.93 31.354 2300AD 10.30 -29.30 -4.30 754.1 AC-7 342-397 m5v 12.44 31.354 2300AD 10.30 -29.30 -4.30 754.1 AC-7 342-402 a0vii 13.00 39.365 2300AD -30.70 -23.20 -8.30 -12 4 6 -12.068 39.283 0.083 14 28 217.083 20 Gliese2 -30.646 -23.163 -8.213 -12 4 6 -12.068 37.457 0.087 14 28 217.083 20 Gliese3 -29.221 -22.086 -7.831 553.1 AC-12 2306 m4v 4.35 Rigel Kentaurus 4.479 2300AD -1.70 -1.40 -3.90 -60 37 48 -60.630 4.401 0.743 14 36 219.046 11 Gliese2 -1.676 -1.360 -3.835 -60 37 48 -60.630 4.368 0.749 14 36 219.046 11 Gliese3 -1.664 -1.350 -3.807 559 A Alpha Centauri A Twice the metal abundance of the sun and about 6 billion years old. g2v 5.69 4.479 2300AD -1.70 -1.40 -3.90 -60 37 48 -60.630 4.401 0.743 14 36 219.046 11 Gliese2 -1.676 -1.360 -3.835 -60 37 48 -60.630 4.368 0.749 14 36 219.046 11 Gliese3 -1.664 -1.350 -3.807 559 B Alpha Centauri B Twice the metal abundance of the sun and about 6 billion years old. k0v 3.10 49.464 2300AD -45.00 -1.20 -20.50 -24 27 0 -24.450 47.955 0.068 12 5 181.458 50 Gliese2 -43.640 -1.111 -19.849 -24 27 0 -24.450 46.096 0.071 12 5 181.458 50 Gliese3 -41.949 -1.068 -19.079 455.3 Alpha Corvi ( Alchiba ) Metal deficient star. f2v 6.50 43.977 2300AD 25.90 28.30 -21.50 -29 11 0 -29.183 44.043 0.074 3 9 47.487 57 Gliese2 25.985 28.344 -21.475 -29 11 0 -29.183 44.858 0.073 3 9 47.487 57 Gliese3 26.465 28.869 -21.873 127 B Alpha Fornacis B m0v 3.50 43.977 2300AD 25.90 28.30 -21.50 -29 11 0 -29.183 44.043 0.074 3 9 47.487 57 Gliese2 25.985 28.344 -21.475 -29 11 0 -29.183 44.858 0.073 3 9 47.487 57 Gliese3 26.465 28.869 -21.873 127 A Alpha Fornacis A f8iv 2.90 47.266 2300AD 19.40 10.90 -41.70 -61 48 48 -61.813 69.373 0.047 1 57 29.300 12 Gliese2 28.576 16.036 -61.146 -61 48 48 -61.813 82.315 0.040 1 57 29.300 12 Gliese3 33.907 19.028 -72.553 83 Alpha Hydri f0v 5.39 28.385 2300AD -0.40 7.40 -27.40 -74 44 12 -74.737 28.362 0.115 6 11 92.933 44 Gliese2 -0.382 7.457 -27.362 -74 44 12 -74.737 28.558 0.114 6 11 92.933 44 Gliese3 -0.385 7.508 -27.551 231 Alpha Mensae g5v 2.24 Altair 16.455 2300AD 7.40 -14.50 2.40 8 44 6 8.735 16.463 0.198 19 48 297.087 21 Gliese2 7.409 -14.487 2.500 8 44 6 8.735 16.235 0.201 19 48 297.087 21 Gliese3 7.307 -14.287 2.466 768 Alpha Aquilae a7v -0.24 Arcturus 35.489 2300AD -28.00 -18.40 11.70 19 26 30 19.442 35.436 0.092 14 13 213.346 23 Gliese2 -27.914 -18.368 11.795 19 26 30 19.442 35.730 0.091 14 13 213.346 23 Gliese3 -28.146 -18.521 11.893 541 Alpha Bootis High space velocity. 28 solar radii. k2iii 10.12 17.530 2300AD -12.30 3.10 12.10 412 AC+19 1165-3 m2v 12.50 41.257 2300AD 13.50 -37.60 10.30 14 34 54 14.582 64.059 0.051 19 19 289.846 23 Gliese3 21.047 -58.314 16.128 755.1 BPM 94172 a0vii 13.25 5.917 2300AD -0.20 -5.90 0.40 4 33 18 4.555 5.901 0.552 17 55 268.846 23 Gliese2 -0.118 -5.881 0.469 4 33 18 4.555 5.966 0.545 17 55 268.846 23 Gliese3 -0.120 -5.946 0.474 699 Barnard's star In the constellation of Ophiuchus. Discovered in 1916 by E.E Barnard. Has the largest known proper motion ( 10.3 arcseconds per year ). m5v 7.80 32.640 2300AD -21.50 1.70 24.50 438.1 DM+49 2079 k2v 10.49 Lalande 21185 8.257 2300AD -6.50 1.70 4.80 411 A DM+36 2147 A m2v 13.00 Lalande 21185 8.257 2300AD -6.50 1.70 4.80 411 B DM+36 2147 B m0v 3.50 Alshain 46.528 2300AD 21.80 -40.80 5.00 6 16 48 6.280 46.585 0.070 19 52 298.212 51 Gliese2 21.890 -40.805 5.096 6 16 48 6.280 43.880 0.074 19 52 298.212 51 Gliese3 20.619 -38.435 4.800 771 A Beta Aquilae A g8iv 10.60 46.528 2300AD 21.80 -40.80 5.00 6 16 48 6.280 46.585 0.070 19 52 298.212 51 Gliese2 21.890 -40.805 5.096 6 16 48 6.280 43.880 0.074 19 52 298.212 51 Gliese3 20.619 -38.435 4.800 771 B Beta Aquilae B m3v 4.46 29.908 2300AD -22.20 -3.10 19.80 41 37 42 41.628 29.894 0.109 12 31 187.842 22 Gliese2 -22.136 -3.049 19.858 41 37 42 41.628 28.427 0.115 12 31 187.842 22 Gliese3 -21.050 -2.899 18.884 475 Beta Canum Venaticorum g0v 1.37 Chaph 49.311 2300AD 25.50 0.70 42.20 8 A Beta Cassiopei A Delta Scuti pulsating variable with optical companion f2iv 13.00 49.311 2300AD 25.50 0.70 42.20 8 B Beta Cassiopei B m0v 4.66 27.205 2300AD -22.90 -7.20 12.80 28 7 54 28.132 27.156 0.120 13 9 197.383 32 Gliese2 -22.854 -7.155 12.804 28 7 54 28.132 27.221 0.120 13 9 197.383 32 Gliese3 -22.909 -7.172 12.835 502 Beta Comae Berenices g0v 3.80 20.580 2300AD 4.40 0.40 -20.10 -77 32 6 -77.535 20.505 0.159 0 23 5.787 9 Gliese2 4.403 0.446 -20.022 -77 32 6 -77.535 20.994 0.155 0 23 5.787 9 Gliese3 4.508 0.457 -20.499 19 Beta Hydri Lithium to calcium ratio is ten times that of Sol. g1iv 2.40 41.876 2300AD -10.10 -15.90 -37.40 -63 16 42 -63.278 39.283 0.083 15 50 237.679 43 Gliese2 -9.444 -14.927 -35.088 601 Beta Trianguli Australis f2iv 3.60 Zavijah 32.658 2300AD -32.60 1.60 1.10 2 2 48 2.047 32.600 0.100 11 48 177.021 5 Gliese2 -32.535 1.693 1.164 2 2 48 2.047 32.991 0.099 11 48 177.021 5 Gliese3 -32.925 1.713 1.178 449 Beta Virginis f8v 8.19 31.358 2300AD -8.60 -24.70 17.30 33 35 42 33.595 31.361 0.104 16 43 250.813 15 Gliese2 -8.585 -24.672 17.353 33 35 42 33.595 31.589 0.103 16 43 250.813 15 Gliese3 -8.648 -24.851 17.479 638 DM +33 2777 k7v 12.10 13.178 2300AD -5.10 -11.80 -2.90 628 A DM-12 4523 A m5v 13.70 27.139 2300AD -16.40 -1.00 21.60 459.1 C1 a0vii -0.60 Capella A 43.369 2300AD 6.10 29.50 31.20 45 57 0 45.950 43.456 0.075 5 12 78.246 59 Gliese2 6.155 29.581 31.233 45 57 0 45.950 41.272 0.079 5 12 78.246 59 Gliese3 5.846 28.094 29.664 194 A Alpha Aurigae A Chromospheric Helium detected. 2.67 solar masses ? g8iii 0.34 Capella B 43.369 2300AD 6.10 29.50 31.20 45 57 0 45.950 43.456 0.075 5 12 78.246 59 Gliese2 6.155 29.581 31.233 45 57 0 45.950 41.272 0.079 5 12 78.246 59 Gliese3 5.846 28.094 29.664 194 B Alpha Aurigae B Lithium content is 15 times that of Capella A. 2.55 solar masses ? f5iii 9.55 Capella H A 43.926 2300AD 6.10 30.00 31.50 195 Alpha Aurigae m2v 13.00 Capella H B 43.926 2300AD 6.10 30.00 31.50 195 Alpha Aurigae m5v 2.10 Castor A 47.223 2300AD -15.60 36.90 25.00 32 0 0 32.000 47.726 0.068 7 31 112.854 25 Gliese3 -15.719 37.297 25.291 278 A Alpha Gemini A Visual triple a1v 2.10 Castor B 47.223 2300AD -15.60 36.90 25.00 32 0 0 32.000 47.726 0.068 7 31 112.854 25 Gliese3 -15.719 37.297 25.291 278 B Alpha Gemini B Visual triple a1v 2.90 Castor C 47.223 2300AD -15.60 36.90 25.00 31 58 48 31.980 47.237 0.069 7 31 112.858 26 Gliese2 -15.564 36.921 25.018 31 58 48 31.980 47.726 0.068 7 31 112.858 26 Gliese3 -15.725 37.304 25.277 278 C Alpha Gemini C Flare star and visual triple a5v 2.90 Castor D 47.223 2300AD -15.60 36.90 25.00 278 D Alpha Gemini D a5v 12.00 28.799 2300AD -22.70 0.90 17.70 451 DM+38 2285 m0v 4.13 25.245 2300AD 0.70 -7.80 24.00 72 42 42 72.712 24.580 0.133 18 21 275.487 57 Gliese3 0.698 -7.271 23.470 713 A Chi Draconis A Shortest known period for astrometric binary. f7v 13.00 25.245 2300AD 0.70 -7.80 24.00 713 B Chi Draconis B m0v 4.43 32.194 2300AD 1.10 30.20 11.10 20 16 6 20.268 32.274 0.101 5 51 87.854 25 Gliese2 1.134 30.254 11.180 222 Chi Orionis Probable low mass companion. g0v 10.79 20.280 2300AD -5.80 -19.20 -3.00 644 DM-08 4352 m4v 14.00 19.268 2300AD -0.80 -10.40 -16.20 -57 16 54 -57.282 19.169 0.170 17 42 265.600 24 Gliese2 -0.795 -10.330 -16.128 -57 16 54 -57.282 19.690 0.166 17 42 265.600 24</