Turniej na impy (cav.)

Czwartek, 12 lutego 2026

Wyniki z 30 ośrodków

do wyników...

pobierz rozkłady turnieju
    S J53
H K62
D KJ108
C A74		    
  S A1098
H 1084
D 53
C Q1063		 W/- S 642
H 93
D 9742
C K852		  
    S KQ7
H AQJ75
D AQ6
C J9		    
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N10912117  E14116
S10912117  W14116
Minimax: 6 H S, 980
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
123016 NT x N =19.50-9.50
101016 H S +116.13-6.13
990166 NT N =115.56-5.56
6 NT S =5
980666 H N =15.46-5.46
6 H S =63
6 S N =1
6 S S =1
92026 D N =24.13-4.13
52013 NT N +41-3.713.71
51014 H S +31-3.763.76
490173 NT N +38-4.274.27
3 NT S +34
4 NT N +21
4 NT S +22
5 NT N +11
5 NT S +11
480314 H N +21-4.684.68
4 H S +220
5 H S +110
46033 NT N +21-5.075.07
3 NT S +21
4 NT S +11
45024 H S +12-5.075.07
43073 NT N +14-5.515.51
4 NT N =3
42024 H S =2-5.535.53
40013 NT S =1-5.735.73
23032 H S +41-8.538.53
3 H N +31
3 H S +31
-5056 H S -11-11.6111.61
3 NT S -11
5 NT N -11
6 NT N -12
-10064 NT S -21-11.8511.85
6 NT N -25
-15016 D N -31-12.8112.81
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1363 4 2 6 NTN H3= 9905.56-5.56
DS/1363 1 3 6 NTN D6= 9905.56-5.56
DS/3363 14 7 4 HS C3+2 480-4.684.68
DS/3364 15 11 6 HS C3= 9805.46-5.46
DS/3366 12 5 5 HS D3+1 480-4.684.68
DS/3367 10 9 4 HS C3+2 480-4.684.68
DS/3368 13 8 6 HS D3= 9805.46-5.46
DS/3802 17 27 4 HS H4+2 480-4.684.68
DS/3803 23 21 6 HS SA= 9805.46-5.46
DS/3804 28 18 6 HS H4= 9805.46-5.46
DS/3805 26 22 6 HS SA= 9805.46-5.46
DS/3806 25 29 4 HS D3+2 480-4.684.68
DS/3807 20 19 4 NTN C8= 430-5.515.51
DS/3808 30 24 6 NTS SA= 9905.56-5.56
DS/724 39 37 3 NTN D7+3 490-4.274.27
DS/725 33 34 4 NTN C2= 430-5.515.51
DS/727 38 32 4 HS SA+2 480-4.684.68
DS/728 31 35 6 NTN H3= 9905.56-5.56
DS/945 44 43 4 HS D6+2 480-4.684.68
DS/946 42 41 6 HS SA= 9805.46-5.46
KP/4646 52 50 6 NTN D2= 9905.56-5.56
KP/4644 49 47 6 HS SA= 9805.46-5.46
KP/4642 48 51 6 HS H8= 9805.46-5.46
KP/4645 46 45 6 NTN S4= 9905.56-5.56
KP/5012 68 64 6 NTN D7= 9905.56-5.56
KP/5011 61 67 5 HS D5+1 480-4.684.68
KP/5010 57 65 4 HS C3+2 480-4.684.68
KP/509 55 66 6 HS SA= 9805.46-5.46
KP/508 53 56 6 HS SA= 9805.46-5.46
KP/507 58 60 4 NTS S10+2 490-4.274.27
KP/505 54 59 4 HS C6+2 480-4.684.68
KP/504 63 62 6 HS SA= 9805.46-5.46
KP/5180 72 75 6 HS = 9805.46-5.46
KP/5180 70 69 6 HS = 9805.46-5.46
KP/5180 76 74 6 HS = 9805.46-5.46
KP/5180 73 71 6 NTN -1 -50-11.6111.61
LB/3854 85 83 4 HS D5+2 480-4.684.68
LB/3855 79 80 5 HS H8+1 480-4.684.68
LB/3856 86 82 2 HS C2+4 230-8.538.53
LB/3857 84 78 6 HS SA= 9805.46-5.46
LB/3858 77 81 6 NTN C2-2 -100-11.8511.85
LB/5261 96 95 6 HS C3= 9805.46-5.46
LB/5262 91 97 4 HS C3= 420-5.535.53
LB/5263 93 90 6 NT xN DQ= 12309.50-9.50
LB/5266 87 89 6 HS SA= 9805.46-5.46
LB/52610 88 92 4 HS D3+2 480-4.684.68
LD/4604 107 105 6 NTN H3= 9905.56-5.56
LD/4605 101 102 3 NTN D2+3 490-4.274.27
LD/4607 106 100 4 HS H4+2 480-4.684.68
LD/4608 99 103 6 NTS SA= 9905.56-5.56
LU/2883 119 114 5 HS SA+1 480-4.684.68
LU/2884 121 122 6 DN D2-3 -150-12.8112.81
LU/2885 110 117 6 HS H4= 9805.46-5.46
LU/2886 123 115 6 HS D3= 9805.46-5.46
LU/2887 124 113 6 HS C3= 9805.46-5.46
LU/2888 109 118 6 HS D3= 9805.46-5.46
LU/2889 116 125 4 HS D3+2 480-4.684.68
LU/28810 112 126 6 NTN C2-1 -50-11.6111.61
LU/28811 111 127 3 NTS S8+3 490-4.274.27
MA/2824 136 130 3 NTN C2+1 430-5.515.51
MA/2825 129 138 6 HS SA= 9805.46-5.46
MA/2827 135 131 6 HS SA= 9805.46-5.46
MA/2828 134 132 6 NTN D2= 9905.56-5.56
MA/4834 151 149 6 HS H4= 9805.46-5.46
MA/4835 145 146 6 HS SA= 9805.46-5.46
MA/4837 150 144 6 HS SA= 9805.46-5.46
MA/4838 143 147 3 NTN C8+1 430-5.515.51
MA/5083 163 157 3 NTN D7+3 490-4.274.27
MA/5084 161 159 5 HS D5+1 480-4.684.68
MA/5085 153 160 5 HS SA+1 480-4.684.68
MA/5087 154 158 6 HS C3= 9805.46-5.46
MA/5088 155 162 4 HS D5+1 450-5.075.07
MA/863 165 167 6 HS H8= 9805.46-5.46
MA/863 168 166 3 HN D7+3 230-8.538.53
MP/3601 183 184 5 NTN C2-1 -50-11.6111.61
MP/3602 181 180 6 HS C3= 9805.46-5.46
MP/3603 179 176 3 NTN S4+3 490-4.274.27
MP/3604 177 172 6 HS SA= 9805.46-5.46
MP/3605 175 186 6 HS H4= 9805.46-5.46
MP/3606 173 182 6 HN C3= 9805.46-5.46
MP/3607 178 171 6 HS SA= 9805.46-5.46
MP/3608 174 169 5 HS H4+1 480-4.684.68
MP/5241 209 210 6 HS S8-1 -50-11.6111.61
MP/5242 207 206 4 NTS D7+2 490-4.274.27
MP/5243 205 202 3 NTS D3= 400-5.735.73
MP/5244 203 198 6 HS SA= 9805.46-5.46
MP/5245 201 194 4 HS C3= 420-5.535.53
MP/5246 199 190 5 HS C3+1 480-4.684.68
MP/5247 197 214 4 NTS S8-2 -100-11.8511.85
MP/5248 195 208 6 SN C2= 9805.46-5.46
MP/5249 193 204 6 HS D3= 9805.46-5.46
MP/52410 200 191 3 NTS C6-1 -50-11.6111.61
MP/52411 196 189 3 NTS S10+3 490-4.274.27
MP/52412 192 187 6 HS C3= 9805.46-5.46
MP/52413 188 213 4 NTS SA+1 460-5.075.07
PD/3694 225 222 6 HS H4= 9805.46-5.46
PD/3695 224 220 6 NTN C2-2 -100-11.8511.85
PD/3698 219 217 6 NTN H9= 9905.56-5.56
PD/3699 215 221 4 HS D5+2 480-4.684.68
PD/36910 223 218 6 HS D5= 9805.46-5.46
PD/36911 227 228 6 HS SA= 9805.46-5.46
PD/36912 230 226 6 HS SA= 9805.46-5.46
SL/5252 234 236 5 HS D3+1 480-4.684.68
SL/5254 233 237 3 NTN D7+4 520-3.713.71
SL/5255 235 232 4 HS D5+3 510-3.763.76
WM/4594 254 256 3 NTN S4+3 490-4.274.27
WM/4595 241 242 6 NTS SA= 9905.56-5.56
WM/4596 245 255 3 NTN S6+3 490-4.274.27
WM/4597 244 252 4 HS C3+2 480-4.684.68
WM/4598 247 253 6 HS C6= 9805.46-5.46
WM/4599 251 250 3 NTS S10+3 490-4.274.27
WM/45910 246 248 6 SS SA= 9805.46-5.46
WM/45911 243 249 6 HS SA+1 10106.13-6.13
WM/45912 239 240 5 HS D5+1 480-4.684.68
WM/5034 265 263 6 HS SA= 9805.46-5.46
WM/5035 259 260 6 HS SA= 9805.46-5.46
WM/5037 264 258 6 HS SA= 9805.46-5.46
WM/5038 257 261 6 HS SA= 9805.46-5.46
WP/3006 270 286 6 HS H4= 9805.46-5.46
WP/3006 269 281 6 HS C3= 9805.46-5.46
WP/3006 268 274 6 NTS SA= 9905.56-5.56
WP/3006 285 283 6 NTN C2-2 -100-11.8511.85
WP/3006 279 273 6 HS SA= 9805.46-5.46
WP/3006 282 267 6 HS D3= 9805.46-5.46
WP/3006 277 280 6 HS C3= 9805.46-5.46
WP/3006 278 276 4 HS C3+2 480-4.684.68
WP/3006 271 272 6 NTN D7= 9905.56-5.56
WP/3006 284 275 4 HS H8+2 480-4.684.68
WP/4034 291 304 3 NTN S4+2 460-5.075.07
WP/4035 301 288 4 HS C3+2 480-4.684.68
WP/4036 296 293 3 HS C3+3 230-8.538.53
WP/4037 289 295 6 HS SA= 9805.46-5.46
WP/4038 294 297 6 HS H4= 9805.46-5.46
WP/4039 302 303 6 DN H9= 9204.13-4.13
WP/40310 292 298 6 HS SA= 9805.46-5.46
WP/40311 299 290 3 NTS S8+3 490-4.274.27
WP/40312 287 300 6 NTS S8= 9905.56-5.56
WP/4036 315 312 4 NTN C2= 430-5.515.51
WP/4037 317 308 6 NTN D7= 9905.56-5.56
WP/4038 306 311 6 HS H8= 9805.46-5.46
WP/40310 309 310 6 HS H4= 9805.46-5.46
WP/40311 316 305 6 HS SA= 9805.46-5.46
WP/40312 307 314 4 NTN D7+2 490-4.274.27
WP/5072 322 325 4 HS D5+1 450-5.075.07
WP/5074 323 321 6 NTN C2-2 -100-11.8511.85
WP/5075 320 319 3 NTS S4+2 460-5.075.07
WP/5076 326 324 4 HS D5+2 480-4.684.68
ZP/3082 327 337 3 NTN C2+1 430-5.515.51
ZP/3083 333 331 6 DN S4= 9204.13-4.13
ZP/3084 338 328 3 NTN S6+3 490-4.274.27
ZP/3085 336 332 3 NTN C2+1 430-5.515.51
ZP/3086 335 339 4 HS D5+2 480-4.684.68
ZP/3087 330 329 6 HS SA= 9805.46-5.46
ZP/3784 349 347 6 HS SA= 9805.46-5.46
ZP/3785 343 344 4 HN S4+2 480-4.684.68
ZP/3787 348 342 3 NTN S6+3 490-4.274.27
ZP/3788 341 345 6 HS D3= 9805.46-5.46
ZP/4331 360 359 6 HS SA= 9805.46-5.46
ZP/4332 355 361 6 HS SA= 9805.46-5.46
ZP/4333 357 354 4 HS SA+2 480-4.684.68
ZP/4336 351 353 6 NTN C2-2 -100-11.8511.85
ZP/4338 362 358 6 HS SA= 9805.46-5.46
ZP/5014 371 369 6 HS H10= 9805.46-5.46
ZP/5015 365 366 5 NTN D2+1 490-4.274.27
ZP/5017 370 364 5 NTS SA+1 490-4.274.27
ZP/5018 363 367 6 HS H8= 9805.46-5.46