Turniej KMP na impy

Poniedziałek, 25 maja 2026

Wyniki z 51 ośrodków

Zobacz: klasyfikacja długofalowa KMP na impy
do wyników...

pobierz rozkłady turnieju
    S QJ108654
H 752
D 5
C 104		    
  S A72
H 93
D AQ8
C AJ976		 W/NS S
H AKQ10864
D 104
C 8532		  
    S K93
H J
D KJ97632
C KQ		    
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N19161  E12412612
S17161  W12412612
Minimax: 6 NT W, -990
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień		kontraktliczba
wystąpień		% NS% EW
30014 S E -6113.00-13.00
14013 S N =111.86-11.86
9012 D N =110.92-10.92
5045 C W -1110.78-10.78
6 H W -12
7 H E -11
-10024 S N -128.77-8.77
-15014 C W +117.89-7.89
-17014 C W +217.13-7.13
-200192 D N -216.96-6.96
3 D x S -11
3 H E +21
4 S x N -114
4 S x S -11
4 S N -21
-30014 D S -315.05-5.05
-40013 NT W =12.54-2.54
-42024 H E =22.37-2.37
-43033 NT W +132.35-2.35
-45094 H E +131.59-1.59
4 H W +15
5 H E =1
-46053 NT W +251.57-1.57
-4801874 H E +2800.76-0.76
4 H W +268
5 H E +126
5 H W +113
-50054 S x N -21-0.080.08
5 S x N -24
-51014 H W +31-0.110.11
-65025 H x E =1-3.583.58
5 H x W =1
-75015 H x W +11-5.465.46
-79014 H x W +21-5.715.71
-80034 S x N -32-6.456.45
6 S x N -31
-92026 C W =2-8.398.39
-980296 H E =21-9.479.47
6 H W =8
-110015 D x S -41-10.7610.76
-121046 H x E =2-11.2911.29
6 H x W =2
-140024 D x S -51-13.3013.30
5 D x S -51
-170015 D x S -61-14.7414.74
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1362 4 8 4 HE CQ+2 -4800.76-0.76
DS/1363 2 1 6 HE CK= -980-9.479.47
DS/1364 7 11 4 HE CK+2 -4800.76-0.76
DS/1365 9 6 6 HE CK= -980-9.479.47
DS/1368 3 5 4 HE CK+2 -4800.76-0.76
DS/3364 35 43 4 HE CK+2 -4800.76-0.76
DS/3365 41 39 4 HE S3+2 -4800.76-0.76
DS/3366 44 36 4 HE S3+2 -4800.76-0.76
DS/3367 34 40 4 CW D5+1 -1507.89-7.89
DS/3368 33 45 3 NTW SQ+1 -4302.35-2.35
DS/3369 38 37 4 DS H9-3 -3005.05-5.05
DS/33610 46 42 4 HW D5+2 -4800.76-0.76
DS/3801 73 74 4 HW D5+2 -4800.76-0.76
DS/3802 71 70 5 HE SK+1 -4800.76-0.76
DS/3803 69 66 4 HE S3+2 -4800.76-0.76
DS/3804 67 62 4 HW SQ+2 -4800.76-0.76
DS/3805 65 58 5 HE S9+1 -4800.76-0.76
DS/3806 63 54 4 HW D5+2 -4800.76-0.76
DS/3807 61 50 4 HW D5+2 -4800.76-0.76
DS/3808 59 76 4 HW D5+2 -4800.76-0.76
DS/3809 57 72 4 HE CQ+2 -4800.76-0.76
DS/38010 55 68 4 HE CQ+2 -4800.76-0.76
DS/38011 64 53 4 HE S9+2 -4800.76-0.76
DS/38012 60 51 4 HW D5+2 -4800.76-0.76
DS/38013 56 49 6 HE CK= -980-9.479.47
DS/38014 52 47 5 HE CK+1 -4800.76-0.76
DS/722 80 84 4 S xN HA-1 -2006.96-6.96
DS/723 78 77 4 HW D5+2 -4800.76-0.76
DS/724 83 87 4 HW SQ+2 -4800.76-0.76
DS/725 85 82 4 HW D5+2 -4800.76-0.76
DS/728 79 81 4 HW D5+2 -4800.76-0.76
KP/1252 92 96 4 S xN HA-2 -500-0.080.08
KP/1253 90 89 4 HE CK+2 -4800.76-0.76
KP/1254 95 99 5 H xW D5+1 -750-5.465.46
KP/1255 97 94 6 HE CK= -980-9.479.47
KP/1258 91 93 4 HE S3+1 -4501.59-1.59
KP/29514 122 114 4 HE S9+2 -4800.76-0.76
KP/29513 109 115 5 HE SK+1 -4800.76-0.76
KP/29512 113 106 4 HE SK+2 -4800.76-0.76
KP/29511 108 121 4 HE SK+2 -4800.76-0.76
KP/29510 120 102 4 HW D5+2 -4800.76-0.76
KP/2959 119 104 6 HW SQ= -980-9.479.47
KP/2958 101 118 4 HW D5+2 -4800.76-0.76
KP/2957 112 111 4 HE CK+2 -4800.76-0.76
KP/2956 117 105 5 HE CK+1 -4800.76-0.76
KP/2955 103 116 4 HE CK+2 -4800.76-0.76
KP/2954 110 107 5 HW D5+1 -4800.76-0.76
KP/4646 147 146 4 HE CK+2 -4800.76-0.76
KP/4647 138 143 4 HE HJ+2 -4800.76-0.76
KP/4649 142 144 4 HW D5+2 -4800.76-0.76
KP/46410 137 140 5 D xS H3-6 -1700-14.7414.74
KP/46411 139 135 4 HE S9+2 -4800.76-0.76
KP/46412 141 149 4 HE SK+2 -4800.76-0.76
KP/46413 145 136 4 HE CK+2 -4800.76-0.76
KP/506 158 154 4 HE S9+2 -4800.76-0.76
KP/507 163 166 6 HW SQ= -980-9.479.47
KP/508 155 161 5 HE SK+1 -4800.76-0.76
KP/509 167 151 4 HE CK+2 -4800.76-0.76
KP/5010 165 153 6 H xW D5= -1210-11.2911.29
KP/5011 160 162 6 HW D5= -980-9.479.47
KP/5012 156 157 4 HW D5+2 -4800.76-0.76
KP/5013 159 152 6 HE CK= -980-9.479.47
KP/5014 168 164 4 HW D5+2 -4800.76-0.76
LB/4292 194 198 4 HW SQ+2 -4800.76-0.76
LB/4293 192 191 4 HW SQ+2 -4800.76-0.76
LB/4294 197 201 4 HE CK+2 -4800.76-0.76
LB/4295 199 196 4 HE CQ+2 -4800.76-0.76
LB/4298 193 195 5 S xN HA-2 -500-0.080.08
LB/42910 202 200 5 HW D5+1 -4800.76-0.76
LD/1191 207 203 5 HW D5+1 -4800.76-0.76
LD/1192 208 206 3 NTW SQ+2 -4601.57-1.57
LD/1193 205 204 6 HE HJ= -980-9.479.47
LD/1194 210 209 4 HE CK+2 -4800.76-0.76
LD/2571 224 238 5 HE S9+1 -4800.76-0.76
LD/2572 223 236 4 HW D5+2 -4800.76-0.76
LD/2573 222 234 4 HE CK+2 -4800.76-0.76
LD/2575 220 230 4 S xN HA-1 -2006.96-6.96
LD/2576 219 228 4 HW D5+1 -4501.59-1.59
LD/2577 218 226 4 HE S3+2 -4800.76-0.76
LD/2578 217 237 4 HW SQ+2 -4800.76-0.76
LD/2579 216 235 4 S xS H6-1 -2006.96-6.96
LD/25710 233 215 4 HW D6+2 -4800.76-0.76
LD/25711 231 214 4 HW D5+2 -4800.76-0.76
LD/25712 229 213 4 HW SQ+2 -4800.76-0.76
LD/25713 227 212 6 S xN HA-3 -800-6.456.45
LD/25714 225 211 4 HW D5+2 -4800.76-0.76
LU/1503 253 249 4 S xN HK-1 -2006.96-6.96
LU/1505 254 252 6 HE CK= -980-9.479.47
LU/1506 251 250 5 HE SK+1 -4800.76-0.76
LU/1507 256 255 6 HE CK= -980-9.479.47
LU/4682 260 264 6 HW D5-1 5010.78-10.78
LU/4683 258 257 4 HW D5+2 -4800.76-0.76
LU/4684 263 267 6 H xE S9= -1210-11.2911.29
LU/4685 265 262 6 CW D5= -920-8.398.39
LU/4688 259 261 4 HE D7+2 -4800.76-0.76
MA/1261 291 292 3 NTW SQ= -4002.54-2.54
MA/1262 289 288 4 HE CK+2 -4800.76-0.76
MA/1263 287 284 4 HW D5+2 -4800.76-0.76
MA/1264 285 280 4 HE D2+2 -4800.76-0.76
MA/1265 279 272 5 HW D5+1 -4800.76-0.76
MA/1265 283 276 4 HW D5+2 -4800.76-0.76
MA/1266 277 290 5 HE S9+1 -4800.76-0.76
MA/1266 281 270 6 HE CK= -980-9.479.47
MA/1267 275 286 5 HE CK+1 -4800.76-0.76
MA/1268 282 273 4 HE D3+2 -4800.76-0.76
MA/1269 278 271 4 HE CK+2 -4800.76-0.76
MA/12610 274 269 4 S xN HA-1 -2006.96-6.96
MA/467 295 294 5 HE SK= -4501.59-1.59
MA/467 299 297 6 HE SK= -980-9.479.47
MA/467 293 296 5 HE SK+1 -4800.76-0.76
MA/4833 302 315 4 HE S9+2 -4800.76-0.76
MA/4834 305 309 4 S xN HA-3 -800-6.456.45
MA/4835 316 311 4 HE CK+2 -4800.76-0.76
MA/4836 303 304 4 HW D5+2 -4800.76-0.76
MA/4837 317 310 4 HE CK+2 -4800.76-0.76
MA/4838 301 318 4 HW D5+2 -4800.76-0.76
MA/4839 313 319 6 HE HJ= -980-9.479.47
MA/48310 320 312 4 HE CK+2 -4800.76-0.76
MA/48311 321 306 4 HW D5+2 -4800.76-0.76
MA/48312 308 322 5 HE SK+1 -4800.76-0.76
MA/48313 307 323 6 HW D5= -980-9.479.47
MA/48314 324 314 4 HW D5+2 -4800.76-0.76
MA/4932 341 340 5 HE S9+1 -4800.76-0.76
MA/4933 339 336 5 HE CK+1 -4800.76-0.76
MA/4934 337 332 4 HE D7+2 -4800.76-0.76
MA/4935 335 328 4 HE S9+2 -4800.76-0.76
MA/4936 333 342 4 HE CK+2 -4800.76-0.76
MA/4937 338 331 4 S xN HA-1 -2006.96-6.96
MA/4938 334 329 5 HW S5+1 -4800.76-0.76
MA/4939 330 327 4 HE CQ+2 -4800.76-0.76
MA/5091 371 372 4 HE CK+2 -4800.76-0.76
MA/5091 401 402 4 HW D5+2 -4800.76-0.76
MA/5092 369 368 5 S xN HA-2 -500-0.080.08
MA/5092 399 398 5 CW D6-1 5010.78-10.78
MA/5093 367 364 4 HW D5+2 -4800.76-0.76
MA/5093 397 394 4 HE CK+2 -4800.76-0.76
MA/5094 365 360 3 NTW SQ+1 -4302.35-2.35
MA/5094 395 390 4 HE S9+2 -4800.76-0.76
MA/5095 363 356 4 HW SQ+2 -4800.76-0.76
MA/5095 393 386 4 HW D5+1 -4501.59-1.59
MA/5096 361 352 4 HW D5+2 -4800.76-0.76
MA/5096 391 382 4 HW D5+2 -4800.76-0.76
MA/5097 359 348 4 HW SQ+2 -4800.76-0.76
MA/5097 389 378 4 HE CK+2 -4800.76-0.76
MA/5098 357 374 6 HW D5= -980-9.479.47
MA/5098 387 404 4 HE D5+2 -4800.76-0.76
MA/5099 355 370 5 HW CK+1 -4800.76-0.76
MA/5099 385 400 5 HW D5+1 -4800.76-0.76
MA/50910 366 353 3 NTW SQ+1 -4302.35-2.35
MA/50910 396 383 6 HE CK= -980-9.479.47
MA/50911 362 351 4 H xW D5+2 -790-5.715.71
MA/50911 392 381 4 HE D9+2 -4800.76-0.76
MA/50912 358 349 3 HE CK+2 -2006.96-6.96
MA/50912 388 379 5 HW D5+1 -4800.76-0.76
MA/50913 354 347 4 HW D5+1 -4501.59-1.59
MA/50913 384 377 4 HW D5+2 -4800.76-0.76
MA/50914 350 345 5 HE S9+1 -4800.76-0.76
MA/50914 380 375 4 HE HJ+2 -4800.76-0.76
MA/5301 429 430 4 HE CK+2 -4800.76-0.76
MA/5302 427 426 4 HE CK+2 -4800.76-0.76
MA/5303 425 422 4 SN HA-1 -1008.77-8.77
MA/5304 423 418 4 HE S9= -4202.37-2.37
MA/5305 421 414 4 HE HJ+2 -4800.76-0.76
MA/5306 419 410 5 HE SK+1 -4800.76-0.76
MA/5308 417 432 6 HW D5= -980-9.479.47
MA/5309 415 428 4 HW D5+2 -4800.76-0.76
MA/53010 424 413 6 CW D5= -920-8.398.39
MA/53011 420 411 4 HW SQ+2 -4800.76-0.76
MA/53012 416 409 6 HW D5= -980-9.479.47
MA/53013 412 407 4 HE S3+1 -4501.59-1.59
MA/53014 408 405 4 HE CK+2 -4800.76-0.76
OP/3634 445 453 4 HE HJ+2 -4800.76-0.76
OP/3635 451 449 3 NTW SQ+2 -4601.57-1.57
OP/3636 454 446 4 HW SQ+2 -4800.76-0.76
OP/3637 444 450 4 HW D5+2 -4800.76-0.76
OP/3639 448 447 4 HE CK+2 -4800.76-0.76
OP/36310 456 452 4 HW D5+2 -4800.76-0.76
PD/3696 479 478 3 SN HA= 14011.86-11.86
PD/3697 470 475 5 HE S3+1 -4800.76-0.76
PD/3699 474 476 4 HW D5+2 -4800.76-0.76
PD/36910 469 472 5 HW D5+1 -4800.76-0.76
PD/36911 471 467 3 D xS H3-1 -2006.96-6.96
PD/36912 473 481 5 HW D5+1 -4800.76-0.76
PD/36913 477 468 4 HE SK+2 -4800.76-0.76
PK/1186 506 508 5 HE CK+1 -4800.76-0.76
PK/1187 507 510 5 S xN HQ-2 -500-0.080.08
PK/1188 498 500 4 HW D5+2 -4800.76-0.76
PK/1189 505 496 4 HW D5+2 -4800.76-0.76
PK/11810 501 511 4 HW D5+2 -4800.76-0.76
PK/11811 499 497 4 HE CK+2 -4800.76-0.76
PK/11812 503 509 4 HW D5+1 -4501.59-1.59
PK/11813 504 502 4 HE CK+2 -4800.76-0.76
PK/11814 495 512 4 S xN HA-1 -2006.96-6.96
PM/1021 539 540 4 HW D5+2 -4800.76-0.76
PM/1022 537 536 4 S xN HK-1 -2006.96-6.96
PM/1023 535 532 5 HE S9+1 -4800.76-0.76
PM/1024 533 528 6 HE SK= -980-9.479.47
PM/1025 531 524 5 HE D5+1 -4800.76-0.76
PM/1026 529 520 4 HE S6+2 -4800.76-0.76
PM/1027 527 516 4 HW D5+2 -4800.76-0.76
PM/1028 525 542 4 HE D5+2 -4800.76-0.76
PM/1029 523 538 4 HE CK+2 -4800.76-0.76
PM/10210 521 534 6 HE S9= -980-9.479.47
PM/10211 530 519 4 D xS H2-5 -1400-13.3013.30
PM/10212 526 517 4 HW D5+2 -4800.76-0.76
PM/10213 522 515 4 SE CK-6 30013.00-13.00
PM/10214 518 513 4 HW D5+2 -4800.76-0.76
PM/10215 514 541 4 HW D5+3 -510-0.110.11
PM/1292 546 550 5 HE S9+1 -4800.76-0.76
PM/1293 544 543 5 HE S9+1 -4800.76-0.76
PM/1294 549 553 4 HW D5+2 -4800.76-0.76
PM/1295 551 548 4 HE CK+2 -4800.76-0.76
PM/1298 545 547 6 HE CK= -980-9.479.47
WM/1325 574 573 5 HE CK+1 -4800.76-0.76
WM/1325 572 569 6 HE CK= -980-9.479.47
WM/1325 571 570 4 S xN HA-1 -2006.96-6.96
WM/3375 600 592 4 HE D7+1 -4501.59-1.59
WM/3376 594 601 4 HE S9+2 -4800.76-0.76
WM/3377 589 602 6 HE CK= -980-9.479.47
WM/3379 587 590 4 HW D5+2 -4800.76-0.76
WM/33710 586 585 6 H xW D5= -1210-11.2911.29
WM/33711 588 596 6 HE CK= -980-9.479.47
WM/33712 591 595 4 HW D5+2 -4800.76-0.76
WM/33713 593 599 5 HW D5+1 -4800.76-0.76
WM/33714 604 598 4 HE S9+2 -4800.76-0.76
WM/4593 615 628 7 HE D7-1 5010.78-10.78
WM/4594 610 606 4 HE CK+2 -4800.76-0.76
WM/4595 614 607 5 HE SK+1 -4800.76-0.76
WM/4596 621 624 6 HW D5-1 5010.78-10.78
WM/4597 612 620 2 DN HA-2 -2006.96-6.96
WM/4598 617 623 4 SN HA-1 -1008.77-8.77
WM/4599 625 622 4 HE CK= -4202.37-2.37
WM/45910 609 613 4 HE CK+2 -4800.76-0.76
WM/45911 608 627 4 HE D2+2 -4800.76-0.76
WM/45912 611 619 4 HW SQ+2 -4800.76-0.76
WM/45913 626 618 3 NTW SQ+2 -4601.57-1.57
WM/45914 605 616 4 HW D5+2 -4800.76-0.76
WP/1472 642 646 4 HW D5+2 -4800.76-0.76
WP/1473 640 639 5 H xW D5= -650-3.583.58
WP/1474 645 649 4 HE SK+2 -4800.76-0.76
WP/1475 647 644 4 SN HA-2 -2006.96-6.96
WP/1478 641 643 4 HE S3+2 -4800.76-0.76
WP/14710 650 648 4 S xN HA-1 -2006.96-6.96
WP/2923 665 661 6 HE SK= -980-9.479.47
WP/2925 666 664 5 D xS H3-4 -1100-10.7610.76
WP/2926 663 662 4 HE HJ+2 -4800.76-0.76
WP/4033 715 712 3 NTW SQ+2 -4601.57-1.57
WP/4034 713 708 4 HE CK+2 -4800.76-0.76
WP/4035 697 690 5 HE S9+1 -4800.76-0.76
WP/4035 711 704 4 HE D3+2 -4800.76-0.76
WP/4036 695 686 4 HW SQ+2 -4800.76-0.76
WP/4036 709 700 4 HW SQ+2 -4800.76-0.76
WP/4037 693 682 4 HW D5+2 -4800.76-0.76
WP/4037 707 696 4 HE CK+2 -4800.76-0.76
WP/4038 691 718 4 S xN HA-3 -800-6.456.45
WP/4038 705 692 4 S xN HK-1 -2006.96-6.96
WP/4039 689 714 4 HE D2+2 -4800.76-0.76
WP/4039 703 688 4 HE HJ+2 -4800.76-0.76
WP/40310 710 687 4 HW D5+2 -4800.76-0.76
WP/40310 684 701 4 HE CK+2 -4800.76-0.76
WP/40311 706 685 4 HE CK+2 -4800.76-0.76
WP/40311 680 699 5 HW D5+1 -4800.76-0.76
WP/40312 702 683 4 S xN HA-1 -2006.96-6.96
WP/40313 698 681 6 HE CK= -980-9.479.47
WP/40314 694 679 4 HW D5+2 -4800.76-0.76
WP/5051 755 756 5 HE D3+1 -4800.76-0.76
WP/5052 753 752 4 S xN HA-1 -2006.96-6.96
WP/5053 751 748 6 HW D5= -980-9.479.47
WP/5054 749 744 4 HW D5+2 -4800.76-0.76
WP/5055 747 740 4 HW D5+2 -4800.76-0.76
WP/5056 745 736 6 H xE S9= -1210-11.2911.29
WP/5057 743 732 4 S xN HA-1 -2006.96-6.96
WP/5058 741 758 4 HE CK+2 -4800.76-0.76
WP/5059 739 754 4 HW D5+2 -4800.76-0.76
WP/50510 737 750 3 NTW SQ+2 -4601.57-1.57
WP/50511 746 735 5 HW D5+1 -4800.76-0.76
WP/50512 742 733 5 D xS H9-5 -1400-13.3013.30
WP/50513 738 731 4 CW SQ+2 -1707.13-7.13
WP/50514 734 729 4 HW D5+1 -4501.59-1.59
WP/50515 730 757 6 HE CK= -980-9.479.47
ZP/1675 780 771 5 S xN HK-2 -500-0.080.08
ZP/1676 775 777 4 HW D5+2 -4800.76-0.76
ZP/1677 781 785 4 HW D5+2 -4800.76-0.76
ZP/1678 772 786 4 HE HJ+2 -4800.76-0.76
ZP/1679 776 782 4 S xN HA-1 -2006.96-6.96
ZP/16710 787 773 4 HE SK+2 -4800.76-0.76
ZP/16711 779 783 4 HW D5+2 -4800.76-0.76
ZP/16712 788 774 4 HE SK+2 -4800.76-0.76
ZP/16713 778 789 5 H xE S3= -650-3.583.58
ZP/16714 790 784 2 DN HK= 9010.92-10.92