PROFORMA -B 6/35 BU LT UP AREA CALCULAT ON FOR ND TO 6TH POD UM FLOOR W NG-6 WING -6 48.50 CONTENTS OF SHEET 14.06 A 48.50 X .81 X 1 NO 1445.7 S .MT. 1.62 0.35 TOTAL ADD T ON 1445.7 S .MT. X 2.90 7 0.77 2ND TO 6TH PODIUM FLOOR PLAN, LINE AREA DIAGRAM DEDUCT ONS 1 3.30 4.30 6 8 3.37 & AREA CALCULATION. 3 3.37 1 1.0 X 3.30 X 1 NO 3.37 S .MT. 0.15 1.6 X 0.35 X 1 NO 0.57 S .MT. 1.02 6.98 3 14.06 X 4.30 X 1 NO 60.46 S .MT. 2.90 11.45 8.50 4 0.50 X 1. 0 X NOS 1. 0 S .MT. 2.51 1.20 LL1 10.07 0.50 4 1.85 3 3.05 5 1.60 10 5 11.45 X 1.60 X 1 NO 18.3 S .MT. 11 10.70 2.9 4.82 0 6 0.15 X 3.37 X 1 NO 0.51 S .MT. 0.55 LL2 2.60 0.49 ST1 1 2 2.90 7 . 0 X 0.77 X 1 NO . 3 S .MT. L2 1.8 5 2.80 L1 2.95 BU LT UP AREA CALCULAT ON FOR ND TO 6TH TYP CAL FL. W NG-1 8 6. 8 X 3.37 X 1 NO 3.5 S .MT. L FT AREA CALCULAT ON LL3 1.82 7.12 A 44.18 X 8. 5 X 1 NO 1 7 .01 S .MT. 0.30 4.46 X 8.50 X 1 NO 37. 1 S .MT. 6.48 FD 0.45 LL11 0.45 4.46 L1 10. 0 X 3.35 X 1 NO 34.17 S .MT. TOILET- LINE AREA DIAGRAM (WING-1 & 6) 3.25 11.43 1.31 4.31 TOTAL ADD T ON 1 7 .01 S .MT. X 10 7. X 10.07 X 1 NO 7 .71 S .MT. 1.36 0.30 L 10.35 X 3.35 X 1 NO 34.67 S .MT. LL141.57 0.15 SCALE - 1:200 DEDUCT ONS 11 5.41 X 10.70 X 1 NO 57.8 S .MT. LL93.25 7.22 L3 3.13 X . 3 X 1 NO 6. 8 S .MT. LL10 2.80 2.95 LL12 7.1038 LL6 2.60 LL7 2.80 2.95 LL5 1 5. 8 X 5. 3 X 1 NO 31.31 S .MT. 1 3. 5 X 0.50 X 1 NO 1.63 S .MT. LL8 3.25 5.41 0.35 AJJA L4 3.38 X 0.65 X 1 NO . 0 S .MT. 13 10.18 X 1. 7 X 1 NO 1 . 3 S .MT. 6.78 10.08 X 0.70 X 1 NO 7.06 S .MT. 6.48 W. CH TOTAL L FT AREA PER FL. TYP CAL FLOOR 78.0 S .MT. Y 3.25 ED 0.45 3 .55 X .88 X 1 NO 7.50 S .MT. BED 6.48 2.95 14 .70 X .64 X 1 NO 7.13 S .MT. MT. L4 R STA RCASE AREA CALCULAT ON TOILET BUILT UP AREA CALCULATION 3.65 OOM 0.45 4 0.50 X 0.70 X 1 NO 0.35 S .MT. 2.65 LL4 X 4.2 A 15 3.50 X 4. 7 X 1 NO 17.40 S .MT. L3 2.95 ST1 7.18 X 4.88 X 1 NO 35.04 S .MT. 16 4.54 X . 0 X 1 NO . S .MT. 0.15 30 2.85 2.80 E 1.08 8 M.B ED 3.65 ROOM 5 5.03 X 1.40 X 1 NO 7.04 S .MT. ST 7.08 X 4.88 X 1 NO 34.55 S .MT. 1 2.90 X 1.85 X 1 NO = 5.37 SQ.MT. 0.30 6 1.48 X 1.83 X 1 NO .71 S .MT. X 5.5 11.44 50% 17 .76 X . 3 X 1 NO 8.0 S .MT. ST4 4.50 LL13 4.50 1.36 3.25 3.30 300X75MM AL BEAM VO & 50% ID S.S. A TOIL 8 TOTAL STA RCASE AREA PER FL. TYP CAL FLOOR 6 .5 S .MT. Y3 29.81 AJJA CHAJJ ET 7 5.68 X 1.40 X 1 NO 7. 5 S .MT. 18 3.33 X 0.85 X NOS 5.66 S .MT. 1.53 373.05 1.07 FINS MS RAILING X 2.45 L FT LOBBY AREA CALCULAT ON 2 1.85 X 2.90 X 1 NO = 5.37 SQ.MT. W. CH 0.20 1.20 0.50 4 2.82 L7 2.20 L5 16 2.20 D3 1.63 1 0.55 X 0.55 X 1 NO 0.30 S .MT. 2.27 X 1.7 8 5.58 X .63 X 1 NO 14.68 S .MT. 0.55 2 1.93 MT. LL1 . 0 X .18 X NOS 1 .64 S .MT. 0 11.83 X 4. 5 X 1 NO 58.56 S .MT. 1.26 2.76ST6 3.17 0.50 0.33 6.83 3.47 ST5 0.18 2.60 L6 3.15 0.17 D 0.63 4.54 15 4.97 1 3.25 0.50 TOTAL ADDITION = 10.74 SQ.MT. X B MS RAILING 0.75M T WID X 1.5 3 1.63 X 0.90 W.I.W 1.53 . 0.45 10 1.73 3. 8 X X 1. 3 .13 X X 1 NO 1 NO 3.68 S .MT. 4. 0 S .MT. LL .60 X 1.38 X 1 NO 3.5 S .MT. 1 1 . 1 X 6.18 X 1 NO 75.46 S .MT. 31 2.67 D1 1.22 1.22 14 2.64 E PL X 0.1 X 3.05 LL3 .44 X 1.33 X 1 NO 3. 5 S .MT. S ANTE 5 1.65 S 1.27 R BE 11 6. 0 X 0.58 X 1 NO 3.60 S .MT. 2.93 DRIVER TOILET (B) = 6.60 SQ.MT. B 4.77 X .11 X 1 NO 10.06 S .MT. 2.45 17 13 8 2.60 LL4 .7 X 0.65 X NOS 3.63 S .MT. 3.30 3.03 7 2.70 10.18 D 8 X 1.6 TOIL E 1.83 T S S 36 DECK 1 1.53 X 1.08 X 1 NO 1.65 S .MT. 3 8.15 X 1.71 X 1 NO 13. 4 S .MT. LIVIN 4.14 SQ.MT. X 2.75 TOTAL TOILET (A-B) = CHAJJ 3 0.70 LL5 3.53 X .83 X 1 NO . S .MT. G/ D 2.48 3.50 3.50 A 50% S 2.76 4 4.77 X .11 X 1 NO 10.06 S .MT. 33 1.97 0.58 0.85 0.55 0.55 0.85 55 56 7.48 RO INING 2.00 VO & 50% ID S.S. 0.12 BEAM 13 .75 X 0.15 X 1 NO 0.41 S .MT. LL6 6.48 X .73 X NOS 35.38 S .MT. 7.48 OM S 18 0.55 18 S 1.02 3.32 0.55 6 1 3.33 14 11. 3 X 1.13 X 1 NO 1 .6 S .MT. 5 .68 X 6.18 X 1 NO 5 .8 S .MT. ) 57 SKY 54 X 5.4 LL7 3.30 X .53 X 1 NO 8.35 S .MT. 6 0.55 X 0.55 X 1 NO 0.30 S .MT. A 0 4.95 PE N TO S 58 S 8 BED R 4.08 OOM AJJA 15 1. 8 X 1.78 X 1 NO 3.5 S .MT. LL8 3.38 X .53 X 1 NO 8.55 S .MT. W (O S 7 .76 X .60 X 1 NO 7.18 S .MT. 34 3.67 16 4.45 X 1.68 X 1 NO 41.08 S .MT. 35 3.32 ELO 53 59 X 3.6 W. CH LL .44 X 1.30 X 1 NO 3.17 S .MT. 8 3.50 X .45 X 1 NO 8.58 S .MT. 0.60 MT B S B 60 S 5 MT. 17 1.68 X 0.45 X NOS 1.51 S .MT. LL10 .60 X 1.40 X 1 NO 3.64 S .MT. 1. 6 X . 7 X 1 NO .86 S .MT. 5.70 3.60 11.83 S 52 B 61 1.83 0.45 18 4.53 X .60 X 1 NO 11.78 S .MT. LL11 3.13 X .65 X 1 NO 8. S .MT. B B BEAM 50% VO 50% ID & 1 .55 X 0. 8 X 1 NO .50 S .MT. 30 1.36 X .85 X 1 NO 3.88 S .MT. 51 55 62 W.C . S S.S. LL1 0.15 X 1.78 X 1 NO 0. 7 S .MT. B TOILE CHAJJ 1.53 TOIL TOIL X 1.83 E 1.55 T-04 A 1.53 T 31 3.03 X .67 X 1 NO 8.0 S .MT. 56 X 1.2 2 E 1.53 T X 2.45 0 1.1 X 0.83 X 1 NO 0. S .MT. TOTAL L FT LOBBY AREA PER FL. TYP CAL FLOOR 100.75 S .MT. Y4 50 B 50%CHAJJA S B X 2.45 3 .48 X 0.70 X 1 NO 1.74 S .MT. 54 57 TOILE AJJA 50% VOID S.S. & BEAM 1 0.34 X 0.53 X NOS 0.36 S .MT. DUCT AREA CALCULAT ON B 1.55 T-04 1.08 S B W. CH X 1.2 33 1. 7 X 0.58 X 1 NO 1.14 S .MT. 49 58 2 BED PAS S KITC 1 .15 X 1. 0 X 1 NO 36.3 S .MT. 5.33 AGE D1 6.48 X 0.45 X NOS 5.83 S .MT. 2.75 HEN 53 B 6.18 6.18 R 5 1 MT. 3.35 OOM 34 3.60 X 3.67 X 1 NO 13. 1 S .MT. MS RAILING S 48 59 BEAM 0.45 X 1.5 X 3.6 3 .10 X 0.70 X 1 NO 1.47 S .MT. D 1.53 X 0.35 X NOS 1.07 S .MT. B B X 4.2 3 5 @M UTIL ID-L 60 ANDI 35 5.70 X 3.3 X 1 NO 18. S .MT. 0.60MT BE LO W (OPEN S 47 52 NG LEVE L 8 2.23 ITY X 1.45 4 16.58 X 4. 5 X 1 NO 8 .07 S .MT. D3 0.38 X 1.45 X 1 NO 0.55 S .MT. S B FRD 36 1.0 X 3.30 X 1 NO 3.37 S .MT. 4 2.11 1.71 2.11 TO SKY) 46 61 FOY 2.58 ER 1.00 X 5 17.10 X 6.15 X 1 NO 105.17 S .MT. TOTAL DUCT AREA PER FL. TYP CAL FLOOR 7.45 S .MT. Y5 3 S 0.75MT W SKY) 51 62 FRD 1.93 S X 1.20 W (OPEN TO 37 0.55 X 3.05 X 1 NO 1.68 S .MT. FRD 6 4.85 X .08 X NOS 0.18 S .MT. IDE PLAN STO 0.60MT BELO B 9.68 4.77 8.15 4.77 12.21 50% CHAJ NET BU LT UP AREA 508.30 S .MT. 1.98 RE S S 45 S.S. 38 0.15 X 7.10 X 1 NO 1.07 S .MT. DN TER BED 50 VOID JA LIF 3 W.C 0.98 . 7 3.88 X 0.80 X NOS 6. 1 S .MT. X 1.5 X & 50% X1 - Y Y3 Y4 Y5 2.30 T 50% & 1.83 3 0.55 X 3.05 X 1 NO 1.68 S .MT. LINE AREA DIA. FOR 2ND TO 6th TYPICAL PODIUM FLOOR. (WING- 6) 19 SERVIC S 0.75MT WID E PLANTER BED S S 43 44 B 49 S.S. X 2.8 0 3 50% VOID 0.45 MT. WID 8 0.30 X 0.70 X 1 NO 0. 1 S .MT. S S B E CHA TOTAL DEDUCT ON 643.4 S .MT. Y1 SCALE - 1:100 20 42 EVA FIRE 0.30 JJA 50% 0.43 X 6.15 X 1 NO .64 S .MT. E S S 2.40 VO X 50% ID & 48 A CHAJJ CUA BEAM S B S.S. S @M T 30 3.74 X 0.83 X 1 NO 3.10 S .MT. STAIRC LIF ION TOTAL BU LT UP AREA X - Y1 80 .37 S .MT. X1 ID-L 21 S S 41 63 50% VOID LIFT 2.78 T SMO ANDI NG LEVE S ASE S S 40 2.30 CHE KE & L X 2.48 BED S 50% S B 0.45 31 .55 X .75 X 1 NO 7.01 S .MT. L FT AREA CALCULAT ON 47 B S.S. S S C X 2.8 LOB K R 22 23 S S S S 39 0 2.78 BY X 2.30 W. CH MT. AJJA 3.83 OOM 38 B X 3.3 TOIL 3 1. 8 X .60 X 1 NO 5.15 S .MT. L1 11.43 X . 5 X 1 NO 33.7 S .MT. 18 46 372 MS RA L 0.30 X .80 X 1 NO 0.84 S .MT. B 24 25 26 35 36 37 B 45 WAY 373 B 371 63 2 2.01 FRD 1.00 ILING MT HT 5 2.45 ET X 1.53 M.B 33 5.30 X 1.68 X 1 NO 8. 0 S .MT. B B S 27 S LOBB 28 29 33 34 B RIVE B ED A L3 11.44 X . 5 X 1 NO 33.75 S .MT. 30 31 32 44 9.85 Y ELE 0.45 3.65 ROOM CHA 34 .55 X .18 X 1 NO 0.8 S .MT. ED 374 50% 2.00 SERV X 2.5 0.28 1.00 JJ 17 B B ID B B VO M 50% ID & W. CH T. X 4.5 1.00 L4 0.30 X .80 X 1 NO 0.84 S .MT. E 19 ICE L 1.10 35 0.50 X 3.58 X 1 NO 1.7 S .MT. 6M W 43 370 B X 1.78 8 B IFT 2.00 WID A 1.20 TOIL 0.90 B 4.45 CHAJJ AC E 0.6 M UNITS-2 AJJA B E X 1.0 20 2.45 T BELOW 5 S.S. CH S X 2.8 AC L5 3.30 X . 0 X 1 NO 7. 6 S .MT. 42 36 .10 X 1 .63 X 1 NO 6.5 S .MT. FOR AJJA B 2.48 0.6 M UNITS-1 50% CHAJJA BELOW X FOY B VOID 1.53 FRD CHA MT. RAM 0 1.68 ER 0.60 FOR JJA & 18 B 50% S.S. B 64 X 1.08 P L6 3.15 X 0.17 X 1 NO 0.54 S .MT. 41 1.68 TOIL TOTAL DEDUCT ON 514. 0 S .MT. Y1 B UTIL 0.45 B B X E 21 W IT 1.53 T B 1.53 Y 16 40 UP 1.58 .C. X B X PASS B 2.50 B L7 3. 5 X .8 X 1 NO .16 S .MT. TOTAL BU LT UP AREA X - Y1 764.11 S .MT. X1 FHC B CHAJJ B 1.85 B 22 FHC X 1.07 AGE 50% B B 39 1.50 UP 3.68 VOID B A B 369 W.C B B S 23 JA 1.88 . X 1.05 50% & 64 G-1 CHAJ TOTAL L FT AREA PER FL. TYP CAL FLOOR 86.11 S .MT. Y 17 24 38 375 166 2.00 DN 1.53 X S.S. BEAM 25 36 37 . ELV S LOBB BED CHA B LIFT VOID AREA CALCULATION Y STO 15 26 27 28 34 35 376 2.25 AY 2.60 X 8.8 2.58 RE KITC R 3.35 OOM JJA LV1 3.00 X 2.45 X 2 NOS = 14.70 SQ.MT. B 29 30 31 32 33 165 X 1.68 X 4.2 B 3.35 HEN 1.08 5 S B MT. . X 3.3 1.50 FRD RIVE ELV 7 WIN 5 S FRD X 2.45 LV2 3.00 X 2.45 X 2 NOS = 14.70 SQ.MT. 16 377 1.50 368 FRD WID E WING -1 LOBB B S W LV3 4.73 X 2.45 X 2 NOS = 23.18 SQ.MT. Y 14 378 1.50 65 B 2.60 FRD 0.45 OOM B X 6.3 B 4 LV4 2.85 X 2.30 X 1 NO = 6.56 SQ.MT. FRD DN 2.00 2 FOY S .R E IDE D 1.23 R FOY LIV TOTAL DEDUCTION = 59.14 SQ.MT. Y1 15 379 ELE X 1.80 B 65 UP FHC FRD X E & DINING 13 380 B 4.20 S 367 S 5 3.78 1.23 R X 3.65 ING X 7.3 DE B 3.78 1.20 164 W. CH MT. FRD 3 3.65 CK 6M WIDE DRIVEWAY SERV 50% S VO AJJA S B 381 6M W & 50% ID S.S. 2.48 IC 4.45 E LIFT X 1.53 STA RCASE AREA CALCULAT ON ST1 7.1 X 4.8 X 1 NO 34.3 S .MT. 14 WA Y 278 383 382 B B 163 S 168 S 167 2.00 0.27 2.00 X 2.8 0 STO 2.58 RE X 1.68 D 12 279 66 KITC 0.50 162 B B LIV B B 384 B S 169 3.35 HEN 2.87 0.70 BE B IVE ELV & DINING 7.18 10.08 4 1.40 1.40 ST4 6.83 X 4.50 X 1 NO 30.74 S .MT. X 2.45 LOBB B 1.99 5 7 161 3.65 ING TE S 385 Y 2.90 B W.C 13 9.85 58 X . X 7.3 5.03 5.68 B ST5 3.48 X 0.18 X 1 NO 0.63 S .MT. R DR 386 152 X 2.5 3 3 ST6 3.17 X 0.33 X 1 NO 1.05 S .MT. AN 11 WI 277 B 397 FRD 387 B 160 S 339 FHC 2 0 50% 1.07 1.08 DE 3.65 CK X 1.53 B 2.18 LL1 1.82 FHC S LIFT S B PL VOID B 396 388 S 6 B UTIL A 50% & X 3.35 395 1.50 159 340 50% IT B BEAM X 2.8 VOID 1.53 Y 9.55 TOTAL STA RCASE AREA PER FL. TYP CAL FLOOR 66.74 S .MT. Y3 DE 394 S.S. & 5.92 B 1. 50% 393 @M ID S 392 391 390 389 UP ID-L CHS. S. X 1 4.88 1.47 12 B ANDI 2.30 1.85 ST1 2.60 B E AJJ S NG LEVE 1.38 CHAJJ S B L L FT LOBBY AREA CALCULAT ON EL TW 6M E. ELV. 158 67 1.20 A W.C 1.88 . LL 335 B AC X 2.44 B B B S 0.6 M UNITS-2 10 B 157 BED BEL OW 1.53 LL1 . 0 X .51 X 1 NO 7. 8 S .MT. MS RAILING 5M 0.7 S B EL E. 0 1.5 2.25 B S 170 B LIFT 0 1.00 JJA CHA FOR AC 0.6 M UNITS-1 BELOW CHAJJ A FOR 50% VOID PASS 3.68 AGE R 3.35 OOM AJJA LL3 1.33 L1 3.35 LL .60 X 0.4 X 1 NO 1. 7 S .MT. ELV. 156 S 336 X 4.2 E CH B 2.30 171 1.00 & X 1.05 S FR 2.79 11 EL D 155 66 X 2.8 50% 7 6.48 S 0.45 S.S. TOIL WID 5.28 0 0.65 LL3 1.31 X 1.8 X 1 NO .38 S .MT. E. 2.0 CHAJ E 2.45 T D1 MS RA JA LL4 10.20 9 154 S X B UP 1.50 1.50 ILING 1.53 MT. 6.48 1.50 LL4 3. 5 X .65 X 1 NO 8.61 S .MT. B ELE. 1 .5 0.25 P.L. 153 S S 172 337 68 B 1.00 MT HT FOY 0.45 6.48 3.38 S 1.68 ER 1.5 0 X 0.60 2.83 S 0.90 LL5 1.36 X . 5 X 1 NO 4.01 S .MT. S 10 1 0.7 366 173 X 1.05 X 1.08 TOIL E 1.53 T LL5 LL6 LL7 2.53 2.53 LL8 S 1.68 2.73 LL6 B BEAM X 5 FH 365 338 67 @M 2.50 2.73 S ID-L CHAJJ LL6 3. 5 X .60 X 1 NO 8.45 S .MT. C 280 73 ANDI 50% S 1.5 NG 1.10 A VO 8 0 361 362 364 174 S B PLAN LEVE 50% ID & 363 B BED L X 1.78 3.53 10.35 3.30 2.79 300X75MM AL B 151 S 69 TER R S.S. BEAM S LL7 6.48 X .80 X 1 NO 18.14 S .MT. 0.65 0.65 FH B 3.83 OOM 0.45 C 3.38 B LL4 L4 S 9 EL 6M 175 341 6.48 D1 B X 3.3 E. FINS 281 B B LL8 . 5 X 3. 5 X 1 NO .5 S .MT. B B B S M.B 2.44 7.08 5 LL 0.35 X 3. 5 X 1 NO 1.14 S .MT. 7 S WI 150 B S 176 B 342 TOIL 2.45 ET X 1.53 ED 3.65 ROOM CHA JJA L 3.35 1.30 2.60 LL 2.23 DE S L3 LL10 6.78 X .80 X 1 NO 18. 8 S .MT. S B 8 231 B B 282 DR 286 B S S 177 B 343 70 69 68 S BEAM 0.45 2.40 X 0.30 X 4.5 8 T. W IDE LL10 4.88 1.40 3.13 2.13 B 178 MT. LL11 0.30 X 0.45 X 1 NO 0.14 S .MT. IV B WID 1.23 B ST 1.45 E 12.63 CHA 10 179 0.45 B JJA D3 0.38 6 EW 344 50% VO M 36 1.07 3.98 1.73 B LL1 4.31 X . 5 X 1 NO 1 .71 S .MT. 50% ID & B 232 275 AY 287 180 CHAJJ S.S. 2.65 1.98 2.75 0.15 1 1.53 11 6.20 0.57 2.63 S LL11 8 2.18 2.18 A 181 74 13 WAY 34 LL1 1.78 LL13 .60 X 4.50 X 1 NO 11.70 S .MT. S 7 B 283 345 S B 1.78 LL1 0.15 15 1.13 B E 70 14 276 274 DRIV 71 9.55 2.90 3.13 11.23 5.58 LL14 0.15 X 1.57 X 1 NO 0. 4 S .MT. B B B 346 B 28.95 TOTAL L FT LOBBY AREA PER FL. TYP CAL FLOOR 104.64 S .MT. Y4 S 5 B B 284 149 S B 347 6M W IDE 75 PLAN 35 33 1.68 0.70 A 16 1.68 6 B 0.45 0.45 DUCT AREA CALCULAT ON B 273 S B B TER 5.30 1.68 17 1.68 17 24.45 348 LOB FHC 3.58 B B 71 B 148 B 72 D1 1. 3 X 0.50 X 1 NO 0.6 S .MT. 4 360 B BY B D 1. X 0.63 X 1 NO 0.77 S .MT. S B B 285 B B 350 349 182 B ELO 0.50 3 2.60 31 2.75 18 2.60 1.90 D3 0. 0 X 1.07 X 1 NO 0. 1 S .MT. 5 WA 233 B 272 B 288 B 359 B 398 352 351 183 334 S 72 W 2.10 1.98 2.55 1.53 0.83 0.35 D D 1.53 0.35 4.53 2.10 3 0.70 19.15 ED 6.48 X 0.45 X 1 NO . S .MT. 3 76 S B BEAM B Y B FHC 0.34 0.52 0 0.83 1 0.98 B 30 271 B 3.74 1 1 1.19 FD 6.48 X 0.45 X 1 NO . S .MT. 289 2.55 TOTAL DUCT AREA PER FL. TYP CAL FLOOR 7.44 S .MT. Y5 S 4 DR IVE 230 234 B B 358 355 S B 333 0.53 0.34 4 4.95 B B B S NET BU LT UP AREA 537.44 S .MT. 2 290 X1 - Y Y3 Y4 Y5 S B 3 WI DE B 5M WI 235 B B 357 353 WAY 77 B B R ME PLAN DE 291 B B TE IDE D 1.6 P SH EL EX OW 356 B 184 332 16.58 1 6M 5 X AF E.5 DR 236 HA C US 107 B 354 T B EL S 5.7 T B WAY RIVE E.3 IV 328 B 0 2 FH EW S 292 0 108 1.5 C 1.5 0.2 5 147 326 0 B 78 B B 0.4 5M SE FR AY S 331 B 6M W 237 RV T. 50 IC D UP UP X12 ES B 0 329 B 1.5 B VC 5 LA 1.5 2.2 S 83 W ID FIN B 0 293 6M B A 6.15 6.15 6M W E S DN 5 5 1 109 325 OPY B327 CH A IDE D 146 B S WI AJ M 2.2 JA .B 4.2 ED 168 5 238 DE DN 1.5 0 BEL B 5 79 294 B 0 T 1.2 OILE OW 7 x RO UP 1.6 CL S .45 2 X T-1 S B RIVE D MT. 3 .2 OM CH 1.5 5 UB 110 324 DR FR 74 2.08 2.08 B 145 FO AJJ W 0 0.6 UNITR A A T 6 6 ID E M S- C BE 1 LO 1.2 OILE 2 X T-2 169 2.5 IFT L IVE FH 84 0.70 0.30 0.80 W CH B CAN FO AJJ 1.5 C 185 B 0.80 0.6 UNITR A A 5 7 7 B CH 5 8 CL B BE T M S- C 1.6 R 0.42 4.45 4.85 3.88 3.88 4.85 4.45 17.10 0X S PLAN BE 2 AJ 1.5 OIL 295 WA LO 3.6 DR W JA TE 5 x OO 2 x ET 2.1 L UB 111 323 EL V. 0.30 ANC 44.18 S 2.5 B Y 3.0 M 1.0 0 0.58 2.5 IFT 0 5 0.8 0 X CH 167 170 P1 186 EL S E V. 80 AJJ B LINE AREA DIA. FOR 2ND TO 6TH PODIUM FLOOR. (WING- 1) 3 0 B E. 1.2 DE PA 1.0 SS T 1.5 OIL A X2 .10 EL S 112 296 TO 322 330 85 75 B ENT R S 7 x CK 1.5 0 x . B B B B229 3.2 2 x ET 1.0 0 7 2.4 0 171 ELE. P2 SCALE - 1:100 5 BE 187 S B CH 1.0 AM 297 SHAF S AJJ 0 BUILT UP AREA CALCULATION FOR 2ND TO 6TH PODIUM FLOOR. ( WING - 5) 2.9 @ P3 76 T A LI 2X M 113 321 S LE ID-L 81 B 67 VI B228 0.9 VE A B166 B S B WING -2 N U L ND S 2 TYP CAL FLOOR .4 3 5 .6 G & 1.8 TIL 2 X IT IN G 172 106 TO 86 188 B B 1.2 1 51.0 X 6.43 X 1 NO 1348.46 S .MT. 1.2 DE 5 x DI 1.0 Y 0 TOTAL ADD T ON 1348.46 S .MT. X 7 x CK 3.2 3.2 NIN 0 G 5 105 6M P2 S 114 320 S K 144 B 2.2 ITC B 0 LI VI 7 X HE 3.0 N S WI 173 B227 239 S 189 77 73 PLAN R B S BY B DEDUCT ONS N S S 5 TE AJ JA 5.6 G & DE 115 319 0.30 ELO 1 5.45 X 7.33 X 1 NO 3 . 5 S .MT. CH 5x D 165 S 0.30 3.2 ININ DR B B226 143 S 0.58 B W ID RA 7.18 X 6.70 X 1 NO 48.11 S .MT. E BE 0 G 2.7 2X 3.0 LIF MP IVE 174 240 190 W 1 2.18 LL 2.18 B 5M B 87 3 4.51 X 5.1 X 1 NO 3.0 S .MT. U 3.6 DR 0X T LL1 B S T. 1.2 P B 3.55 104 B318 5 x OO 2 4 11.43 X .5 X 1 NO 8.80 S .MT. 0.4 2.4 WA 116 LOB 12.15 S 2.7 F.R 142 B 3.0 M B225 .D 2X 5 82 4.88 B 5 7.0 X 6.6 X 1 NO 46. 6 S .MT. . S ST1 5 175 5.23 S 1.2 Y CH 08 5 0.14 X 1. 3 X 1 NO 0.17 S .MT. AJ 2.9 2 FO AJJ 0.6 UNITR A A 2 241 191 B SHAF B M S- C B164 JA X T S BE 1 PA F.R L1 305 LO 3.0 LIF CH 0.9 W 7M 6M FO AJJ CH 1.0 SS .D 2.60 6 5.45 X 7.3 X 1 NO 3 .8 S .MT. 1.5 0 x . 2 0.6 UNITR A A M S- C . 0X T 117 24 .40 2.80 2.80 2.80 S BE 2 E 07 FR 2.50 198 LO LW1 LW1 LW B B 141 ID B224 K W 7 0.05 X 1.5 X 1 NO 0.08 S .MT. 7 2.4 D 2.2 ITC 176 WI S WI 3.35 S 0.45 1.32 W 8 3.45 X 0.50 X 1 NO 1.73 S .MT. T. M 1.0 0.8 0 X 7 X HE 5 242 192 LL3 DE B DE 5M .B T 3.0 N 10.18 X 1. 8 X 1 NO 13.03 S .MT. 0.4 4.2 ED 3 1.5 OIL 5 CH CH 103 S 306 L. ING LV 2.30 2.30 4.45 7.18 0.45 0.35 0.35 0.20 2 x ET AJ 5.28 7 x RO AJ 2.85 LL4 LAND 6.48 D1 3.2 OM 2.4 JA SE 2-W 298 140 2-W S 197 MID- BEAM 10.35 B B223 10 .70 X .65 X 1 NO 7.16 S .MT. JA S S 5 S AT R 5.23 Ra Ra B U 88 A 1.8 TIL 0 11 4.7 VIC 177 243 AJJ RAMP AY AY S 11 1.41 X .85 X 1 NO 4.0 S .MT. CH 2 X IT Y .44 3X EL tio tio B 307 B 1.0 EV F 2.4 IFT 163 B 1 1.31 X 4.73 X 1 NO 6. 0 S .MT. T 1.5 OIL 5 AC IR U E 5 1.5 1: RA 1: RA VOID LL10 2.53 2.73 LL7 2.52 LL6 2.73 LL5 2.83 299 0 139 B 13 4. 5 X .45 X 1 NO 1 .13 S .MT. 2 x ET LL B222 2.8 LIF AT 2.6 PA 8 8 B MP MP 78 2.5 5 X T ION 178 S 1.0 2.9 14 1 .33 X 0.70 X 1 NO 8.63 S .MT. 0 0 X SS. 244 B 5 0 2.3 AJJA FRD A 11.40 AJJ EL 193 VOID B BE CH 0 S 1 3.53 3.30 6.48 3.53 B 15 11.76 X 4. 5 X 1 NO 4 . 8 S .MT. E 1.0 5. 1 162 308 AM 0 E CH 6.48 2.85 S SM 0.65 0.65 6.18 @ 1.2 16 1 . 1 X 6.18 X 1 NO 75.46 S .MT. M LE ID 0 C O C FO HAJJ 5 WID L3 3.53 6.48 D1 0.45 LL8 3 L HE CK 300 138 JJA B B 0.6 UNITR A A UP B221 VE -LA CHAJWID 17 4.77 X .11 X 1 NO 10.06 S .MT. L N 2.8 OB CK M S- C BE 1 179 245 0.45 M. MT. JA BE E C LOW HA 2.50 B LO CHAJ W. DIN 5 X BY C FO HAJJ W JA 3 2.40 T. 0.45 1.30 EL 0.45 B CH X 0.30 M VOID 194 M. 1.20 LIFT LL11 2.0 2.232.48 0.6 UNITR A A 18 8.15 X 1.71 X 1 NO 13. 4 S .MT. G 2.2 V CHAJ W. & 0 309 LW3 S 3.35 S- C 2.80 2.80 2.80 B M 0.3 AJ S.S. 0 161 JA BE 2 L. LO0 JA X 2.8 G LV 50% 50% L LW L1 LW1 LW1 P NDIN 1 4.77 X .11 X 1 NO 10.06 S .MT. CH W 2 5 ASS 270 301 PL AT MI B D-LA B220 89 0.5 AJ 2.33 BEAM B 0 1 . 1 X 6.1 X 1 NO 75.58 S .MT. JA 2.0 DN 2.0 .S BED 2.78 180 246 5M 1.6 FH .47 A 3 FH 0 0 HA B B 1 11.8 X 4. 5 X 1 NO 50. 4 S .MT. T. C X GE 4.4 C 0 F P3 195 2.00 2.00 R 3.83 OOM 3.28 4.73 4.45 2.30 2.30 B S W 2.5 ELV MS 155 310 T ST B ID 5 2.0 10.35 2.10 160 2.0 DN 0.3 1.0 RAIL 2.6 269 TOIL E 0 B 0 LOB X 3.3 3.45 X .47 X 1 NO 8.5 S .MT. CH X 0 0 0 2.00 CH 1.5 0.3 0 M IN 3.9 1.5 302 1.5 TO 9.85 BY 3 2.45 ET 0 B B219 79 5 AJ TH G AJ 3 2 .4 LIFT 4.00 BE 0 3 6.7 X 1. 7 X 1 NO 13. 4 S .MT. JA 0 1.5 X 1.53 8 S EL LL1 3.8 DR T 0.9 JA V 2.0 G 181 247 0 6M 0 0.2 196 VOID X 2.5 X 2.8 VOID 2.65 2.03 1.83 B CH S LL14 M.B 4 .15 X 3.35 X 1 NO 7. 0 S .MT. 2 0 IN 0.5 5 LL13 4 0 X OO B 5M P2 @ 2.4 AJ 1.6 2 2.35 ED B M 5 0.55 X .65 X 1 NO 1.46 S .MT. 3.3 M 0.9 2 7 UP 2.6 PA 2.0 JA LE ID-L VE A 154 0 B 303 WI 311 2.2 5 1.5 2.48 ELV 3.73 ROOM AJJA 0.30 12.10 5 159 WI 7.08 L ND 0 50 0 0 2.10 2.53 2.60 DE 0.15 1.5 268 137 JAID 3.28 0 X SS. B 1.00 X 4.5 6 8.04 X . 0 X 1 NO 17.6 S .MT. B218 % U ST3 182 S BEE 50 VOID CH 50 1.2 TIL EL M LOC BE 1.00 DE AJ E EL WH B 8 % JA % 1 7 X IT A UP 0.93 28.25 7 6. 6 X .77 X 1 NO 17.34 S .MT. S.S & 50 VO .20 1.20 1.8 Y 2.0 5.1 B E. X 1. T DR TOIL 2.03 CH 8 2.9 . 2.4 OIL % ID 0 UP FOR AJJA CH 05 B FOR AJJA B T 5 S.S. ET X 1.6 5 1.68 1.68 1.68 AC 153 5 5 TCH. AJ 0.6 M UNITS-2 S.S & AC 2.4 OI 0.6 M UNITS-1 8 0.05 X 1.53 X 1 NO 0.08 S .MT. 2.45 6 DR 50% SE W BELOW 5 X ET EL 5 DN 18 6 UP BELOW .76 X 1.00 X NOS 5.5 S .MT. 5 X LE T 0 X .91 1.5 . CH K 3.3 ITC R 4.7 VIC 158 E. B 267 304 IVE 1.6 136 135 SERV 50% VOID S.S. & 50% X 1.53 2.85 0.45 1.68 0.45 0.45 B 1.5 90 B217 2 5 X HE FHC 1.68 0.78 7.01 IVE 7 7 AJ 1.0 CH FH RAMP 7.01 0.78 ICE L B VOID 3X EL JA 2 P 2.4 N 06 DN 2.00 UTIL VOID TOIL M 30 0.56 X 0.85 X NOS 0. 5 S .MT. 1 X .05 1 1.6 .TO 2 X ILE 5 F.R .D . 2.4 IFT AJ JA 152 183 WA C WA FH B FRD 4.49 IFT W 1.58 .C. IT 1.53 Y & E 1.53 T A B B B PASS P C X 1.87 X 2.50 31 0.55 X 0.55 X NOS 0.61 S .MT. 1.8 1.5 T 5 X 2.8 B S 50% 3.4 ASS Y X 1.08 AGE 1.90 1.90 A 2 266 05 B 1 3.65 CHAJJ ED 6.43 X 0.45 X 1 NO .8 S .MT. 1.6 6 X AG 2 X .22 F.R 2.8 LIF 157 Y FR 118 134 80 -2 3 W.C . X 1.05 2.60 8 8 2.60 B 8X B216 1.0 E 1 3.0 D 1.88 .D 0X T B BE 1.6 X .24 7 . FR X 1.53 FD 6.43 X 0.45 X 1 NO .8 S .MT. 3.6 DR 7 3 3.3 5 1 X .22 2.2 C FO HAJJ 0.6 UNITR A A 184 248 D S LOBB 5 BED 5.03 4.95 B B B AJJA 3.0 0.98 0.70 5 X OO 0 3.0 LIF R 1.53 0.70 S- C Y WIN TOTAL DEDUCT ON 643.66 S .MT. Y1 M S 3.40 OOM STO 10 0.53 0.35 BE 1 7 LO 265 312 2.60 10 4.53 2.10 S 0X T 2.10 4.53 D 1.53 B CH 4.5 M D 119 W 2.58 RE 1.20 0.83 0.35 KITC FO AJJ TOTAL BU LT UP AREA X - Y1 704.80 S .MT. X1 X 8.8 W. CH MT. 151 156 133 0.45 R A 1.08 X 4.2 0.6 UNIT 6 T A 2.4 3.35 HEN 1.5 OI M S- C X 1.68 B AJJA 0.98 X 3.35 0.34 11 B215 0.83 BE 2 2 X LE 1 185 8 MTCH. AJ 11 B LO BE 5 0.53 K W 1 T X 2.45 L FT AREA CALCULAT ON 2.4 3.3 DR LI 3.3 ITC 249 2.55 1.19 13 13 1.19 2.55 B 1.20 G WJAIDBELO 0.4 5 VI 5 X HE 04 F.R W. C M. 5 X OO B S 2 5M N 2.4 N .D 313 HAJJ E CWH B S LOBB 0.34 B TYP CAL FLOOR 3.6 G & . A 4.2 M 3.0 LIF T. W ID CH AJ 5X D 5 0X T 2.7 150 264 120 132 91 Y B L1 0.30 X .80 X 1 NO 0.84 S .MT. 8 2.60 B214 E J L 11.44 X . 5 X 1 NO 33.75 S .MT. CH A JJA 50 % 50 VO A 6.5 ININ 5 G U 2.4 5 C FO HAJJ 0.6 UNITR A A 7X 1.2 2 186 250 B B VOID X 6.3 FRD 4 FOY LIV B ER % ID 0.4 1.2 TIL S- C SERV & DINING 314 M 1.23 B147 7 X IT BE 1 S C S L3 3.30 X . 0 X 1 NO 7. 6 S .MT. S.S & 5 B Y FO HAJJ IC LO M 1.8 W X 3.77 B 4.48 E LIFT 1.7 . T. LI 0.6 UNITR A A 3.65 ING L4 3.15 X 0.18 X 1 NO 0.57 S .MT. 0 W VI 5 M S- C 149 121 131 81 FRD B ID K BE 2 B213 E N 2.2 ITC LO FRD X 7.3 B BE CH W 5 FOY 3.6 G & S X 2.8 3 187 AM S 0.3 L5 11.73 X . 5 X 1 NO 34.60 S .MT. 0 AJ 1.0 8 X HE FHC ER DE JA 0 3 3.0 N 251 3 1.23 B 5X D 1 3.80 CK X .24 5.8 X 3.77 6.5 ININ L6 3. 5 X . 5 X 1 NO .5 S .MT. S 5 B 315 3.3 1 X 1.53 CH 50 .20 7M DN 0 5 P 122 AJ 1.0 MS TOTAL L FT AREA PER FL. TYP CAL FLOOR 86.61 S .MT. Y 3.6 DE 5 G 1.6 .TO 2 X ILE JA % 50 VOID 1.0 RAIL LI 148 2.00 STO B 0.7 B212 B 5 X CK % 0 M IN V UP STA RCASE AREA CALCULAT ON 1.5 T S.S & . TH G U 1.8 TIL 3.2 DIN ING 5 C 0.7HAJJA 146 188 252 WI 2.58 RE B 1.4 2 @ 0 X 1.68 T 5 X IT 2 0 X IN / 5 3 CH M 1.2 X .97 DE 92 KITC 1.0 Y S 316 LOB AJ LE ID-L 0 G TYP CAL FLOOR P 3.4 ASS T 2.4 OI 5 X LE JA VE A L ND 8 5.6 3.2 7 CH AJJ 50 % B 123 AY B 3 9.85 BY 3.35 HEN LIV & DINING Ra 2-W 5 LIFT A IN 50 VOID X 2.45 B T B T B211 S1 7.07 X 4.83 X 1 NO 34.15 S .MT. 6 X AG 1.5 G 2.4 OI % X 2.5 B 3.65 ING 5 X LE S.S & X 2.8 2.48 1.0 E 2 AM 6M 189 253 W CH 1.0 3.6 DE 1.58 .C. 6.15 6.15 AJJ S 0.15 X 4.50 X 1 NO 0.68 S .MT. T . A RIVE 0 tio X 7.3 BE A 5 X CK 3 PA 1.5 2.35 14 14 1: YR VOID S 2 317 2.00 X 1.08 3 DE S S3 6.6 X 4.67 X 1 NO 30. S .MT. 1.0 2.1 SAG 1.0 BE 3.80 CK 1.4 WI B CH 0 1.0 8 X E 3 ELV 3 124 AJJ 3.3 DR BE W 0 A X .91 2.9 DE 2 A X 1.53 B S S4 3.1 X 0.15 X 1 NO 0.47 S .MT. 2.00 DE B210 1.1 5 X OO 3.8 DR T 8 1.08 B 1.0 5 X CK MP 0 UTIL 2.5 OIL TOTAL STA RCASE AREA PER FL. TYP CAL FLOOR 66. S .MT. Y3 4.2 M 1.6 8X 1 0 X OO 3.3 M 1.2 BE 0 X ET 145 190 254 L. NDIN 3 IT 1.53 Y X 3.35 8 1.6 2 3.0 DR 1.5 DR G LV D-LA LIF 2.33 T 2.00 X 1.87 S 2.08 2.08 AT MI 2 7 5 5 X OO L FT LOBBY AREA CALCULAT ON 130 B BEAM 15 15 IDE D 0.5 JA 125 93 B IVE 8 0.3 S CHAJ 3.6 M 1 0 JA W.C 0.4 X .05 X 2.8 0.3 8 S.S. 0.43 0.30 0.43 TYP CAL FLOOR LO1 4.81 X 1.58 X 1 NO 7.60 S .MT. 5M T. W ID E T 1.5 OI 1.8 2 5X 2.5 T. CH E AJ 0.6 5 M .B 3.2 ED 0 X RO CH 0.7 AJJ 5 8 0.5 5 0.28 0.2 @ IN G 101 WA 191 B B209 255 B 24 .40 B EVA FIRE CUA T FRD 1.20 AC 0.6 M UNITS-1 JJA BELOW CHA FOR AC 0.6 M UNITS-2 FOR BELOW CHA JJA 50% 1.88 X 1.53 . BED R JJA 4.85 16 3.88 0.80 0.70 17 16 3.88 0.80 4.85 3.40 OOM W 2 X LE LIF ION T A CH 0M PASS S ID 3.3 OM 2.5 OIL VOID CHA T 129 M 1.00 A T 1.8 B 2.4 OI LO 4.66 X 1.37 X 1 NO 6.38 S .MT. JJA 2.4 5 X LE 5M T. W 3 0 X ET 5 LE ID-L VE A S Y 126 82 FRD 2.83 T SMO 1.00 & 3.65 AGE X 4.2 6M W 5 T 0.5 EN ID 1.5 L ND X 2.50 CHE EK VOID X 1.05 IDE B B208 8 LO3 6.43 X .80 X 1 NO 18.00 S .MT. 1.5 E 50% T 3 144 S LOB KC TOIL 27.50 B CH B 0.7 AM 2 RO RAN CH ET LO4 . 0 X .5 X 1 NO 7.31 S .MT. 0.3 0 1.7 0 AJ JA A JJA 3.0 0X CH AJJ 5 0.7 1.1 0 BE 192 256 94 2.83 BY X 2.30 CHAJ 2.45 X 1.53 T. W LO5 .60 X .30 X 1 NO 5. 8 S .MT. 50 % 50 VO BE 50 % OF CE 0.6 0 MT 0.9 T 2.4 OIL A 6 S B JA 0.45 2ND TO 6TH PODIUM TYPICAL FLOOR. (WING- 2) B 50 VOID 5 % ID S.S & 3.6 DR % S.S & BE LO .W 5 X ET 100 127 97 RAMP M B LO6 . 5 X 3. 5 X 1 NO .5 S .MT. 5 X OO IDE B207 . LO BB 1.5 SCALE - 1:100 B . CH 0.93 TOIL 4.5 M FH 3 193 BE W Y E AM AJ 1 83 X 1.05 1.53 T 8 S M LO7 .60 X 0. 0 X 1 NO 0.5 S .MT. 6 JA .B 3.2 ED X .08 1.0 0 C 257 98 L. LAND ING LV X 1.6 X 2.50 CHAJJ S PA X .98 2.85 LO8 . 5 X 0.45 X 1 NO 1.33 S .MT. 3.0 0 X RO 3.3 OM 2 S 1.1 SAG 3.2 W 0.45 128 95 S MID- BEAM AT A & VOID LO 6.78 X .80 X 1 NO 18. 8 S .MT. 0X 3 1.0 0 X E 8 .C M 143 B PLAN BED 50%50% S.S. B 0.4 B HA T. TER B206 2 0.4 0.30 R 5M LO10 4.66 X .60 X 1 NO 1 .1 S .MT. T. W ID 5M T. 0.9 5 BE 3.0 DR JJA 194 258 3.83 OOM X 3.3 B S LO11 0.15 X 1. 3 X 1 NO 0.18 S .MT. E W CH 5 X OO M.B ID LO1 1.41 X 0.35 X 1 NO 0.4 S .MT. AJ JA E CH 3.6 M LI V 3.2 DIN ING W 0.45 .C M UP 99 S 5 TOIL ED AJJA 3.73 ROOM 2.45 ET AJ 2.7 B HA T. B205 JA 5 3X W 0.60 B JJA LO13 .60 X 4.50 X 1 NO 11.70 S .MT. 0 X IN / 5.6 G 1.2 3 7 .C M HA T. JJA 0.3 0 2.0 0 S 195 259 P1 85 84 SHAF X 1.53 X 4.5 E CH LO14 3. 5 X .5 X 1 NO TOTAL L FT LOBBY AREA PER FL. TYP CAL FLOOR 8.1 108.37 S .MT. S .MT. Y4 0.4 5M 5 K FR B142 TO 96 B WAY S T JJA CHA X 0.30 2.40 8 T. W ID B IDE 2.2 ITC D B204 T. T. W B W 8 X HE 0.45 DUCT AREA CALCULAT ON ID E CH 3.0 N 2.0 0 2.0 0 DN 196 260 P2 M & VOID 0.45 M 98 RIVE 50% 50% A 5 S.S. TYP CAL FLOOR EN JJA 2.9 DE 5 X CK 11 LOB EL E FR D S 86 99 SHAF T D1 0. 0 X 1.07 X 1 NO 0. 1 S .MT. U .44 B S 141 87 B B B 3.0 LIF B203 T 1.2 1.8 TIL X2 Y D 0. 0 X 1.08 X 1 NO 0. S .MT. RO RAN 2 5 X IT Y 0X T .60 2.4 8 FR D 197 261 S IDE D 1.0 2.4 UP D3 1. 7 X 0.68 X 1 NO 0.86 S .MT. OF CE FO C R HA 8 B 0.6 AC JJA 5 EL STAMP AND DATE OF RECEIPT OF PLAN BE LO U M BE NIT V CA LO S-1 D4 1. 7 X 0.50 X 1 NO 0.64 S .MT. 140 W B 1.9 LO BB B202 NO 2.6 LOB B 1.1 5 198 262 FO C W Y TOTAL DUCT AREA PER FL. TYP CAL FLOOR 1. 3 S .MT. Y5 P Y 5 R HA 0.6 A C JJA M UN BE IT IN G 3.0 LIF 0X T FH 0 X BY W 0.60 .C M 100 B TER PLAN 6M W WING -5 LO S-2 HA T. NET BU LT UP AREA 441.67 S .MT. BE 1.0 @W C 5.1 B 0 M JJA X1 - Y Y3 Y4 Y5 L LE ID-L 0 1.2 2.4 5 OW VE A EN 5 139 B B201 L ND BE AM T RO RAN OF CE SE W 199 263 .S HA FT AJ BE LO LO BB R 4.7 VIC 3X EL IN SE R 136 B 138 S PL 101 G- T 51.02 CH JA W Y 2.4 IFT 4.7 VIC 3X EL 200 AY B SHAF 6M WIDE DRIVEW 5 E 2.4 IFT ID 5.45 7.18 4.51 7.07 2.90 11.43 7.02 5.45 1.2 5 W 0 0.3 B 0 C B T. 0.5 5X 5 2.6 LOB 135 FH 102 2.5 1.0 5M BE 0 0 X BY G 3.8 DR IN ELE. ROOM B137 2 2.52 2.52 FO C U BE NIT @ 0 X OO 1.0 R H LO S- 2.8 LIF 7.7 M 0.6 AC AJJA LE ID-L 102 W 0 LO4 4 3.3 M 5 & 50 % 50 VO % ID 5 50 FO C R HA C JJ M UN A BE IT LO S- 1 M U 1.2 TIL 0X T 2.2 FH 3.0 LIF 0X T AM VE A L ND B 134 FRD FHC B FILE NO. 4.83 CH W A 8 X ITY C % 0 2.60 11.73 S.S 5.12 0.6 AJ BE . JA 50 VO 1.8 FR 2.4 3 S1 1.2 T T 2.4 OIL % ID S.S & 5 D LO 5 TER 11 AY P-17708/2023/(124 AND OTHER)/R/S WARD/AKURLI-R/S 6M WIDE DRIVEW 3 2.4 OIL PLAN 5 X ET . .44 BB 6.70 6.69 B 5 X ET 1.0 K X2 Y 1.5 EL 7.33 7.32 3.3 ITC 2.30 CH 5 1.5 3 1.0 0 X 3 AJ 5 X HE FR V 3.0 LIF 133 103 0.30 2.95 JA 1 LO5 6 D .60 3 0X T L5 2.7 1.6 W.C 3X . 2.4 N 5 6 UP 2.4 105 104 0.58 106 B 3X P FR 6.43 2.95 B 1.0 5 1.0 3.4 ASS 1.5 D EL 5 4.81 B 0.7 X 3 5 8 X AG 1.2 6.43 B 7 1.2 E ED BE 3.0 3 X 5 6.78 4.66 0.15 0.14 1.0 E 107 B132 3.3 4 X 3.6 DR NOTE:- 1.6 108 B 3 8 B 8X 5 1.37 1.58 5 X OO 1.2 1.9 DN 2.0 LO1 2.60 4.5 M 0.6 2 3.0 3 X 5 0 110 109 0.45 2.80 3.25 1.23 LO11 5 6 8 111 1) ALL DIMENSIONS ARE IN METER. 1.23 4.66 T 1.5 OI B 0.3 LO6 2.80 112 0 3 X LET EV A B131 LO3 B LO LO10 K 2.4 AC FIR 0.05 0.05 BE 3.3 ITC 2) THIS PLAN IS DIGITALLY SIGNED AND PHYSICAL SIGN NOT REQUIRED B 2.4 U E 5 3.3 DR 5 X HE 8 2.8 LIF AT 120 B FR LO 0.4 5 X OO LI 2.4 N 2.0 5 X T ION D 121 B 5M 0 4 1.53 8 0.30 11.44 2.60 2.95 6.43 3.25 1.41 1.41 7 1.52 T. W ID CH AJ 4.2 M VI N 3.6 G / 5 2.3 0 W 0.60 .C M 2.7 123 122 3) THIS CANCELS THE EARLIER APPROVAL ONLINE ISSUED UNDER NO P-17708/2023/(124 AND B HA T. LO7 124 E JA LO1 CH 8 2.0 3X 2.60 0.15 6.62 5 X DI FR JJA 125 B A 0 LO8 FD OTHER)/R/S WARD/AKURLI-R/S DATED -24.02.2025 JJA 50 U D 1.2 6.5 NIN 1.2 TILIT SM 88 B & % 50 VOID 8X Y W 0.47 CH OC 3 126 89 4.50 0.20 B % 0.5 5 G B S.S 2.95 2.95 2.85 0.35 5M 1.8 .C M E K 2.80 2.8 LOB CK B 0.6 . 2.0 5 FO CH HA T. 4.500.45 T. 4.67 0.45 4) THIS DRAWING SHALL BE READ IN CONJUNCTION WITH LETTER ISSUED UNDER NO M R A 127 B W U JJA L6 L AC JJA 5 X BY 90 BE NIT 0 L1 ID LI LO S- K 2.2 ITC E W 11 CH VI 2.2 128 2 S AJ FO C 0 8 X HE N 1.2 129 B JA R HA M S 1.0 3.6 G / W 0.47 3.0 N P-17708/2023/(124 AND OTHER)/R/S WARD/AKURLI-R/S. ON EVEN DATED U 3.3 4 X 0.6 AC JJA 0.3 BE NIT 0 130 B .C M 91 LO S-1 8.04 3.30 LO13 S 3.25 1.31 0 3.6 DE 5 X DI 6.5 NIN 5 CH AJ 50 % W HA T. JJA 5 FHC 92 0.20 0.20 S S3 JA 50 VOID 1.0 5 X CK B 5 G 1.6 W.C % S.S & 0 LI V 1.1 B 1.4 3X . U 0 3.2 DIN ING . 2.20 2.20 3 1.5 @ 1.8 TIL 0.7 113 2.52 6 D1 D 0 2.15 0.55 6 L3 LO14 2.70 3 CH AJ M LE ID-L 1.2 FO CH 5 X IT 1.0 Y 0 X IN / G X .98 0.7 114 S S JA R A 3.2 5 115 0.6 AC JJA 0 CH T 2.4 OI VE A M UN 8 5.6 8 AJJ 26.43 P L ND BE IT A RAMP 3.4 ASS 5 X LE LO S-1 5 6.26 1.27 3.15 1.273.12 T IN W T 2.4 OIL 1.8 0.5 0 116 JJA 8 X AG G 3.45 3.35 1.07 1 4.95 4.73 3.45 3.6 DE 1.5 1.0 FO C 5 5 .28 B L4 PA 5 X ET 117 0.45 M.W. CHA 1.0 E BE R HA S4 5 X CK 3 0 0.6AC JJA S 93 118 2.65 AM B 1.1 SA 6.72 1 10.17 3 1.5 94 M U 0.2 D3 D4 8 BE NIT G 0.7 1.08 8 B 1.4 BE 1.0 1.0 0 X E LANDING LO S-2 5 2.65 10 3 0 W 3 CH 5 0.3 119 LANDING M. BEDROO M 0.18 2 3.3 DR 1.0 8 2.77 AJJ PLAN FOR APPROVAL 1 0.15 1.28 X .08 BEAM @ MID- L 4 A BEAM @ MID- L 2.47 BE 2.45 1.0 0 X 2.9 DE 0.5 1.97 7 0.50 13 5 X OO 4.2 M 3 3.8 DR 5 X CK BE 1.0 2 T 2.5 OIL 8 95 B B TOILET 3.95 X 3.20 0.55 12.33 0 X OO 3.0 DR S B 3 2.7 1.2 0 X ET 1.40 0.55 0.50 S 8 3X 5 X OO B 2 1.6 3.3 M 1.5 X 2.33 96 LEVE LEVE 1.0 11.82 0.68 14 8X 0.6 2 5 5 0.5 3.6 M 5 3 97 0.38 9.5 0.55 0.55 0.5 2.5 5M 1.00 ANDING S JJA 5M 5X T. 1.00 1.0 0.45 M.W. CHA 30 31 31 30 11.76 T. T 1.5 OI 5 0.3 W 0.93 BEAM @ MID-LL W 0.7 X 4.250.70 ID 3 X LET 1.20 ID 0 CHAJJA 0.4 S E 7 E CH T CH 5M M FOR AC UNITS-1 X 1.00 TOILET 0.6 M BELOW 2.4 S A 2.4 OIL CHAJJA .B 2.76 0.56 0.56 2.76 T. BED ROOM J JA AJ 5 5 X ET W 3.2 ED FOR AC UNITS-2 1.40 CHAJJA JA RAMP PASS. 0.6 M BELOW ID 0 X RO LEVE 3.65 X 3.05 4.25 1.00 0.85 0.85 1.00 1.5 3 E CH 3.3 OM LIFT X 2.28 0.93 2 UTILITY CH 3.0 2.17 1 15 AJ 3.45 X 3.72 AJ 0 2.0 JA JA 0.4 0X 3 X 1.50 50 % 5M 0.30 1.83 X 1.08 50 & 0.9 & %V BE 50 VO T. 12 2.00 LANDING 0 50 OID 3.6 DR % ID 5 0.3 % S.S W 2.00 2.87 S.S 5 X OO . ID 10 11 BEAM @ MID- E 9 . 4.5 M TW PASSAGE X 0.93 ROHIT CH 6 1.2 AJ 7 8 FHC Digitally signed by SANTOSH 12.21 12.21 3 JA TW 6 TW TW 2.60 X 6.72 LEVEL 5 TW KITCHEN 3 4 TW 2.20 LIFT 2.13 X 2.75 DECK ROHIT 0.4 2 TW LIFT LIFT 2.70 X 2.50 LIVING & DINING 1.27 SURESHCHA SURESHCHANDRA PANKAJKUM Digitally signed by LANDIING 5M 1 TW 2.70 X 2.50 X 3.05 Digitally signed by SANTOSH PANKAJKUMAR UTTAMR T. TW TW DN 2.75 X 2.50 5.48 X 3.05 BEAM @ MID-L 2.17 W TW AR ID TW FRD UTTAMRAO RAUT NDRA E CH SONAR LILACHAND Date: 2025.08.18 16:24:42 JJA A JJA 0.30 FOYER LEVEL UP 0.45 M.W. CHA M 2.03 3 2.58 X 1.23 +05'30' M. BEDROO TOILET 2.00 Date: 2025.08.14 LILACHAND JADHAV FRD AO RAUT 2.00 6.19 6.18 1.40 0.47 3.95 X 3.20 0 16 X 2.33 1.00 1.00 LIFT 3.45 X 3.72 18 FOYER DECK SONAR 17:38:51 +05'30' Date: 2025.08.18 2.20 16 17 4 2.58 X 1.23 LIVING & JADHAV WING-3 1.27 4.77 4.77 CHAJJA 1.20 PASSAGE FHC FRD DINING X 3.05 14:09:11 +05'30' 8.15 FOR A C UNITS-1 CHAJJA 15 TW TW 5.48 X 3.05 0.6 M BELOW FOR AC UNITS-2 13 14 TW 0.93 2.60 X 6.72 0.6 M BELOW 2.11 2.11 X 1.00 TOILET TW 1.71 CHAJJA TW JJA 1 17 1.40 UTILITY DN TW 0.45 M.W. CHA 18 PASS. X 2.28 1.83 X 1.08 KITCHEN 2.03 0.75 0.63 BED ROOM 0.93 2.13 X 2.75 A.E.(B.P) R- S FIRE 1.62 FOYER 7 E.E.(B.P.)WS-II 'R-1' FRD S.E.(B.P)R-2 0.75 UP FRD 2.87 JJA 2.03 1.15 50% VOID 3.65 X 3.05 X 1.50 LIFT 1.15 & 50% S.S. 2.58 X 1.23 EVACUATI ON X 0.93 0.45 M.W. CHA 0.75 1.50 UP LINE AREA DIA. FOR 2ND TO 6th TYPICAL FLOOR. (WING - 5) LIFT LIFT 1.62 2.75 X 2.50 0.63 0.75 1.50 2.87 BED ROOM CHAJJA LIFT 50% VOID FRD PASS. 2.70 X 2.50 2.45 X 2.70 SCALE - 1:100 X 0.93 KITCHEN 2.13 X 2.75 2.70 X 2.50 & 50% S.S. CHAJJA CHAJJA TOI. 0.73 X LIFT LIFT 3.20 X 2.50 DN UTILITY 0.93 X 1.50 3.65 X 3.05 G CHAJJA TOILET 2.28 X 1.38 TOILET 3.23 LIVING KITCHEN 1.83 X 1.08 2.28 X 1.38 3.20 X 2.50 CHAJJA 1.40 FOYER TOILET 2.13 X 2.75 2.20 0.93 & DINING X 2.28 WING-4 LIVING & 4 2.58 X 1.23 0.73 TOI. 2.28 X 1.38 1.00 PASSAG E PASSAGE FHC SMOKE X 1.00 3.25 X 5.48 FRD 2.28 X 1.38 CHAJJA 2.60 X 6.72 DESCRIPTION OF PROPOSAL & PROPERTY X X 0.93 CHECK FOR AC UNITS-2 CHAJJA DECK DINING X 0.93 1.53 0.6 M BELOW JJA FOR A C UNITS-1 8 LOBBY 3.23 LOBBY 1.20 0.6 M BELOW FOYER 5.48 X 3.05 FRD 0.45 M.W. CHA 1.27 2.45 X 2.43 20.71 X 2.60 2.58 X 1.23 1.00 X 3.05 LIVING PASSAGE 2.00 1.00 1.53 X 0.93 X 0.93 UTILITY 2.00 FRD 1.00 TOILET M & DINING M 2.17 M. BEDROO PROPOSED DEVELOPMENT ON PROPERTY BEARING CTS NO. 124, M. BEDROO 1.73 X 1.05 LANDING KITCHEN ANDING LIFT 0.30 3.25 X 5.48 0.40 1.40 LIFT BEDROOM 3.95 X 3.20 0.38 FOYER 7 2.13 X 2.75 M 3.00 X 0.78 X 2.33 BEAM @ MID- L M. BEDROO BEAM @ MID-LL FRD 1.20 3.20 X 3.60 2.58 X 1.23 LIFT 3.20 X 2.50 3.00 X 0.78 3.20 X 3.18 3.05 X 3.65 CHAJJA 1.20 G FOR AC UNITS-2 125,126,127, 127/1, 128, 146, 146/1, 146/2, 146/3, 146/4, 146/5,146/6, 146/7 OF CHAJJA 0.6 M BELOW 3.20 X 2.50 G FOR AC UNITS-1 3.20 X 3.18 DECK LIVING & BEDROOM 0.6 M BELOW LEVE LEVE FRD FRD CHAJJA 0.6 M BELOW 3.00 X 1.28 FRD 0.92 UP DECK DINING FIRE 2.03 3.05 X 3.65 UTILITY FOR AC UNITS-1 1.00 5.48 X 3.05 N 0.98 5 UTILITY ANDING ANDING EVACUATIO 6 VILLAGE AKURLI , R/S WARD, MUMBAI-400101. 1.27 1.20 KITCHEN DN 1.73 X 1.05 JJA 1.08 CHAJJA X 3.05 LIFT 0.6 M BELOW 0.45 M.W. CHA 0.93 BEAM @ MID-LL CHAJJA BEAM @ MID-LL 0.6 M BELOW 2.13 X 2.75 KITCHEN 2.45 X 2.70 PASSAGE DECK 0.45 M.W. CHA JJA 0.45 M.W. CHA JJA 1.00 FOR A C UNITS-1 FOYER FOYER 3.05 X 2.45 X 1.85 FOR A C UNITS-2 2.60 X 6.72 CHAJJA UTILITY 1.23 2.87 FHC FOR AC UNITS-2 3.00 X 1.28 KITCHEN 1.23 1.20 1.20 CHAJJA LOBBY 1.08 CHAJJA X 3.08 LEVE 0.6 M BELOW LEVE 0.6 M BELOW 3.05 X 2.45 FOR A C UNITS-1 X 3.08 X 0.93 2.20 ENTRANCE 0.6 M BELOW X 1.85 JJA 1.00 FOR AC UNITS-2 CHAJJA LIFT W 0.45 M.W. CHA ROOF BELO 1.00 0.98 PASS. UTILITY SMOKE 3.20 X 3.60 LOBBY JA ENTRANCE JJA 2.45 X 0.30 0.45 M.W. CHAJ 1.83 X 1.08 CHECK ING 0.45 M.W. CHA 0.93 2.00 TOILET BED ROOM TOILET 2.00 ROOF BELO W TOILET LAND 2ND PODIUM FLOOR PLAN LOBBY X 1.50 CHAJJA BEDROOM CHAJJA 1.53 BEAM @ MID- 3.65 X 3.05 JOB. NO. DRG. NO. DRAWN BY 1.40 NORTH CHAJJA 2.45 X 2.43 1.20 1.53 1.20 X 2.45 4.05 X 3.48 FOR AC UNITS-2 X 2.28 FRD X 2.45 2.17 0.6 M BELOW 0.93 G X 1.00 CHAJJA FOR A C UNITS-1 0.6 M BELOW FRD FRD 0.6 M BELOW CHAJJA FOR AC UNITS-1 1.00 LEVE EL ENTRANCE LOBBY W TOILET TOILET 0.98 X 3.48 ROOF BELO CHAJJA 1.53 1.00 0.40 6 5 UTILITY 1.53 0.98 6/35 1.20 CHAJJA 1.00 573 PASSAGE Prachi X 2.45 LANDING 0.6 M BELOW 1.08 1.00 JA X 2.45 X 3.48 BEDROOM LIVING 2.45 X 0.30 FOR A C UNITS-2 3.43 X 0.93 0.45 M.W. CHAJ BEAM @ MID- L TOILET KITCHEN X 1.85 CHAJJA FOYER LIVING & DINING 0.45 M.W. CHA BUILT UP AREA CALCULATION FOR 2ND TO 6TH PODIUM FLOOR. ( WING - 4) 1.40 0.47 0.92 0.6 M BELOW UTILITY FOYER 3.05 X 2.45 4.05 X 3.48 & DINING 3.35 X 6.10 1.23 M X 2.33 FOR A C UNITS-1 KITCHEN 1.23 M. BEDROO 1.08 X 3.08 PASSAGE TOILET 3.35 X 6.10 SCALE DATE CHECKED BY 3.05 X 2.45 X 3.08 LEVE FOR W NG-4 NG-1 CHAJJA 3.95 X 3.20 X 1.85 3.43 X 0.93 1.53 0.6 M BELOW N SCALE- 1:300 CHAJJA 0.93 X 2.45 FOR AC UNITS-2 1 43.08 X .86 X 1 NO 1 86.37 S .MT. M. BEDROO M - 0.45 M.W. CHAJ BEDROOM TOTAL ADD T ON 1 86.37 S .MT. X 2.45 X 0.30 JJA 1.20 TOILET 3.35 X 4.28 3.05 X 3.98 Ninad TOILET BEDROOM CHAJJA 1.53 CHAJJA DEDUCT ONS 0.98 1.53 X 2.45 X 2.45 4.05 X 3.48 JA CANOPY BELOW TOILET 1.53 BEDROOM 50% VOID 2.00 1:300 1 1. 3 X 3. 5 X 1 NO 4.00 S .MT. TOILET X 3.48 M. BEDROO M 3.05 X 3.98 DESCRIPTION : TOILET REVISIONS 1.53 X 2.45 DECK & 50% S.S. 0.50 X 3.05 X 1 NO 1.53 S .MT. 1.53 X 2.45 0.98 PASSAGE 3.35 X 4.28 DECK 3.35 X 1.30 X 2.45 X 3.48 LIVING 3.35 X 1.30 0.45 M.W. CHAJ BEDROOM 2.45 X 0.30 3 1.50 X 0.70 X 1 NO 1.05 S .MT. 3.43 X 0.93 JJA 0.55 M.W. CHA JJA LIVING 0.45 M.W. CHA & DINING CHAJJA 4 0.4 X 5.65 X 1 NO .77 S .MT. 4.05 X 3.48 & DINING 3.35 X 6.10 5 6 1. 8 0.45 X X 4.43 3.58 X 1 NO X 1 NO 8.77 1.61 S .MT. S .MT. JA PASSAGE 3.43 X 0.93 3.35 X 6.10 TOILET 1.53 X 2.45 2.00 50% VOID & 50% S.S. 0.45 M.W. CHA JJA R-0 JJA M 0.55 M.W. CHA 7 4. 8 X 5.70 X 1 NO 8.3 S .MT. BEDROOM M. BEDROO 3.35 X 4.28 8 0.8 X 3.7 X 1 NO 3.05 S .MT. 3.05 X 3.98 CHAJJA WING -4 1 .7 X 1.66 X 1 NO 1.1 S .MT. 10 .86 X 8.38 X 1 NO 3. 7 S .MT. TOILET 1.53 BEDROOM 50% VOID 2.00 M. BEDROO M 3.05 X 3.98 WING -3 11 6.88 X . 3 X 1 NO 68.3 S .MT. X 2.45 DECK & 50% S.S. 1 5.65 X 10.75 X 1 NO 60.74 S .MT. 3.35 X 4.28 DECK 3.35 X 1.30 3.35 X 1.30 JJA 13 0.75 X 1.38 X 1 NO 1.04 S .MT. CHAJJA 0.45 M.W. CHA JJA 0.55 M.W. CHA 14 3. 5 X 4.33 X 1 NO 14.07 S .MT. 15 3.65 X 3.60 X 1 NO 13.14 S .MT. 43.08 2.00 50% VOID & 50% S.S. 0.45 M.W. CHA JJA 16 3.30 X 3.68 X 1 NO 1 .14 S .MT. JJA 17 .03 X 5. 5 X 1 NO 10.66 S .MT. 1.23 1.50 1.98 0.49 0.45 4.98 12.72 2.86 6.88 5.65 0.55 M.W. CHA BUILT UP AREA CALCULATION FOR 2ND TO 6TH PODIUM FLOOR. ( WING - 3) LIFT AREA CALCULATION 3 1.66 43.08 18 0.45 X 3.71 X 1 NO 1.67 S .MT. FOR WING-4 WING-1 L1 0.30 X 2.85 X 1 NO = 0.86 SQ.MT. 1 1.15 X . 8 X 1 NO 3.43 S .MT. 3.25 4.43 3.75 3.30 4.85 1 43.08 X 29.86 X 1 NO = 1286.37 SQ.MT. L2 5.80 X 3.00 X 1 NO = 17.40 SQ.MT. 5.65 6.88 2.86 12.72 4.98 0.45 1.98 0.49 1.50 1.23 NAME AND ADDRESS OF DESIGN ARCHITECT 0.70 0 4.56 X 3.60 X 1 NO 16.4 S .MT. 1 6 0.82 TOTAL ADDITION = 1286.37 SQ.MT. X L3 3.75 X 7.05 X 1 NO = 26.44 SQ.MT. 3 3.58 1 3.68 X .08 X 1 NO 7.65 S .MT. LO3 1.66 5 2.80 0.45 5.65 5.70 DEDUCTIONS L5 2.85 X 3.33 X 1 NO = 9.49 SQ.MT. KAPADIA ASSOCIATES 1.07 X 0.45 X 1 NO 0.48 S .MT. 3.13 4 7 4.85 3.30 3.75 5.65 3.25 3 3.68 X 0.70 X 1 NO .58 S .MT. 0.50 L6 3.70 X 6.73 X 1 NO = 24.90 SQ.MT. 3.12 3.95 1 1.23 3.25 X 1 NO X = 4.00 SQ.MT. 0.82 6 1 4.43 4 .88 X 6.78 X 1 NO 66. S .MT. 3.72 S4 L7 3.55 X 0.17 X 1 NO = 0.60 SQ.MT. LO3 0.45 2.80 8.38 8 2 0.50 3.05 X 1 NO X = 1.53 SQ.MT. 3.12 0.83 5 0.70 5 11.70 X . 7 X 1 NO 6.56 S .MT. LO4 ED 3.72 10 3.45 DESIGN LLP, PAREL(E), 3 1.50 0.70 X 1 NO X = 1.05 SQ.MT. L8 3.40 X 3.13 X 1 NO = 10.64 SQ.MT. 7 4 9.93 6 3.60 X 0.60 X 1 NO .16 S .MT. 3.05 7.05 10.75 3.12 0.83 0.50 3.95 7 13.15 X 0. 0 X 1 NO 11.84 S .MT. L3 11 4 0.49 5.65 X 1 NO X = 2.77 SQ.MT. L9 0.15 X 2.98 X 1 NO = 0.45 SQ.MT. 0.30 5.80 2.60 5.55 1 S4 3.72 5.70 8.38 8 3.12 8 3.60 X 0.60 X 1 NO .16 S .MT. TOTAL LIFT AREA PER FL. (TYPICAL FLOOR) = 90.78 SQ.MT. Y2 LW1 MUMBAI - 400012. 10.33 X . 7 X 1 NO 3.45 S .MT. 5 1.98 4.43 X 1 NO X = 8.77 SQ.MT. 10 ED LO4 9.93 0.22 6 0.45 3.13 X 1 NO X = 1.61 SQ.MT. 3.05 LIFT WELL AREA CALCULATION 10.75 7.05 30 8.50 X 6.78 X 1 NO 57.63 S .MT. 11 2.85 3.00 3.10 L3 31 5.58 X 0.81 X 1 NO 4.5 S .MT. L1 L S5 7 5.70 X 1 NO 4.98 X = 28.39 SQ.MT. LW1 3.45 X 3.72 X 1 NO = 12.83 SQ.MT. 1 5.55 2.60 5.80 0.30 3 1.50 X 1.51 X 1 NO . 7 S .MT. 8 0.82 3.72 X 1 NO X = 3.05 SQ.MT. 33 0.4 X 1. X 1 NO 0.60 S .MT. 2.86 9 1.66 X 1 NO 12.72 X = 21.12 SQ.MT. LW2 2.75 X 2.50 X 1 NO = 6.88 SQ.MT. 0.22 1.45 8.10 5.55 3.10 3.00 2.85 34 .47 X 5. 3 X 1 NO 1 . S .MT. 2.50 2.50 2.49 1.38 1.55 35 0.45 X 3. 3 X 1 NO 1.66 S .MT. 10 2.86 8.38 X 1 NO X = 23.97 SQ.MT. LW3 2.70 X 2.50 X 1 NO = 6.75 SQ.MT. S5 LW LW3 L LW4 L1 LO10 11 6.88 9.93 X 1 NO X = 68.32 SQ.MT. 36 1.45 X 5.60 X 1 NO 8.1 S .MT. 2.71 LW4 2.69 X 2.49 X 1 NO = 6.70 SQ.MT. 6.80 2.95 2.60 8.80 2.60 2.86 2.75 2.70 2.69 37 . 3 X 1.10 X 1 NO .45 S .MT. 43 LO1 LO LO5 LO8 12 5.65 10.75 X 1 NO X = 60.74 SQ.MT. 5.55 8.10 1.45 0.75 LW5 2.47 X 2.70 X 1 NO = 6.67 SQ.MT. 1.38 1.55 38 1.87 X 1.15 X 1 NO .15 S .MT. LO11 13 0.75 1.38 X 1 NO X = 1.04 SQ.MT. LO10 2.85 5.25 3.70 1.15 3.40 1.38 3 4. 8 X .45 X 1 NO 1 . 0 S .MT. 1.15 0.15 14 4.33 X 1 NO 3.25 X = 14.07 SQ.MT. LW6 3.20 X 3.60 X 1 NO = 11.52 SQ.MT. 2.71 2.60 8.80 2.60 6.80 1.45 LO 2.95 40 1.08 X 0.45 X 1 NO 0.4 S .MT. 13 LO8 LO5 LO LO1 43 15 3.65 3.60 X 1 NO X = 13.14 SQ.MT. 41 1. X 3. 5 X 1 NO 3. 7 S .MT. LW7 3.20 X 2.50 X 1 NO = 8.00 SQ.MT. 0.75 2.98 0.15 LO11 3.10 3.13 16 3.30 3.68 X 1 NO X = 12.14 SQ.MT. 3.33 4 0.50 X 3.05 X 1 NO 1.53 S .MT. 3.40 1.15 3.70 5.25 2.85 43 0. X 6.80 X 1 NO 1.50 S .MT. 0.50 L5 S1 1 L8 L 2.98 17 2.03 5.25 X 1 NO X = 10.66 SQ.MT. LW8 3.20 X 2.50 X 1 NO = 8.00 SQ.MT. 1.38 13 0.15 1.15 LO 1.45 ED 0.45 X 3.1 X 1 NO 1.40 S .MT. 18 0.45 3.25 X 1 NO X = 1.67 SQ.MT. TOTAL LIFT WELL AREA PER FL. (TYP. FL.) = 67.35 SQ.MT. L2 2.98 0.15 LW5 0.49 4.55 0.45 2.80 4.56 0.20 5.60 FD 0.45 X 3.13 X 1 NO 1.41 S .MT. 2.85 6.73 19 1.15 2.98 X 1 NO X = 3.43 SQ.MT. 2.98 3.10 3.33 29.86 3.13 2.50 2.50 NAME OF THE OWNER SIGNATURE 36 3.05 TOTAL LIFT AREA PER FL. (L1-L2) = 22.19 SQ.MT. L8 LW8 LW7 S1 2.70 1.22 TOTAL DEDUCT ON 556.58 S .MT. Y1 L 1 L5 TOTAL BU LT UP AREA X - Y1 7 .7 S .MT. X1 4 33 1 L6 D1 20 4.56 3.60 X 1 NO X = 16.42 SQ.MT. 0.50 2.47 2.03 STAIRCASE AREA CALCULATION 2.57 3.20 3.20 L FT AREA CALCULAT ON 3.95 3.12 21 3.68 2.08 X 1 NO X = 7.65 SQ.MT. 0.20 4.56 2.80 0.45 4.55 2.47 5.60 0.49 2.08 3.60 2.85 6.73 LO1 FD LO6 S1 5.25 X 3.10 X 1 NO = 16.28 SQ.MT. 29.86 0.45 0.45 3.25 22 1.07 0.45 X 1 NO X = 0.48 SQ.MT. 36 3.13 3.05 L1 0.30 X .85 X 1 NO 0.86 S .MT. 1.22 0 L6 1.22 S M/S. GODREJ PROPERTIES LIMITED L 5.80 X 3.00 X 1 NO 17.40 S .MT. S2 4.55 X 3.95 X 1 NO = 17.97 SQ.MT. D1 1 33 4 2.23 1.87 0.20 3.30 3.65 23 3.68 0.70 X 1 NO X = 2.58 SQ.MT. 2.03 2.47 3.30 2.57 3.71 1.05 L3 3.75 X 7.05 X 1 NO 6.44 S .MT. S3 0.20 X 1.15 X 1 NO = 0.23 SQ.MT. L5 .85 X 3.33 X 1 NO .4 S .MT. 3.55 3.68 24 9.88 6.78 X 1 NO X = 66.99 SQ.MT. 0.45 1.05 3.12 LO6 3.13 FD LO1 0.45 5.23 5.25 3.25 3.60 Naveen 37 38 S3 LO7 S4 4.85 X 3.95 X 1 NO = 19.16 SQ.MT. 3.95 0 Digitally signed by Naveen Kumar LW6 3.25 4.98 25 11.70 2.27 X 1 NO X = 26.56 SQ.MT. S 1.22 3.23 L7 Poddar L6 3.70 X 6.73 X 1 NO 4. 0 S .MT. 34 17 3.60 4.33 41 35 18 S5 5.55 X 3.10 X 1 NO = 17.21 SQ.MT. 3.65 3.30 0.20 1.87 2.23 DN: c=IN, o=Personal, title=4539, 3.68 3.60 L7 3.55 X 0.17 X 1 NO 0.60 S .MT. 14 26 3.60 0.60 X 1 NO X = 2.16 SQ.MT. pseudonym=2C73FC5F2E2B7925E38 1.50 0.50 0.17 3.30 16 E510365EAED7E, 1.15 15 TOTAL STAIRCASE AREA PER FL. (TYPICAL FLOOR)= 70.85 SQ.MT. Y3 1.10 Kumar L8 3.40 X 3.13 X 1 NO 10.64 S .MT. 1 1.15 27 13.15 0.90 X 1 NO X = 11.84 SQ.MT. 3.68 3.55 2.5.4.20=c4ab3e3029b611d0ee305bf 5.25 3.23 3 3.20 LO7 S3 38 37 1be8e9e585efd1c35dddc8cbb7be30 1.51 5.57 3.25 L 0.15 X . 8 X 1 NO 0.45 S .MT. 3.68 LIFT LOBBY AREA CALCULATION 4.98 3.25 2b7645de981, postalCode=829107, 2.45 28 3.60 0.60 X 1 NO X = 2.16 SQ.MT. 17 L7 34 4.33 18 35 TOTAL L FT AREA PER FL. TYP CAL FLOOR 0.78 S .MT. Y 3 1.08 1.07 5.23 41 st=Jharkhand, 3.60 3.68 LO1 1.45 X 2.95 X 1 NO = 4.28 SQ.MT. 14 serialNumber=4DFD3EABDED1FC594 8.50 0.50 Poddar 31 9.88 2.08 3 29 10.33 2.27 X 1 NO X = 23.45 SQ.MT. 0.17 STA RCASE AREA CALCULAT ON 40 15 16 2.45 1.50 5F4A0ADE513DDAB1EE27A53C2B32 1.10 1 92ABB9ED3B03B2064C3, cn=Naveen S1 5. 5 X 3.10 X 1 NO 16. 8 S .MT. 30 8.50 6.78 X 1 NO X = 57.63 SQ.MT. LO2 8.10 X 2.60 X 1 NO = 21.06 SQ.MT. Kumar Poddar 3 1.51 3.68 1.15 5.57 Date: 2025.08.14 15:25:32 +05'30' 0.81 LO3 3.30 X 0.83 X 1 NO = 2.74 SQ.MT. 1.15 0.45 0.45 0.70 1.07 1.08 S 4.55 X 3. 5 X 1 NO 17. 7 S .MT. 31 5.58 0.81 X 1 NO X = 4.52 SQ.MT. 3 S3 0. 0 X 1.15 X 1 NO 0. 3 S .MT. LO4 2.80 X 3.12 X 1 NO = 8.74 SQ.MT. 9.88 3 40 8.50 31 S4 4.85 X 3. 5 X 1 NO 1 .16 S .MT. 32 1.50 1.51 X 1 NO X = 2.27 SQ.MT. 33 0.49 1.22 X 1 NO X = 0.60 SQ.MT. LO5 2.60 X 8.80 X 1 NO = 22.88 SQ.MT. 0.70 0.45 0.45 0.81 S5 5.55 X 3.10 X 1 NO 17. 1 S .MT. 34 2.47 5.23 X 1 NO X = 12.92 SQ.MT. LO6 2.80 X 3.12 X 1 NO = 8.74 SQ.MT. NAME AND ADDRESS OF LICENSED SURVEYOR (L.S) SIGNATURE TOTAL STA RCASE AREA PER FL. TYP CAL FLOOR 70.85 S .MT. Y3 L FT LOBBY AREA CALCULAT ON LO1 1.45 X . 5 X 1 NO 4. 8 S .MT. 30 6.78 4 6.78 35 0.45 3.23 X 1 NO X = 1.66 SQ.MT. LO7 LO8 3.30 5.55 X X 0.50 X 1 NO 2.60 X 1 NO = = 1.65 14.43 SQ.MT. SQ.MT. 36 1.45 5.60 X 1 NO X = 8.12 SQ.MT. LO 8.10 X .60 X 1 NO 1.06 S .MT. 37 2.23 1.10 X 1 NO X = 2.45 SQ.MT. LO9 1.15 X 0.15 X 1 NO = 0.17 SQ.MT. 6.78 6.78 LO3 3.30 X 0.83 X 1 NO .74 S .MT. 38 1.87 1.15 X 1 NO X = 2.15 SQ.MT. LO10 2.86 X 1.55 X 1 NO = 4.43 SQ.MT. 4 30 LO4 .80 X 3.1 X 1 NO 8.74 S .MT. LO5 .60 X 8.80 X 1 NO .88 S .MT. 39 4.98 2.45 X 1 NO X = 12.20 SQ.MT. LO11 2.71 X 1.38 X 1 NO = 3.74 SQ.MT. LO12 2.85 X 2.57 X 1 NO = 7.32 SQ.MT. LO6 .80 X 3.1 X 1 NO 8.74 S .MT. 10.33 11.70 40 1.08 0.45 X 1 NO X = 0.49 SQ.MT. LO7 3.30 X 0.50 X 1 NO 1.65 S .MT. 41 1.22 3.25 X 1 NO X = 3.97 SQ.MT. TOTAL LIFT LOBBY AREA PER FL. (TYPICAL FLOOR) = 100.18 SQ.MT. Y4 LO8 5.55 X .60 X 1 NO 14.43 S .MT. DUCT AREA CALCULATION LO 1.15 X 0.15 X 1 NO 0.17 S .MT. 2.27 3.60 13.15 3.60 5 2.27 42 0.50 3.05 X 1 NO X = 1.53 SQ.MT. 11.70 10.33 Shashika LO10 .86 X 1.55 X 1 NO 4.43 S .MT. 43 0.22 6.80 X 1 NO X = 1.50 SQ.MT. D1 0.20 X 1.05 X 1 NO = 0.21 SQ.MT. 8 7 6 TOTAL DUCT AREA PER FL. (TYPICAL FLOOR) = 0.21 SQ.MT. Y5 Digitally signed by Shashikant LO11 .71 X 1.38 X 1 NO 3.74 S .MT. ED 0.45 3.12 X 1 NO X = 1.40 SQ.MT. Laxman Jadhav 2.27 2.27 nt DN: c=IN, o=Personal, title=4436, LO1 .85 X .57 X 1 NO 7.3 S .MT. FD 0.45 3.13 X 1 NO X = 1.41 SQ.MT. NET BUILT UP AREA FOR FSI = 467.77 SQ.MT. X1 5 3.60 13.15 3.60 B-106, Natraj Building, 2.5.4.20=96ea24e3466c15550473630 0.60 0.90 0.60 TOTAL L FT LOBBY AREA PER FL. TYP CAL FLOOR 100.18 S .MT. Y4 d8843a8d731e6d1b86679d2d15210 TOTAL DEDUCTION = 556.58 SQ.MT. Y1 [X1 - (Y2+Y3+Y4+Y5)] 7 387be9f50e48, postalCode=400080, DUCT AREA CALCULAT ON S P A C E A G E Laxman 6 8 st=Maharashtra, D1 0. 0 X 1.05 X 1 NO 0. 1 S .MT. TOTAL BUILT UP AREA [X - Y1] = 729.79 SQ.MT. X1 Mulund Goregaon Link Road serialNumber=28d8c972d6fe5f6f07b 6902daebcaee524cb190ed30f1e33c de9c2dd15f6a34e, cn=Shashikant LINE AREA DIA. FOR 2ND TO 6th TYPICAL FLOOR. (WING - 4) TOTAL DUCT AREA PER FL. TYP CAL FLOOR 0. 1 S .MT. Y5 0.60 0.90 0.60 Jadhav Laxman Jadhav Date: 2025.08.14 16:21:51 +05'30' NET BU LT UP AREA 467.77 S .MT. SCALE - 1:100 Mulund (w), Mumbai : 4000 080 X1 - Y Y3 Y4 Y5 C O N S U L T A N T S LINE AREA DIA. FOR 2ND TO 6th TYPICAL FLOOR. (WING - 3) SCALE - 1:100