To provide the theoretical basis for the scientific fertilization of cigar wrapper，we investigated the characteristics of dry matter accumulation and nitrogen (N)，phosphorous (P)，potassium (K) nutrients absorbed in cigar wrapper CX-26 at different growth stages using the data collected in field experiments and the logistic model. The results showed that the accumulation of dry matter in cigar tobacco plants exhibited an “S” curve growth. From 45 to 60 d after transplanting，the above-ground dry matter of cigar tobacco plants accumulated rapidly，with a maximum accumulation rate of 177.90 kg/(hm²·d)，which accounted for 57.78% of the total dry matter accumulation at harvest. The dry matter accumulation of stems and leaves were increased continuously during the growth period. The rapid growth stage was from 40 to 65 d after transplanting，during which the leaves were the main target of dry matter distribution. Nutrient absorption results demonstrated that N，P and K nutrient accumulation showed a “slow-fast-slow” growth trend throughout the reproductive period；the stages of rapid accumulation of N，P and K nutrients were 43-55，43-57 and 42-56 d after transplanting，with the maximum accumulation rates up to 4.96，0.37 and 6.44 kg/(hm²·d)，respectively. The N，P and K nutrient distribution ratio in the leaves showed a “decrease-increase-decrease” trend as plants grew，but the trend of the distribution ratio for stems was the opposite. The leaves were the distribution center of nutrients. At harvest，the proportion of N，P and K nutrients accumulation in the leaves was 73.08%，62.84% and 65.38% of the total above-ground accumulation of tobacco plants，respectively. In conclusion，we suggested applying 3.35 kg of N，0.66 kg of P2O5 and 5.80 kg of K2O to produce 100 kg of cigar wrapper CX-26，resulting in the absorption ratio of N，P2O5 and K2O of 1∶0.2∶1.7.