To access the appropriate height of sleeve cap which is required for the basic sleeve pattern according to arm movements, plaster gypsum experiment was performed. Arm movements were 5types ($0^{circ},;45^{circ},;90^{circ},;135^{circ},;180^{circ}$) to the vertical directions in the front. The appropriateness of the pattern was analyzed by measuring clothing pressure. The results obtained were as follows: 1. Increasing the movement angle, sleeve width increased but height of sleeve cap and armhole girth decreased. 2. Increasing the movement angle, the acromion moved to the front part of bodice. 3. On the basis of the result of the height of sleeve cap, the $frac{AH}{4} +2.5cm$ sleeve basic 4 pattern is suitable for the direction $M_1(0^{circ}),;M_2(45^{circ})$, and the $frac{AH}{5}$sleeve basic pattern is suitable for the direction $M_3(90^{circ}),;M_4(135^{circ})$, and $M_5(180^{circ})$. 4. As the movement angle and height of sleevecap increased, the part which receive high pressure increased and the difference between the hightest and the lowest clothing pressure increased. 5. By the variation of movement angle and height of sleevecap, clothing pressure of upperarm was affected more than that of shoulder blade. 6. The clothing pressure of upperarm and shoulder blades were more affected by the height of sleeve cap than the ease of breast area. 7. Considering the clothing pressure of various arm movement, the most appropriate height of sleeve cap for $M_1(0^{circ}),;M_2(45^{circ})$ positions was to use the $frac{AH}{4}$+2.5cm, and for $M_3(90^{circ}),;M_4(135^{circ})$, and $M_5(180^{circ})$, was $frac{AH}{5}$.