본 연구는 4년 이상의 경력을 가진 스포츠 에어로빅스 대표선수 4명을 대상으로 Straddle jump to push up 동작의 운동학적 분석을 통해 점프와 착지 동작에 대한 정확한 동작을 이해하고 나아가 지도자의 효율적인 지도에 필요한 정확한 동작의 진단과 평가에 도움을 주며, 그 기초자료를 제공하는 데 목적이 있다. 비디오 카메라 2대를 사용하여 촬영하였고, 카메라의 속도는 60frame/sec.로 하였으며, 분석을 위한 운동학적 변인들은 신체중심 높이의 변위, 좌 우 어깨관절 각 변위, 좌 우 주관절 각 변위, 좌 우 고관절 각 변위, 좌 우 슬관절 각 변위, 좌 우 발끝의 속도이며, 각각 개인별 3회씩 수행하여 다음과 같은 결론을 얻었다. 국면별 신체중심 높이의 변위는 event 1, 4, 5(<TEX>$79.05{\pm}9.07,\;46.41{\pm}3.65,\;18.66{\pm}0.54cm$</TEX>)에서 낮은 신체중심의 높이를 나타냈으며, event 2, 3(<TEX>$120.80{\pm}6.13,\;148.12{\pm}9.19cm$</TEX>)에서는 높은 신체중심 높이를 나타냈다. 이상을 종합해 볼 때 스포츠 에어로빅스의 Straddle Jump to Push up 동작, 즉 점프동작은 파워를 나타내는 중요한 동작이므로 충분한 유연성과 순발력이 무엇보다도 중요한 요인이라는 결론을 얻었으며, 단순한 근육의 강화가 아닌 특정 파워와 힘의 발달, 각각의 신체분절들의 효율적인 통합이 이루어지도록 훈련시키는 것이 중요하다고 사료된다. This study serves the purpose of understanding about correct jump and landing motion through Kinematical Analysis of Straddle Jump to Push up Motion at target by four elite sports aerobics athletes have more than four years career. And further more that make good assistance for coaches effective guidance through an offer basic data and correct diagnosis, evaluate of motions. It was picture-taked by two-video camera for Straddle Jump to Push up Motions. Camera speeds are 60 frame/sec. There are Kinematical Variation elements for analysis, the displacement of COG, each angle displacement left/right of shoulder-joint, each angle displacement left/right of knee-joint and each speed left/right of tip of the toes. Every each person accomplished severaly 3 times and we have acquired this conclusion. The conclusions were as follows; 1. Each situation for displacement of COG showed low height of COG by phase 1, 4, 5(79.05<TEX>${\pm}9.07,\;46.41{\pm}3.65,\;18.66{\pm}0.54cm$</TEX>) and It showed high height of COG by phase 2, 3(<TEX>$120.80{\pm}6.13,\;148.12{\pm}9.19cm$</TEX>). 2. Each displacement left, right of shoulder-joint flexion by phase 1(<TEX>$91.07{\pm}8.30,\;90.77{\pm}5.72$</TEX>deg/sec)and It showed maximal extension angles by phase 2(<TEX>$102.48{\pm}10.00,\;102.39{\pm}10.51$</TEX>deg/sec). in part of phase 3, left of shoulder-joint angle(<TEX>$94.43{\pm}4.12$</TEX>deg/sec) showed flexion phase 1, the other right shoulder-joint angle(88.38<TEX>${\pm}$</TEX>4.98deg/sec) showed more a little lower than phase 1, in last phase that showed most low by phase 4(<TEX>$70.58{\pm}13.72,\;54.24{\pm}11.58$</TEX>deg/sec). 3. Each displacement left, right of hip joint showed maximal extent conditions by phase 2, 3(<TEX>$160.35{\pm}22.68,\;1534.77{\pm}5.40$</TEX>deg/sec, <TEX>$150.04{\pm}12.79,\;145.54{\pm}13.00$</TEX>deg/sec) beside, ankle-joint showed minimal angle by phase 1, 4(<TEX>$93.59{\pm}18.92,\;85.37{\pm}13.23$</TEX>deg/sec, <TEX>$66.60{\pm}15.77,\;80.60{\pm}16.57$</TEX>deg/sec). 4. Each displacement left, right of hip joint showed maximal extent conditions by phase 2(<TEX>$157.15{\pm}9.13,\;163.52{\pm}8.18$</TEX>deg/sec), and right of hip joint showed minimal angle by phase 3(<TEX>$110.87{\pm}13.81,\;77.53{\pm}8.95$</TEX>deg/sec) It showed alike condition of low angle by phase 1, 4(<TEX>$91.04{\pm}2.31,\;96.26{\pm}2.20$</TEX>deg/sec). 5. Each displacement left, right of knee-joint showed maximal extent conditions by phase 1, 3, 4(<TEX>$173.46{\pm}2.95,\;171.51{\pm}5.44$</TEX>deg/sec, <TEX>$172.24{\pm}4.49,\;171.26{\pm}0.65$</TEX>deg/sec, <TEX>$162.78{\pm}2.13,\;164.10{\pm}5.97$</TEX>deg/sec) but It showed flexion only left of knee-joint by phase 2(<TEX>$164.45{\pm}7.51,\;159.38{\pm}3.48$</TEX>deg/sec). 6. Each speed left, right of the tip of the toes showed most fastest when someone jumped with lift up leges by phase 1, 2(<TEX>$321.32{\pm}67.91,\;316.90{\pm}41.97$</TEX>cm/sec, <TEX>$410.06{\pm}153.06,\;399.77{\pm}189.34$</TEX>cm/sec), It showed more less speed than phase 1,2 by phase 3(<TEX>$169.74{\pm}67.17,\;150.00{\pm}63.80$</TEX>cm/sec) and It showed most slow speed than phase 1,2,3 by phase 4(<TEX>$87.22{\pm}34.90,\;85.72{\pm}52.23$</TEX>cm/sec).