Objective:　To　conduct　the　operation　of　capture　and　deformation　in　virtual　three-dimensional　(3D)　environment　with　force　feedback　device　and　simulate　the　coronary　artery　bypass　operation.　Methods:　Based　on　data　collected　from　real　CT　images　of　the　patient　with　heart　disease,　digitized　visual　model　of　the　heart　was　reconstructed.　Then　the　bypass　vessel　was　built　and　the　vessel　model　was　sculptured　by　force　feedback　device　to　simulate　the　bypass　surgery　from　pulmonary　artery　to　ventriculus　dexter　in　Fontan　operation.　Results:　Space　structure　of　the　heart　was　shown　in　the　virtual　3D　reconstructed　environment.　Bypass　vessel　with　any　diameter　and　angle　was　transformed　to　simulate　the　coronary　artery　bypass　operation.　Heart　patch　with　any　size　was　built　to　repair　the　heart　model.　The　satisfactory　model　and　parameters　of　the　postoperative　model　were　finally　achieved.　Conclusions:　The　application　of　force　feedback　device　in　virtual　coronary　artery　bypass　operation　sets　the　stage　for　cardiovascular　surgery　planning　system　with　mechanical　characteristics　to　simulate　multiple　modalities　of　such　operation.