We investigated molecular fragmentation for CO, C(2)H(2) and C(60) molecules induced by impact of various fast heavy ions. Fragment ions produced in electron capture and loss collisions of projectile ions were measured in coincidence with final projectile charge states. As for C(60) target, the number distribution of secondary electrons emitted in single collision event were also measured by means of a triple coincident method. The charge state distribution of transiently formed C(60)(r+) was successfully reproduced by our new model calculation on the basis of statistical energy deposition model developed for polyatomic molecules. Data acquisition using position sensitive detection system allows us to obtain 3D momentum imaging of fragment ions from CO and C(2)H(2) molecules. Typical results relevant to molecular orientation effect and kinetic energy release (KER) are discussed.