Light-weight and high-elastic vibration absorption assembly for bike saddle

A lightweight and high-elastic vibration absorption assembly for a bike saddle having a sitting surface and a bottom surface, the saddle being provided with a bracket having a front end coupled to a bottom front end of the saddle and a rear end coupled to a support base, the vibration absorption assembly comprising:

• a pair of vibration-absorption blocks mounted between the support base and a bottom rear end of the saddle;
• each of the vibration-absorption blocks having a top surface supporting a bottom of the saddle and a bottom surface positioned on and supported by the support base;
• the vibration-absorption blocks being each formed with a central hole extending in a vertical direction between the top surface and the bottom surface of the vibration-absorption block;
• a fastening member being received through a through hole of the support base and the central hole of each of the vibration-absorption blocks to be fixed to an underside positioning hole of the saddle so as to securely position the vibration-absorption block between the support base and the bottom of the saddle;
• and
• the vibration-absorption blocks being each formed of a plurality of foamed units that are bonded to each other with a bonding portion therebetween, each of the foamed units comprising a plurality of foaming pores formed therein.