A hybrid anchor (100, 200) comprising: a core body made of a material selected from the group consisting of biocomposite, bioabsorbable, osteoconductive, and biocompatible non-absorbable, the core body comprising: a proximal end, distal end, and longitudinal axis extending therethrough; a force receiving member (115, 215) disposed at the proximal end of the core body, the force receiving member (115, 215) configured to engage an inserter and to receive an insertion force applied by the inserter to the core body, a tip (120, 220) disposed at the distal end of the core body, an elongated member (125, 225) extending between the force receiving member (115, 215) and tip (120, 220) along the longitudinal axis of the core body, a sleeve made of a polymer, the polymer being different and more flexible than the material of the core body, the sleeve comprising: a proximal end, distal end, and surface extending therebetween; a plurality of wing formed on diametrically opposing sides of the sleeve and extending outwardly from the surface of the sleeve at an angle towards the proximal end of sleeve, and being characterized in that: the sleeve is fitted around the elongated member of the core body and between the tip and force receiving member of the core body. a core body made of a material selected from the group consisting of biocomposite, bioabsorbable, osteoconductive, and biocompatible non-absorbable, the core body comprising: a proximal end, distal end, and longitudinal axis extending therethrough; a force receiving member (115, 215) disposed at the proximal end of the core body, the force receiving member (115, 215) configured to engage an inserter and to receive an insertion force applied by the inserter to the core body, a tip (120, 220) disposed at the distal end of the core body, an elongated member (125, 225) extending between the force receiving member (115, 215) and tip (120, 220) along the longitudinal axis of the core body, a sleeve made of a polymer, the polymer being different and more flexible than the material of the core body, the sleeve comprising: a proximal end, distal end, and surface extending therebetween; a plurality of wing formed on diametrically opposing sides of the sleeve and extending outwardly from the surface of the sleeve at an angle towards the proximal end of sleeve, and being characterized in that: the sleeve is fitted around the elongated member of the core body and between the tip and force receiving member of the core body. a proximal end, distal end, and longitudinal axis extending therethrough; a force receiving member (115, 215) disposed at the proximal end of the core body, the force receiving member (115, 215) configured to engage an inserter and to receive an insertion force applied by the inserter to the core body, a tip (120, 220) disposed at the distal end of the core body, an elongated member (125, 225) extending between the force receiving member (115, 215) and tip (120, 220) along the longitudinal axis of the core body, a sleeve made of a polymer, the polymer being different and more flexible than the material of the core body, the sleeve comprising: a proximal end, distal end, and surface extending therebetween; a plurality of wing formed on diametrically opposing sides of the sleeve and extending outwardly from the surface of the sleeve at an angle towards the proximal end of sleeve, and being characterized in that: the sleeve is fitted around the elongated member of the core body and between the tip and force receiving member of the core body. a proximal end, distal end, and surface extending therebetween; a plurality of wing formed on diametrically opposing sides of the sleeve and extending outwardly from the surface of the sleeve at an angle towards the proximal end of sleeve, and being characterized in that: the sleeve is fitted around the elongated member of the core body and between the tip and force receiving member of the core body. the sleeve is fitted around the elongated member of the core body and between the tip and force receiving member of the core body.