procedure the invention is easy to deploy as an interference screw and requires fewer steps the deployment screw 112 also provides a rigid backbone to support the implant a reverse threaded hex 75 is preferably provided to drive the screw the screw head or compression pad deployer 134 deploys the compression pads 114 116 as the screw 112 advances axially into the implant another feature of the screw is the provision of a load transfer disk 136 that transfers some of the axial load from the screw head 134 to body junction to the disk to body junction this allows for thinner side walls or struts 138 on the body 118 due to the decreased load on the struts which in turn allows a larger tendon to fit between the deployment screw 112 and the body 118 as shown in fig2 the compression pads 114 116 compress the tendons 170 against the femoral tunnel wall to promote tendon to bone healing at the aperture of the tunnel unlike prior art approaches for more intimate tendon to bone contact that only reduce the space between the tendon and the tunnel wall the present invention actively compresses the tendons against the bone tunnel the compression pads.