hexapod_ng/cad/calibrator_hs645.scad

servo_holes_x_left = 34.2;
servo_holes_x_right = 14.2;

servo_holes_x = servo_holes_x_left + servo_holes_x_right;

servo_axis_x_offset = servo_holes_x / 2 - servo_holes_x_right;

servo_body_x = 40.6;
servo_body_y = 19.8;

servo_body_border = 20;

difference() {
    translate([-servo_body_x/2 - servo_body_border, -servo_body_x/2 - servo_body_border, 0]) cube([servo_body_x + servo_body_border * 2, servo_body_x + servo_body_border * 2, 2]);
    translate([-servo_body_x/2 - servo_axis_x_offset, -servo_body_y/2, ]) cube([servo_body_x, servo_body_y, 2]);
}

translate([15, -0.5, 2]) cube([servo_body_border, 1, 1]);
rotate([0, 0,  30]) translate([15, -0.5, 2]) cube([servo_body_border, 1, 1]);
rotate([0, 0,  60]) translate([15, -0.5, 2]) cube([servo_body_border, 1, 1]);
rotate([0, 0,  90]) translate([15, -0.5, 2]) cube([servo_body_border, 1, 1]);
rotate([0, 0, -30]) translate([15, -0.5, 2]) cube([servo_body_border, 1, 1]);
rotate([0, 0, -60]) translate([15, -0.5, 2]) cube([servo_body_border, 1, 1]);
rotate([0, 0, -90]) translate([15, -0.5, 2]) cube([servo_body_border, 1, 1]);