translate([0, 0, 0])
difference () {

    translate([0, 42.9 - 6, 0])
    scale(0.355)
    linear_extrude(height = 14 / 0.355) {
	import(file = "right_parking_template.dxf");
    }

    // Cut out magnet mount
    translate([-1, -8, 2])
	cube([30, 18, 15]);

    // Make cube X value as large as possible
    // while leaving at least 2mm for the
    // magnets.
    translate([-1, -6, 2])
	cube([10, 55, 15]);

    translate([-1, 29, 2])
	cube([28, 25, 15]);

    // Add magnet holes

    translate([7, 20.5 - (13 / 2), 0]) {
        rotate([0, 90, 0])
        translate([-10, 2.3, 1.9])
            cylinder(h=2.5, r=1.3, $fn=64);

        rotate([0, 90, 0])
        translate([-10, 10, 1.9])
            cylinder(h=2.5, r=1.3, $fn=64);
    }

    // And slot for the belt to pass
    
    translate([0, 20.5 - (3 / 2), 3])
	cube([17, 3, 14]);

    // Another slot for the mount bracket

    translate([-1, 10, 1])
	cube([10, 19, 14]);

    // And a ramp, to make sure it doesn't catch

    translate([-2.3, 10, 1])
    rotate([0, 45, 0])
	cube([2, 19, 2]);

    // Screw holes for the motor and rail endstop

    translate([17, 0, -1])
        cylinder(h=4, r=1.7, $fn=64);

    translate([6, 41, -1])
        cylinder(h=4, r=1.7, $fn=64);

    translate([6, 10, -1])
        cylinder(h=4, r=3, $fn=64);
}