and is connected to each of the two truss members 11 at an under side of the peak joint 12 thereby providing stability to the truss system 10 of the present invention the cross brace 14 is also connected to the truss members 11 via at least one of bolts 26 secured in place by nuts 27 and additional fasteners upon securing the cross brace 14 the peak joint is stabilized thereby providing support for the roof of the resulting building fig1 is a sectional view of the sleeve 16 of the truss system 10 of the present invention the truss system 10 of the present invention includes a plurality of truss members 11 connected to one another at a distal end thereof thereby forming the peak joint 12 as shown hereinabove with specific reference to fig1 4 the cross brace 14 attaches the two truss members 11 at an under side of the peak joint 12 thereby providing stability to the truss system 10 of the present invention as shown hereinabove with specific reference to fig1 4 the sleeves 16 is secured to a distal end of the truss member 11 opposite the peak joint 12 the sleeve 16 is substantially u201c h u201d shaped and are designed to slide over a top end of a post 18 to attach and properly position the.