Probably would have helped some to have glassed it but glassed plywood still bends as is the case with preglassed hull panels in boatbuilding. Its a moot point for me. I just went down and studied my doors again and came up with the following: the amount that the stiffener laps onto panel 3 is not enough to hold an angle with that panel above the filleted seam immediate area. The door side plus the window sill plus the acrylic window do not have much resistance to bending at all hence my problem #1 (see earlier post). A strap on the front of my door may help but only if I stiffen the door front side panel 3 (or problem #1 will get worse. The angle and lushness of the rear of my door (where CLC put their strap) is held nearly perfectly by the two actuating rods and the handle cam. Putting a strap their seems pointless to correct my problems, but has anybody with my problems tried that? Feel free, John Harris, to join in on the discussion. I am thinking of doing the following: use a bevels guage to get the actual papanel-panel4 angle of the shell at the front door frame. Cut a stiffener say 1″ tall by 3/4″ thick out of some cherry I have laying around with the desired angle in it. If glued inside the door up against the window sill it will lap 5 1/2″ onto the panel part of the stiffener, or most of the way to the bottom of the door. It may very well solve both of my problems. What does every/anyone think? I think the door needs a lot more rigidity on its entire FRONT side top to bottom. This should help those who are seeing a “twist” in their doors. No? It will make my doors heavier but the weight will be immediately next to the hinges. 3/4″ okoume ply (unused trailer bunks) would be lighater. What do you think? Feel free to criticize.