Trying to get my head round the physics of this problem, espcially after seeing the posted example photos showing the design. I hadn't realised that my Coleman's porch was of a similar type - assuming that Coleman had a unique feature What puzzles me is the possible differences though - as my photo may indicate:

The pole sleeve on mine is shorter, the pole is thin and sometimes a bit too flexible as it flops down if hit by high winds directly - or if raining as that collects in the pocket above the door
Other than the above - I have never noticed any tension issue with the door zips at all - so not entirely sure whether that is by (better) design or not? Pitching the tent I've always had the floor sections spaced correctly apart, giving the tent walls a reasonably tight feel if you get what I mean? The door always remains zipped closed when pitching (good practice I hope as it ensures the entire structure isn't getting warped as you pitch).So what has gone wrong with the design for Outwell? I can't quite figure it out yet from reading the posts









I was at the Museum where it's kept and trying the tent out whilst doing a few days maintenance on the aircraft actually.
. as much as I’d like to say we could pin it up , it won’t work - the tension is so bad the Velcro won’t even join up, I'd fear it would rip the rest of the tent - also one other reason for buying the tent was the fitted ground sheet - My Paranoid husband thinks its extra protection so the kidz can’t escape while he's in his ‘camp induced coma’ 