Review on 📽️ Versatile Epson ES1000 Ultra Portable Tabletop Projection Screen: Compact Design for Stunning Presentations (Black Case) by James Jenkins

Excellent portable screen. Advantages: 1) Small unassembled form factor. It's relatively short and thin - much smaller than traditional screens. It's a little awkward to take on a plane and move around the airport with, but the emphasis is on "little". This causes some headaches when deciding how to transport it through the airport as it is longer than standard luggage. Also when I put it in the back of the trunk on the plane it fit perfectly and I was able to load my back in front of it. However, I was too small (5ft 8in) to reach the back of the trash can after the flight, so I had to ask a taller man to pick him up for me. Dignity has been lost. good size (48 inch?) flat screen TV (also with 4:3 aspect ratio instead of 6:9). But it's surprisingly big. Cons: 1) The way to stay open is just the friction between your feet and the surface you are putting them on. Some smooth surfaces may not hold it open without assistance. I fixed this by cutting the grippy shelf material into 7" x 6" pieces and placing them under the legs. Simple and effective.2) The handle broke off over time with careful use. I also fixed it with strong epoxy. Problem solved again. 3) Legs require a few brain cells to follow instructions printed on them to "squeeze" them before attempting to fold them back into place. If you don't have these brain cells, you'll probably have your legs ripped off right away. I don't see any simple solution to this problem. But it's surprisingly big. Cons: 1) The way to stay open is just the friction between your feet and the surface you are putting them on. Some smooth surfaces may not hold it open without assistance. I fixed this by cutting the grippy shelf material into 7" x 6" pieces and placing them under the legs. Simple and effective.2) The handle broke off over time with careful use. I also fixed it with strong epoxy. Problem solved again. 3) Legs require some brain cells to follow the instructions printed on them to "squeeze" them before attempting to fold them back into place. If you don't have these brain cells, you'll probably have your legs ripped off right away. I don't see any simple solution to this problem. But it's surprisingly big. Cons: 1) The way to stay open is just the friction between your feet and the surface you are putting them on. Some smooth surfaces may not hold it open without assistance. I fixed this by cutting the grippy shelf material into 7" x 6" pieces and placing them under the legs. Simple and effective.2) The handle broke off over time with careful use. I also fixed it with strong epoxy. Problem solved again. 3) Legs require a few brain cells to follow instructions printed on them to "squeeze" them before attempting to fold them back into place. If you don't have these brain cells, you'll probably have your legs ripped off right away. I don't see any simple solution to this problem. 1) The way to stay open is just friction between your feet and any surface you place it on. Some smooth surfaces may not hold it open without assistance. I fixed this by cutting the grippy shelf material into 7" x 6" pieces and placing them under the legs. Simple and effective.2) The handle broke off over time with careful use. I also fixed it with strong epoxy. Problem solved again. 3) Legs require a few brain cells to follow instructions printed on them to "squeeze" them before attempting to fold them back into place. If you don't have these brain cells, his legs will probably be torn off immediately. I don't see any simple solution to this problem. 1) The way to stay open is just the friction between your feet and the surface you put them on. Some smooth surfaces may not hold it open without assistance. I fixed this by cutting the grippy shelf material into 7" x 6" pieces and placing them under the legs. Simple and effective.2) The handle broke off over time with careful use. I also fixed it with strong epoxy. Problem solved again. 3) Legs require a few brain cells to follow instructions printed on them to "squeeze" them before attempting to fold them back into place. If you don't have these brain cells, his legs will probably be torn off immediately. I don't see any simple solution to this problem. I fixed this by cutting the grippy shelf material into 7" x 6" pieces and placing them under the legs. Simple and effective.2) The handle broke off over time with careful use. I also fixed it with strong epoxy. Problem solved again. 3) Legs require a few brain cells to follow instructions printed on them to "squeeze" them before attempting to fold them back into place. If you don't have these brain cells, you'll probably have your legs ripped off right away. I don't see any simple solution to this problem. I fixed this by resizing the grippy shelf stock in 7" x 6" cut pieces and put them under the legs. Simple and effective.2) The handle broke off over time with careful use. I also fixed it with strong epoxy. Problem solved again. 3) Legs require some brain cells to follow the instructions printed on them to "squeeze" them before attempting to fold them back into place. If you don't have these brain cells, chances are your legs will fall off immediately. I don't see any simple solution to this problem. 3) Feet require multiple brain cells to follow instructions printed on them to "push" them before attempting to return them to their original position. If you don't have these brain cells, you'll probably have your legs ripped off right away. I don't see any simple solution to this problem. 3) Feet require multiple brain cells to follow instructions printed on them to "push" them before attempting to return them to their original position. If you don't have these brain cells, you'll probably have your legs ripped off right away. I don't see any simple solution to this problem. before attempting to fold them back into their original position. If you don't have these brain cells, you'll probably have your legs ripped off right away. I don't see any simple solution to this problem. 3) Feet require multiple brain cells to follow instructions printed on them to "push" them before attempting to return them to their original position. If you don't have these brain cells, his legs will probably be torn off immediately. I don't see any simple solution to this problem. before attempting to fold them back into their original position. If you don't have these brain cells, you'll probably have your legs ripped off right away. I don't see any simple solution to this problem. 3) Feet require multiple brain cells to follow clear instructions printed on them to "push" them before attempting to fold them back into their original position. If you don't have these brain cells, you'll probably have your legs ripped off right away. I don't see any simple solution to this problem. who do not have these brain cells, the legs are likely to fall off immediately. I don't see any simple solution to this problem. who don't have these brain cells it is likely that the legs will fall off immediately. I don't see any simple solution to this problem.