What the maker puts in writing
- “Large 123-inch fixed frame diagonal with 16:9 aspect ratio (60” H x 106.6” W)”
- “Specially engineered for table-top ultra-short throw projectors, the CLR 3 provides large-screen performance in small spaces without shadows, with 170° wide viewing angle ensuring everyone gets a clear, bright view. (Not Compatible With Triple Laser Projectors)”
- “Sleek fixed-frame construction with an ultra-thin black bezel creates a modern, flat-panel TV look. The wraparound frame maximizes viewing area, while the included LED backlight kit adds a premium home-theater touch”
- “Constructed with a lightweight aluminum split-frame, the Aeon CLR 3 is quick to assemble, built to last, and easy to clean”
- “2-year Manufacturer’s /3-year-ENR-G enhanced warranty… Lifetime Tech Support”
It is the only screen here that an ultra-short-throw projector can use
Specially engineered for table-top ultra-short throw projectors.
The light-rejecting structure has to be matched to where the light comes from, and the two designs on this shelf are opposites.
The three CineGrey 3D screens are angular reflective: they accept light arriving roughly horizontally — from a projector across the room or on the ceiling — and reject light from above, which is where room lighting comes from. All three say so plainly: “not compatible with ultra short throw or short throw projectors.”
A table-top ultra-short-throw projector sits immediately below the screen and fires steeply upward. Its light arrives from the direction those surfaces are built to reject.
A CLR surface like this one has a lenticular structure — a fine sawtooth — that accepts light from below and rejects it from above. That is precisely the geometry a UST projector creates.
Put the wrong projector on either and you get a dim, uneven picture that no adjustment fixes. This is the first question, not a detail.
And “without shadows” in the same bullet is the other half of the UST argument: with the projector below the screen, nobody walking in front of it casts a shadow across the picture.
A hundred and seventy degrees, which the others cannot manage
170° here, against 90° on all three CineGrey 3D screens.
Ninety degrees means forty-five either side of center, beyond which the picture dims noticeably. On a screen eight or nine feet wide that is a real limitation — somebody at the end of a long sofa sees a visibly darker image than somebody in the middle.
The reason this screen can do better is structural, and it follows from the same thing that makes it UST-specific. An angular reflective surface rejects ambient light by angle across the room, which necessarily narrows the useful viewing cone. A lenticular CLR surface rejects by height — refusing light from above, accepting it from below — so it can stay wide horizontally.
The LED backlight kit is better than its own description
The included LED backlight kit adds a premium home-theater touch.
That undersells it. A strip of dim light behind the screen raises the brightness of the wall around the picture, and that does two measurable things.
It reduces eye strain, because the pupil stops having to adapt between a bright image and a black surround.
And it increases perceived contrast, because the eye judges black relative to its surroundings. With a faint glow behind the screen, the darkest parts of the image read as darker than they do against pure black.
Broadcast and studio practice calls it bias lighting and uses it for exactly those reasons. Nothing else on this shelf includes one — and on an ultra-short-throw screen, which usually lives in a living room with the lights off, it earns its place.
And the frame maximizes the picture
Ultra-thin black bezel creates a modern, flat-panel TV look. The wraparound frame maximizes viewing area.
The same reasoning as the edge-free Aeon CineGrey 3D at $540, which publishes an overall size identical to its viewing size. Here the bezel is thin rather than absent, so there is a small margin — but the listing does not publish an overall figure to measure it.
Set against Elite’s Sable Frame at $540, whose 2.36-inch black velvet border adds 4.7 inches of height and 4.6 of width — and whose velvet does a job a thin bezel cannot: absorbing the projector’s overshoot so it does not bounce back into the room and lift the black level.
On a UST screen that trade matters less, because the projector sits below and its overshoot lands mostly on the floor and the bottom bezel.
Ten dollars fifty an inch
Price per inch of diagonal, across this shelf:
Akia 103 in — $331.54 — $3.22/in
Elite Sable 110 in — $540 — $4.91/in
Elite Aeon CineGrey 3D 110 in — $540 — $4.91/in
this, 123 in — $1,293 — $10.51/in
More than double, and the reason is manufacturing: a lenticular structure with a fine optical sawtooth is a considerably harder thing to make consistently across nine feet than an angular-reflective coating.
It is not a like-for-like comparison, because the cheaper screens will not work with a UST projector at all. But it is the cost of owning one.
What the most expensive screen here does not publish
No gain. All three CineGrey 3D screens publish 1.2. This publishes none — which on an ALR screen is a significant omission, since gain and viewing angle together describe how the surface distributes light.
No rejection ratio. The Akia publishes “up to 65%” and the Aeon CineGrey 3D a “65% rejection ratio”. This publishes none, on a product whose entire category is named for that property.
No certifications. The Akia publishes ISF, GREENGUARD and GREENGUARD GOLD UL 2818, and NFPA 701 flame compliance; the Sable publishes ISF and GREENGUARD; the Aeon CineGrey 3D publishes ISF. This publishes none — so no stated color accuracy, no low-emission certification, and no flame standard.
No tensioning method, where the Akia has a “spring tension system” and the Sable “adjustable fix plates”. On a lenticular surface flatness matters at least as much as on an angular-reflective one, because a ripple changes the local angle at which light is accepted and produces a visibly brighter or darker band.
No overall size, so the wall footprint cannot be calculated. No depth.
11,258 g and a catalog 2728 × 1544 mm are published — converting to 107.4 × 60.8 inches against the bullet’s 106.6 × 60.0, which is about twenty millimeters out on each axis.
The warranty is the same bullet all three Elite screens carry: two years, three for educational, non-profit, religious or government buyers, with lifetime tech support.
Prices quoted in this text were read on October 4, 2026. The live price is at the top of the page.
