New WUPRO Motorized Floor RisingCLR/ALR Screen for UST Projectors
WUPRO has introduced the LeApex EVO Smart CBSP, a new motorized floor rising projection screen designed specifically for ultra short throw projectors. The screen combines a last gen tensioned floor rising mechanism with a high contrast CLR/ALR latest generation CBSP+ fabric, targeting living-room UST setups where ambient light control is always part of the challenge.
The LeApex EVO Smart CBSP is available for pre-order in 100-inch, 110-inch and 120-inch sizes, with both black and white casing options. At the time of writing, WUPRO lists pricing from $1,699 for the 100-inch version, rising to $1,899 for the 120-inch model.
Key Features
- Motorized floor rising design for UST projector setups
- CBSP high contrast CLR/ALR screen material
- 0.6 gain black lenticular surface
- 170-degree viewing angle
- Support for 3D, 4K and 8K UHD projection
- Claimed 95% ambient/ceiling light rejection
- Designed to reduce RGB laser speckle
- Upgraded tension structure for better flatness and edge stability
- Smart memory function that remembers the last used screen position
- Anti-pinch protection that stops the screen when resistance is detected
- USB and wired triggers for projector synchronization
- Updated motor/transmission system for quieter operation
- Side handles for easier repositioning
A Smarter Floor Rising Screen
The most interesting part of the LeApex EVO Smart CBSP is not just that it is floor rising, but that WUPRO has added more automation-focused features. The screen can remember its last used position, which means users should not need to repeatedly reset limit points after every adjustment. For UST users who frequently fine-tune image height, that could be a genuinely useful upgrade.
The screen also includes anti-pinch protection and dual trigger support, with both USB and wireless trigger options included as standard. Combined with the updated motor system, the LeApex EVO looks like a very solid, high-quality solution for anyone who wants to maximize their UST projector performance.