Smooth Curve Shape deliver Immersive Naked Eye 3D
Various Shape Perfectly Match with Various Applications
Full-aluminum Structure Delivers Up to 10,000 nits with Efficient Heat Dissipation
IP66 Protection Adapt to all kind of Weather
VAPRO Series is a high-brightness outdoor LED display engineered for DOOH billboards, 3D corners and fixed installations.
Its full-aluminum led module and panel structure delivers up to 10,000 nits with efficient heat dissipation, IP66 protection and flexible front or rear maintenance.
VAPRO Series | Full-Aluminum High Brightness Outdoor LED Display For DOOH
1. Full-Aluminum Design for Efficient Heat Dissipation
Aluminum LED module housings and cabinets provide excellent thermal performance, supporting stable operation without additional cabinet air-conditioning systems.
2. Up to 10,000 Nits for Clear Daylight Visibility
Ultra-high brightness ensures vivid, highly visible content in direct sunlight while supporting adjustable brightness for both daytime and nighttime operation.
3. Seamless Corner Configuration
Optional corner cabinets enable clean 30-360 degree curve shaped installations, making the Bright Series suitable for building corners, creative DOOH displays and glasses-free 3D billboards.
4. Enhanced Fire Safety for Public Installations
The 5VB fire-rated design provides additional protection for demanding applications, including transportation hubs, commercial buildings and other public spaces.
5. IP66 Protection for All-Weather Operation
The sealed cabinet design protects against dust, rain and powerful water jets, ensuring reliable performance in demanding outdoor environments.
High Brightness for Daylight DOOH
VisionReal VAPRO Series delivers up to 10,000 nits of brightness, helping
advertising content remain clear and impactful in strong daylight.
Automatic or scheduled brightness control can be integrated according to
project requirements, allowing the screen to reduce brightness at night
while maintaining comfortable viewing and more efficient operation.
Full-Aluminum Thermal Design
Both the LED cabinet and module housing use aluminum to transfer heat away from LEDs, driver ICs and power components more effectively. The fanless thermal design reduces mechanical noise and removes a common point of failure, making Bright Series suitable for long-term outdoor fixed installations in hot or demanding climates.
Lower Power and Lower Heat
VAPRO Series is designed to balance high brightness with controlled
power consumption. A typical configuration has an average power
consumption of approximately 200 W/m² and a maximum power consumption of up to 600 W/m².
Lower heat generation can reduce thermal stress on LEDs
and electronic components while helping DOOH operators manage long-term electricity costs.
| Item | VAPRO-2 | VAPRO-4 | VAPRO-5 | VAPRO-6 | VAPRO-8 | VAPRO-10 |
|---|---|---|---|---|---|---|
| Pixel Pitch (mm) | 2.5 | 4.44 | 5.71 | 6.66 | 8 | 10 |
| Pixel Density (dot/m²) | 160,000 | 50,625 | 30,625 | 22500 | 15,625 | 10,000 |
| Led Module Size | 480x320mm | |||||
| Panel Dimension (mm) | 960x960mm or customized size | |||||
| Resolution/Panel (dot) (w*h) | 384x384 | 216x216 | 168x168 | 144x144 | 120x120 | 100x100 |
| Weight (kg/set) | 25 | |||||
| Brightness(cd/m²) | 10,000 cd/m² | |||||
| Lifespan | ≥ 100,000.00 hours | |||||
| Pixel Configuration | 16bit | |||||
| Maximum Power Consumption (w/m²) | 600 | |||||
| Average Power Consumption (w/m²) | 200 | |||||
| Control System | Novastar | |||||
| Input Voltage | AC100~240V 50/60Hz | |||||
| Working Temperature | Temperature -20℃ ~55℃ | |||||
| Working Humidity | Humidity 20%RH ~ 90%RH (Without Condensation) | |||||
| Storage Temperature | Temperature -20℃ ~60℃ | |||||
| Storage Humidity | Humidity 10%RH ~ 85%RH (Without Condensation) | |||||
| Protection Degree | IP66 | |||||
| Frame Material | Aluminum | |||||
| Installation Environment | Outdoor | |||||
| Statement: The relevant parameters in the table are subject to real-time update, and the data is for reference only. Upgrade will be made without further notice. | ||||||
