Stage & Performance Rental LED Display Solution
Rental LED solution for stages and performances — curve-lock cabinets with fast rig, front...
Rental LED solution for large outdoor events and festivals — weather-ready, fast-lock cabinets for c
1.High-strength die-cast aluminum outdoor rental cabinets Adopt reinforced die-cast aluminum cabinets with impact-resistant corner reinforcements. High-precision locating pins and durable quick-lock structures withstand repeated transportation, assembly-disassembly and tour-cycle operations. Splicing multiple times still guarantees screen flatness and minimizes gaps and height-difference issues.
2.Reliable outdoor-oriented protection design The front side of modules strictly reaches IP65 dust-proof and water-proof rating. Optimized internal moisture-proof craftsmanship adapts to outdoor cultural and sports event scenarios featuring open-air showers and large day-night temperature differences. Indoor and outdoor rental cabinets are strictly differentiated to eliminate mixed-use risks.
3.High brightness and high refresh rate optimized for live-stream shooting Standard 5000-6000 cd/㎡ high-brightness LED beads and 3840 Hz ultra-high refresh rate deliver visibility under direct daylight and high-quality camera-based live recording. Scan lines and water ripples are eliminated to meet requirements for large-scale galas and sports event broadcasts.
4.Dual-maintenance design for convenient on-site operation Supports both front-service and rear-service modes. Magnetic-attached modules enable rapid on-site replacement of modules, power supplies and receiving cards without disassembling the whole screen, greatly shortening troubleshooting time for on-site failures. This fits the tight-schedule, high-task-load characteristics of large-scale cultural and sports events.
5.Strong adaptability for diverse special-shaped stage aesthetics Complete supporting accessories including arc locks and miter-cut corner cabinets support multiple stage shapes: flat surfaces, inner arcs, outer arcs and 90° corners. Pixel-mapping files for special-shaped screens can be exported to achieve seamless picture transition at arc and corner positions.
6.Adapted to long-term touring operating conditions Vibration-resistant components and locking-type aviation connectors reduce cold-soldering and poor-contact risks caused by jolts during long-distance transportation. Power supplies, receiving cards and modules across the full product line share interchangeable spare parts to facilitate spare-parts management for cross-city tours. Standardized shock-proof aviation transport cases are provided as supporting equipment.
7.Comprehensive project delivery capability Deliver complete supporting outputs: cabinet layout drawings, truss/base structural suggestions, power-consumption calculation, cable lists and pre-commissioned engineering configuration files. Provide full-range services covering preliminary solution design, drawing output, on-site technical support and on-site standby guarantee for various large-scale outdoor cultural and sports projects such as music festivals, sports meets and city festivals.
8.Safety-first solution design Solutions include mandatory wind-resistance assessment and hoisting load reminders. Clear safety specifications for hoisting and floor-stacking are provided, together with reminders for rear-side rain protection, earthing and standby generator configuration to eliminate potential safety hazards for outdoor projects from the source.
|
|
Outdoor rental LED displays are modular LED display products developed for short-term temporary outdoor activities. They are mainly applied to music festivals, opening-closing ceremonies, sports events, city festivals, outdoor press conferences, square-based mass cultural and sports activities and other scenarios.
The complete set adopts die-cast aluminum modular cabinets with built-in quick-lock structures for fast assembly, disassembly and repeated transport and turnover. The front side of modules achieves IP65 dust-proof and water-proof performance, with high brightness and high refresh rate to adapt to complex open-air lighting environments. Upon project completion, the whole equipment can be disassembled and packed for transit without permanent civil engineering or steel-structure fixation. It serves as the preferred display device for large-scale temporary outdoor cultural and sports events.
Important Reminder: Only the front side of modules reaches IP65 rating. Cabinet rear sides and wiring interfaces are not water-proof. Rear-side rain-shielding protection must be implemented for outdoor use. Do not leave equipment exposed to open-air conditions for long-term static placement.
1.Die-cast aluminum modular cabinets: mainstream dimensions 500 × 500 mm and 500 × 1000 mm, equipped with locating pins and quick-lock latches for tool-free fast splicing, with reinforced corners to withstand repeated handling and assembly-disassembly.
2.Front-side IP65 protection technology: sealed front module for dust and water resistance against rain, dew, sand and sunlight; moisture-proof treatment applied to cabinet rear sections.
3.High-brightness LED beads: 5000-6000 cd/㎡ brightness output to prevent washed-out pictures under direct daylight; brightness can be reduced for night-time operation.
4.Refresh rate of 3840 Hz or higher to adapt to camera and mobile-phone live-stream shooting and eliminate water ripples and scan lines.
5.Front-rear dual-maintenance design: magnetic-attached modules allow independent replacement of faulty modules without whole-screen disassembly.
6.Compatibility with multiple mounting structures: supports floor stacking, truss hoisting and arc-corner splicing to accommodate diverse stage aesthetic shapes.
1.Flexible and efficient deployment: no permanent infrastructure required; setup and commissioning can be completed within a short time, followed by rapid dismantling after events.
2.Strong environmental adaptability: capable of coping with complex temporary outdoor conditions such as sunlight exposure, showers and sand dust, satisfying dual requirements of daytime high-light viewing and live-stream recording.
3.High plasticity for stage aesthetics: flat surfaces, inner arcs, outer arcs, corners and other special-shaped forms can be realized to satisfy creative stage designs for cultural and sports events.
4.Convenient operation and maintenance: faulty modules, power supplies and receiving cards can be rapidly replaced on-site to guarantee uninterrupted event operation.
5.Controllable costs: short-term projects avoid large-sum one-time hardware procurement and reduce overall project investment.
|
|
Core selection criteria: minimum viewing distance for audience, on-site lighting conditions, live-stream shooting requirements, installation methods and stage-shape demands. Do not blindly pursue the smallest pixel pitch.
Pixel Pitch | Minimum Viewing Distance | Applicable Cultural & Sports Scenarios |
P2.976 | ≥ 3 m | High-end short-range outdoor press conferences, small-scale open-air galas |
P3.91 | ≥ 4 m | Medium-and-small-scale music festivals, open-air performances |
P4.81 | ≥ 5 m | Square galas, mass cultural and sports events |
P5.95 / P6 | ≥ 6 m | Large squares, scenarios with massive long-distance audiences |
Direct daytime open-air exposure: 5000-6000 cd/㎡
Night-time / semi-outdoor scenarios: brightness may drop to 1500-3000 cd/㎡ for balanced energy-saving and visual performance.
For live-streaming or camera-recording scenarios, a refresh rate ≥ 3840 Hz is mandatory to avoid water ripples in captured footage.
Outdoor-rental cabinets with front-module IP65 rating must be adopted. Never deploy indoor rental screens directly in open-air conditions.
Adopt outdoor-grade video processors, sending/receiving cards, network cables, power cables and signal cables. Reserve spare modules, power supplies and receiving cards accounting for 3-5 % of total quantity.
Comparison Dimension | Outdoor Rental LED Displays | Fixed-Installation Outdoor LED Displays |
Application Positioning | Short-term temporary events with frequent assembly-disassembly and transport turnover | Permanent fixed deployment for long-term continuous operation with rare disassembly-assembly |
Cabinet Material & Structure | Light-weight die-cast aluminum cabinets with quick-lock latches and locating pins for repeated handling and assembly-disassembly | Steel / cast-aluminum heavy-duty cabinets matched with permanent steel structures; not suitable for frequent disassembly |
Protection Performance | IP65 rating only for module front side; weak rear-side protection; suitable only for short-term outdoor use; not for long-term open-air sun-rain exposure | Omni-directional high-level protection including full water-proofing for back-plates and interfaces; supports year-round all-weather outdoor placement |
Maintenance Mode | Front-rear dual-maintenance; fast single-module on-site replacement for non-stop repair | Mainly rear-side maintenance; shutdown time must be scheduled for repairs |
Installation Method | Floor stacking, truss hoisting; supports arc-corner special-shapes with fast assembly-disassembly | Wall-mounting, column-clamping, embedding; relies on permanent steel structures; seldom adopts temporary hoisted shapes |
Service Life | 3-6 years; wear mainly comes from transportation, assembly-disassembly and collisions | 5-10 years or above for long-term stable continuous operation |
Cost Model | Project-based rental with low one-time input; cumulative costs rise with repeated rentals | High upfront investment for hardware and steel structures; low subsequent operation-maintenance costs; high cost-efficiency for long-term use |
|
|
For equipment subject to repeated loading, transportation, handling, setup and dismantling across cities, priorities are ranked as below:
1.Mechanical strength and anti-collision performance of cabinets Die-cast aluminum cabinets must have reinforced anti-collision corners. Lock latches and locating pins shall be durable after thousands of assembly-disassembly cycles to guarantee splicing precision and prevent splicing gaps and uneven surfaces after repeated turnover.
2.Anti-vibration reliability of components Power supplies, receiving cards, connectors and module solder joints must withstand jolting vibrations to reduce cold-soldering and poor-contact failures after long-distance transportation. Lock-type connectors shall be used to prevent loosening induced by vibration.
3.Protection and moisture-proof craftsmanship Stable IP65 sealing on module front sides; internal cabinet moisture-proof treatment to mitigate circuit-board damage caused by condensation under large day-night temperature differences or coastal salt-fog environments in different regions.
4.Standardization and interchangeable spare parts Unified specifications for cabinets, modules, power supplies and receiving cards across the full product line; interchangeable spare parts enable rapid on-site replacement of faulty components during tours.
5.Transport packaging design Special shock-proof aviation transport cases for classified storage of cabinets and accessories to reduce transport-caused damage.
6.Fast-maintenance capability Prioritize front-service structures. Limited on-site touring space allows faulty-module replacement without accessing cabinet rear sides to shorten repair time.
7.Complete inspection procedures Carry out full-unit power-on inspection before packing after each show to identify hidden risks in advance and avoid failures revealed only at the next-stop venue.
1.Adopt standard die-cast aluminum quick-lock cabinets fitted with high-precision locating pins for automatic cabinet alignment, reducing manual leveling work. Tool-free lock latches greatly improve assembly-disassembly efficiency.
2.Deliver complete construction solutions in advance, including screen dimensions, cabinet layout drawings, truss/base drawings, power-consumption calculation, cable routing and reserved maintenance space (0.8-1 m maintenance passage behind screens). Confirm drawings prior to events to minimize on-site adjustments.
3.Standardize complete sets of accessories: classify and label power cables, network cables, aviation plugs, hanging fixtures and arc locks to eliminate on-site accessory-hunting.
4.Calculate power-supply load in advance: figure out peak and average power consumption, specify cable specifications and air-breaker ratings. Deploy standby generators where feasible to avoid delays caused by power-distribution commissioning on-site.
5.Adopt magnetic-attached front-service modules for screw-free disassembly-assembly and high-efficiency on-site replacement.
6.Pre-configure control-system engineering files: debug screen configuration files before departure; only load pre-set files upon arrival at venues to cut on-site commissioning time.
7.Standardize staff division of labor for setup teams: splicing group, power-supply-wiring group and signal-debugging group for assembly-line-style operations.
|
|
1.Structural load-checking calculation is mandatory, performed by certified truss engineers for trusses, lifting points and steel-cable load-bearing capacity. Empirical estimation is prohibited. Dual-safety steel cables shall be deployed as secondary protection.
2.Only original matching accessories shall be used for hanging fixtures and connecting bolts; non-standard accessories mixing is forbidden.
3.High-altitude large-screen hoisting shall not be performed under wind force Grade 6 or above. Hoisting schemes shall be avoided for outdoor applications whenever possible.
4.Rain-shielding protection shall be implemented for hoisted-screen rear sides. Cables shall be fitted with water-proof connectors and fixed by suspension instead of pulling interfaces in free-hanging state.
5.Set up warning zones on-site; no personnel shall stand beneath hoisting operations.
6.Ensure truss lifting points fully match screen lifting points to prevent screen stress distortion, cabinet deformation and enlarged splicing gaps.
1.Ground surfaces must be solid and flat. Direct stacking on soft soil or uneven ground is prohibited.
2.Professional base frames and counterweights shall be applied at bottom positions. Anti-wind counterweight calculation is required to prevent overturning under strong winds.
3.For high stacked screens, add diagonal bracing trusses on rear sides for reinforcement.
4.Reserve 0.8-1 m operating space behind screens for technicians’ maintenance access.
5.Cover cabinet rear sides and wiring zones with rain-proof tarpaulins; rear-side components shall never be exposed to open-air rain.
6.After stacking completion, inspect all cabinet lock latches for full engagement and check splicing flatness column by column.
General Reminder: Wind-resistance safety is the top priority for all outdoor projects, regardless of hoisting or floor-stacking installation modes.
Three hardware solutions are available for outdoor rental-screen arc-corner implementation according to arc radius and budget.
1.Arc-lock accessory solution (most widely used) Add special arc-lock accessories to standard 500 × 500 mm / 500 × 1000 mm cabinets to achieve adjustable-angle inner arcs and outer arcs. Suitable for large-radius arc stage aesthetics with convenient assembly-disassembly and moderate costs.
Note: Do not go below the minimum allowable bending radius of cabinets. Forced large-angle bending will damage PCB boards and LED beads.
2.Special 45° miter-cut corner cabinets For 90° right-angle corner scenarios, adopt dedicated miter-cut corner cabinets to realize smooth right-angle transitions, eliminating splicing gaps and LED-bead interference caused by ordinary-cabinet hard splicing. Suitable for double-sided corner large-stage screens.
3.Flexible rental modules paired with rental-cabinet frames For creative shapes with small-radius large curvatures. Confirm IP protection grades of flexible modules for outdoor deployment and implement rear-side protection. This solution entails higher costs.
1.Export corresponding pixel-mapping engineering files according to physical arc dimensions. Produce source materials complying with special-shaped-screen pixel mapping to avoid picture stretching and dislocation.
2.Perform full-screen brightness and color calibration after splicing to eliminate color discontinuities at arc-corner positions.
3.Conduct structural-checking calculation for special-shaped structures to guarantee overall wind-resistance and load-bearing safety.
Core On-Site Principle: Prioritize uninterrupted performance. Rely on rapid spare-part replacement; do not conduct in-depth repairs during performances.
Bring spare modules accounting for 3-5 % of total screen area, together with spare power supplies, receiving cards, network cables and power connectors. Conduct power-on pre-inspection upon equipment arrival to identify hidden risks beforehand.
1.Full-screen blackout ① Check main distribution-cabinet air-breakers and generator output to confirm normal power supply; ② Inspect sending-card status and main-signal network cables; re-plug connectors; ③ Reload screen-configuration engineering files.
2.Blackout of individual cabinets or single columns ① Observe indicator lights on faulty-cabinet receiving cards: red light indicates power supply; flashing green light indicates signal reception; ② Rapidly replace faulty receiving cards or power supplies with spares. Do not disassemble and repair defective units on-site; perform maintenance after performances conclude.
3.Partial-module screen distortion or dead LEDs Replace faulty modules directly with spare units using front-service magnetic-attached tools for fast picture recovery. Collect defective modules for post-performance maintenance.
4.Screen flickering or water ripples in captured footage Confirm refresh-rate parameter setting ≥ 3840 Hz. Implement independent earthing for outdoor screens with earthing resistance ＜ 4 Ω. Troubleshoot electromagnetic interference from nearby frequency converters and high-power equipment.
5.Abnormalities triggered by rainfall Cut off power supply immediately. Check for rear-side water ingress, wipe connectors dry and restore power only after thorough drying. Personnel safety shall be guaranteed first.
1.Assign dedicated on-site Visualeader LED technical engineers who shall remain on-site throughout performances.
2.Collect all defective components uniformly. Only perform part replacement rather than disassembly-repair on-site.
3.Compile pre-prepared fault emergency-response plans specifying operation steps for power-off and standby-signal switching.
Rental LED solution for stages and performances — curve-lock cabinets with fast rig, front...
Rental LED solution for exhibitions and trade shows — fast-rig, seamless booth screens tha...
Send the pitch, size and site conditions — you’ll get a spec and a price, not a brochure.
