How Much Does an Outdoor LED Screen Cost per m² in 2026?
Short answer: there is no reliable single market price per square metre for an outdoor LED screen in 2026. A usable B2B budget starts with the specification: pixel pitch, brightness, ingress protection, cabinet construction, service access, control system, structure, power distribution, logistics, installation and warranty scope. Uniview LED does not publish a universal list price per m² because outdoor LED projects are quoted against the actual project configuration.
The most accurate way to compare suppliers is to normalize every quote to the same active display area, the same technical specification and the same bill of materials. This guide shows how to do that using published Uniview LED outdoor platform data and clearly labelled engineering calculations.
Why outdoor LED screen cost per m² is a derived number
An outdoor LED display is a system rather than a single commodity product. Only part of the project scales directly with display area. The rest scales with the project, the site and the service contract.
Display layer
LED modules, LED packages, driver ICs, receiving cards, power supplies, cabinets, internal cabling, gaskets and sealing.
System layer
Video processor, sending card, media player or CMS, optical fibre or Cat cabling, network and signal distribution.
Site layer
Steel structure, foundations, access walkway, lightning protection, grounding, crane and rigging requirements.
Service layer
Installation, calibration, commissioning, training, warranty terms, spare modules, spare PSUs and response commitments.
For a broader explanation of LED project pricing across indoor and outdoor applications, see How Much Does an LED Display Cost?
Seven specification choices that change outdoor LED cost per m²
| Cost driver | Buyer decision | Why it changes cost | Published Uniview LED reference |
|---|---|---|---|
| Pixel pitch | 3.9 mm vs 6.67 mm vs 8–10 mm | Smaller pitch increases LED density, driver IC count and receiving-card requirements per m². | FlexR-UO3.9: 65,536 dots/m²; RK 6.67: 22,500 dots/m²; RK 10.0: 10,000 dots/m² |
| Brightness | 3,200–10,000 nits | Higher brightness requires a different LED/drive configuration and increases maximum power demand. | FlexR-UO3.9: 3,200 / 4,500 / 5,500 nits; RK / RK Pro: 7,000 nits; RK HB: 10,000 nits |
| Ingress protection | IP65/IP54 vs IP67/IP65 | Higher protection changes sealing, enclosure and environmental protection requirements. | RK and FlexR-UO3.9: IP65 front / IP54 rear; RK Pro: IP67 front / IP65 rear |
| Cabinet construction | Cabinet size, material and weight | Cabinet weight affects both hardware and the support structure engineered for the project. | RK: ~29.8 kg/m²; RK Pro: ~29.3 kg/m²; FlexR-UO3.9: ~31.6 kg/m² |
| Maintenance access | Front service vs rear service | Service strategy affects cabinet design, rear clearance, steelwork and long-term labor access. | RK / RK Pro: front and rear module and PSU maintenance; FlexR-UO3.9: rear maintenance |
| Control & processing | Processor, receiving cards, fibre, CMS | These are often separated from the display hardware, so quote scope changes apparent per-m² pricing. | RK, RK Pro and FlexR-UO3.9: cable under 100 m; optical fibre at 100 m or more |
| Structure & logistics | What is included in the project scope | Steel, foundations, freight, duties, installation and commissioning can create major quote variance. | Project-specific; normalize separately from display hardware |
Match pixel pitch to the real viewing distance before pricing the project
Pixel pitch determines both pixel density and the resolution available for a given physical size. Specifying a finer pitch than the viewing distance requires can increase hardware cost without improving what the audience can actually perceive.
FlexR-UO3.9 · 3.906 mm · 65,536 dots/m² · 15,360 Hz
RK 6.67 / RK Pro 6.67 · 22,500 dots/m²
RK 8.0 · 8 mm · 15,625 dots/m²
RK 10.0 / RK Pro 10.0 · 10,000 dots/m²
Use cabinet area, weight and power to turn specifications into a budget
| Platform | Pitch / brightness | Cabinet | Weight | Max / avg power | IP |
|---|---|---|---|---|---|
| RK | 6.667 / 8 / 10 mm; 7,000 nits | 960 × 960 × 88 mm | 27.5 kg; ~29.8 kg/m² | 683.6 / 249.6 W/m² | IP65 / IP54 |
| RK HB | 6.667 / 8 / 10 mm; 10,000 nits | 960 × 960 × 88 mm | 27.5 kg; ~29.8 kg/m² | 781.3 / 260.4 W/m² | IP65 / IP54 |
| RK Pro | 6.667 / 10 mm; 7,000 nits | 960 × 960 × 91.51 / 93.4 mm | 27 kg; ~29.3 kg/m² | 630 / 230 W/m² ±15% | IP67 / IP65 |
| FlexR-UO3.9 | 3.906 mm; 3,200 / 4,500 / 5,500 nits | 500 × 500 × 75.2 mm | 7.9 kg; ~31.6 kg/m² | 2,800 / 940 W/m² | IP65 / IP54 |
What a 50 m² outdoor LED project looks like before pricing
Engineering basis: RK 6.67
Start from whole cabinets, not from an abstract area target. The example below resolves a nominal 50 m² requirement into a buildable cabinet grid, physical dimensions, native resolution, dead load and connected power.
50.69 m² active area
10.56 m × 4.80 m
≈29.8 kg/m²
≈683.6 W/m²
≈249.6 W/m²
A practical formula for outdoor LED screen cost per m²
The illuminated LED surface only. In the 50 m² example above: 50.69 m²
Can include framing, service space or non-display structure. Do not use it as the denominator when comparing display cost per m².
If your project is not yet fully specified, use What Information Is Needed for an LED Display Quotation? before requesting prices. A complete input brief reduces the risk of comparing non-equivalent quotations.
- LED modules, receiving cards, power supplies and cabinets
- Spare modules, receiving cards and PSUs
- Sealing, gaskets and corrosion protection
- Video processor, sending card, media player or CMS
- Signal cabling, optical fibre and network hardware
- Steel structure, brackets and foundation interface
- AC power distribution, protection devices and main disconnect
- Packaging, freight, insurance and duties
- Installation labor, crane / rigging, calibration and commissioning
- Training, warranty scope and service-response commitment
Model annual electricity cost separately from purchase price
RK 6.67 example · 50.69 m² · 249.6 W/m² average · 16 h/day
Annual energy (kWh) = average power per m² × active area × daily operating hours × 365 ÷ 1,000
249.6 W/m² × 50.69 m² × 16 h × 365 ÷ 1,000 ≈ 73,900 kWh/year .
At an illustrative electricity tariff of USD 0.15/kWh, the annual energy cost would be roughly USD 11,100. Replace this tariff with your local commercial electricity rate.
For a deeper engineering calculation, see How Much Power Does a 50 m² or 100 m² LED Wall Consume?
Structure, installation and maintenance can cost more than the screen specification suggests
Referenced outdoor cabinets are approximately 29.3–31.6 kg/m² before support steel, access platforms or other structural components are added.
A universal wind-load rating should not be assumed. Wind and seismic design are site-specific structural engineering tasks for the exact location, height and mounting method.
Front-and-rear service platforms can reduce rear-access requirements; rear-service products require maintained working space behind the display.
Where hanging installation is used, follow the documented hardware and maximum rigging-height limits for the specific product configuration.
Choose IP protection from the real exposure conditions. See IP65 vs IP66: Which Rating Does an Outdoor LED Display Actually Need?
Normalize two outdoor LED quotations before comparing the price per m²
| Comparison item | What should be confirmed in writing |
|---|---|
| Active display area | Both prices divided by the same illuminated LED area in m². |
| Brightness basis | Calibrated vs uncalibrated, measured in nits under the same condition. |
| Pixel pitch & density | Pitch in mm, dots/m² and native resolution of the quoted array. |
| IP rating | Front and rear ratings listed separately. |
| Drive electronics | Driver IC, refresh rate and grayscale depth. |
| Control system | Processor, sending card, media player / CMS, fibre and network scope. |
| Structure & civil works | Steel, foundation interface, lightning protection and grounding. |
| Delivery | Packing, freight terms, insurance and import duties. |
| Installation | Labor, lifting equipment, calibration, testing and commissioning. |
| Spares & warranty | Spare quantities, warranty term and service-response commitment. |
Uniview LED outdoor display platforms for different project priorities
RK Pro Series
6.67 mm and 10 mm outdoor configurations, 7,000 nits, 7,680 Hz, 16-bit grayscale, IP67/IP65, approximately 29.3 kg/m² and front/rear maintenance.
RK Series
6.67 mm, 8 mm and 10 mm outdoor cabinets with 7,000-nit standard and 10,000-nit high-brightness configurations, plus front/rear maintenance.
FlexR-UO3.9
3.906 mm outdoor configuration with 15,360 Hz refresh rate and 3,200 / 4,500 / 5,500-nit brightness options, depending on version.
Related outdoor LED buying and engineering guides
Need a project-specific outdoor LED budget?
Send the active display dimensions, viewing distance, target brightness, installation environment, mounting method and service-access requirements. Uniview LED can then prepare a specification-based quotation rather than a generic per-m² estimate.
Three questions every B2B buyer should answer first
Make sure every supplier divides its price by the same active LED area, not by the larger structural footprint.
Confirm control system, steel, power distribution, freight, duties, installation, calibration and spares separately.
Check pixel pitch, viewing distance, brightness, IP rating, maintenance access, operating environment and electrical capacity before comparing prices.