Stadium LED Display Cost: Perimeter Boards and Video Boards

Quick answer

A stadium LED perimeter board costs about US$550–US$643 per running metre (US$573–US$670 per m²) for 0.96 m high P10 to P5 boards; a 96 m (315 ft) run along one touchline costs about US$52,808 at P10. A main video board or scoreboard costs US$719–US$806 per m² for P6.25–P10.41 outdoor cabinets. For daylight and broadcast, specify 5,500–6,000 cd/m² brightness, a 3,840 Hz refresh rate, IP65 front protection and a safe service route.

Sources used: EA960SP4 specs; EA1000H8 specs; EA500H8V specs; EA1000F2 specs

Split the project into its display roles first: perimeter boards around the field, a main video board or scoreboard, and any temporary screens for events. Each role uses different equipment and is priced differently.

Stadium LED screen cost by display role

Reference ex-factory prices from the EagerLED Aug 2026 price list, in USD, for the standard configuration; final pricing is subject to a formal quotation. They exclude steel structure, foundations, video processing beyond the standard receiving cards, power distribution, freight, duties and installation. Rental cabinets are priced per cabinet; their per-m² figures divide the cabinet price by its area.

For the general outdoor ranges by pitch, see the outdoor LED screen price guide; the LED screen price overview compares outdoor, indoor and rental equipment.

Stadium perimeter LED board price per running metre

Perimeter boards are bought by length. The EA960SP4 uses 960 × 960 mm cabinets weighing 26 kg with 320 × 160 mm modules, so each cabinet adds 0.96 m (3.1 ft) of board.

A run of 100 cabinets along one touchline is 96 m (315 ft) long and 92.16 m² (992 sq ft) of display. It costs about US$52,808 at P10, US$57,784 at P8 or P6.67, and US$61,747 at P5 SMD2727. A board that wraps behind both goals multiplies that length accordingly.

P10 is the usual choice for a large stadium where the nearest spectators are tens of metres away and cameras film from distance. Choose P6.67 or P5 for smaller grounds, indoor arenas or front-row seating close to the board, where text and logos need finer detail. The two P5 versions use different LED packages and brightness, so name the LED type in the order. The pixel pitch and viewing distance guide shows how to test from the nearest and farthest seats.

Main video board and scoreboard cost

For a main video board, use a full-size outdoor cabinet. The EA1000F2 is a 1000 × 1000 mm aluminium cabinet weighing 28.4 kg, with front and rear service, at least 3,840 Hz refresh, 16-bit greyscale and a 140° viewing angle.

A 10 × 6 m (32.8 × 19.7 ft) board uses 60 cabinets and covers 60 m² (646 sq ft). It costs about US$43,140 at P10.41 (US$719 per m²), US$45,060 at P7.81 (US$751) or US$48,360 at P6.25 (US$806, 6,500 cd/m²). The 60 cabinets weigh about 1,704 kg before the steel structure, which the structural engineer must design for the site’s wind and seismic loads. Prices for other board sizes, a four-sided indoor arena screen and a mini version are in the jumbotron cost guide.

Daylight brightness and camera refresh

Daylight and broadcast are separate requirements. For daylight, EA960SP4 versions run at 5,500–6,000 cd/m², and EA1000F2 at 5,000–6,500 cd/m² depending on pitch. Confirm brightness for the exact quoted version, and require automatic dimming for evening matches so the boards do not glare on camera or into the stands.

For broadcast, the fixed-display prices above are for a 3,840 Hz refresh rate. Refresh rate is how often the LEDs refresh and is different from the video frame rate. EagerLED’s EA1000H8 guidance advises testing receiving-card settings, camera shutter and source video together for filmed events. Agree a recorded camera test with the broadcaster’s cameras, shutter and frame rate before acceptance, rather than relying on the refresh figure alone; LED refresh rate and price explains when a higher rate is worth paying for.

Weather protection, mounting and athlete safety

The EA960SP4 parameter table lists IP65 at the front and IP54 at the rear. It mounts on a back frame or hangs suspended, with a 60°–90° adjustable back bracket so the face can be tilted towards the stands and cameras. EagerLED documents an independent support structure that withstands front and rear impacts, plus a soft mask and rubber cover to protect players who run into the board.

Structural loads, anchoring and local approvals stay with qualified project engineers; the cabinet specification does not replace them. Ask for the mounting interface, bracket range and installation method for each perimeter position.

Power for a stadium LED installation

Stadium boards draw a lot of power, and the circuit must be sized for maximum demand. The EA960SP4 P10 lists 630 W/m² maximum and 210 W/m² average. For the 96 m touchline run, that is about 58 kW at maximum and about 19 kW average. The EA1000F2 P10.42 lists 550 W/m² maximum and 185 W/m² average, so the 10 × 6 m main board needs about 33 kW maximum and averages about 11 kW. Use maximum figures for supply and generators, and average figures with match-day hours for the energy budget. Average vs maximum LED power explains the difference.

Service access and spares for venue operations

EA960SP4 uses rear maintenance through an openable back cover, so leave a safe route behind the perimeter run. For temporary event screens, EA1000H8 supports front and rear service with a removable back cover and detachable power box, and EA500H8V has magnetic modules reachable from the front, a detachable power box at the rear, and right-angle hardware for corners. Its outdoor cabinets are rated IP65 front and IP54 rear.

Ask for the service sequence, removal tool, working clearance and spare-module part number for each quoted pitch. Keep spare modules from the same production batch so replacements match on camera. For a high or suspended board, include safe technician access in the project plan.

Temporary screens for sports events

Fan zones, concourses and one-off events often use rental cabinets instead of fixed boards. A 4 × 3 m outdoor P3.91 screen built from 24 EA1000H8 cabinets costs US$9,048–US$9,624 depending on the brightness version, or US$12,288 from 48 EA500H8V cabinets if you need corners. Compare buying with hiring in the LED screen rental price guide.

Stadium LED RFQ checklist

• Name each display role (perimeter, main board, temporary screen) with its dimensions and the nearest and farthest viewers.
• Request the exact model, pitch, LED type, brightness, refresh, viewing angle and IP rating by cabinet side.
• Ask for maximum and average power per m² and the total electrical demand for each display.
• Require a recorded camera test with the broadcaster’s settings before acceptance.
• Confirm mounting method, bracket range, impact protection, service route and spare-module part numbers in writing.
• Price cabinets, control system, spares, structure and delivery as separate lines so offers can be compared.

Frequently asked questions

How much does a stadium LED perimeter board cost?

About US$550–US$643 per running metre for 0.96 m high EA960SP4 boards, or US$573–US$670 per m². A 96 m run along one touchline costs about US$52,808 at P10.

What pixel pitch is best for a stadium?

P10 suits large stadiums where spectators and cameras are far from the boards. Smaller grounds and indoor arenas with close seating use P6.67 or P5.

What brightness does a stadium LED screen need?

For daylight matches, 5,500–6,000 cd/m² is typical for perimeter boards, with automatic dimming for night games and broadcast.

Does a 3,840 Hz refresh rate guarantee a clean broadcast image?

No. It reduces flicker on camera, but receiving-card settings, shutter speed and frame rate also matter. Agree a recorded test with the broadcaster’s cameras.

What weather protection do stadium LED boards have?

The EA960SP4 is rated IP65 at the front and IP54 at the rear. Confirm the rating for each exposed side of the installed board.

How much power does a stadium LED board use?

The EA960SP4 P10 lists 630 W/m² maximum and 210 W/m² average, so a 96 m run needs about 58 kW at maximum and about 19 kW on average.

Share your venue drawings, board lengths and viewing distances to request a quote.