Football Lighting Design w/ Camera using Dialux

Create a football field in Dialux by labeling your project, setting an exterior scene, selecting the soccer field, and scaling the ground plane while previewing in 3-D view.

Define the football field calculation points as the playing area and total area, adjust the grid to five by five for density, and prepare to place poles and floodlights.

Place six floodlights about 10 meters from the field edge using Dialux and a conventional 2 kilowatt with R2 beam optics, aiming for 500 lux horizontal and 1000 lux vertical.

Place fixed cameras at client locations with precise heights and angles, use reference lines or CAD for accuracy, then verify vertical and horizontal illuminance via real-time calculations.

Run the Dialux calculation to position cameras, adjust optics and angles, and generate a client report with luminaire parts list, coordinates, and isolines.

Import stadium 3D objects into Dialux and export as 3DS files. Use PCON Planner and 3D Warehouse to obtain lightweight models in meters, run calculations before inserting objects for presentation.

Explore football lighting design with Dialux and cameras, learn to achieve target lux levels and uniformity using the right optic and luminaire for football fields, with class I–III samples.

Explore practical football field lighting design using Dialux, covering outdoor class requirements (75 lux to 500 lux), calculation points, luminaire selection (R1, R3, R6), and aiming for uniformity.

Demonstrates football field lighting calculations in Dialux, adjusting aiming, beam, and mast height. Teaches class 3, 2, and 1 targets with plan-view, lux, uniformity, and glare management.

Practice football field lighting design in Dialux by adjusting tilt and beam settings (R1/R3/R6) to hit 500 lux and 0.7 uniformity, while checking glare and documenting results.