Collection: Flag Pole Lights

Yes. Section 6(a) of the U.S. Flag Code states: “It is the universal custom to display the flag only from sunrise to sunset… However, when a patriotic effect is desired, the flag may be displayed 24 hours a day if properly illuminated during the hours of darkness.”

Most flag pole light toppers are designed to fit standard residential poles. They typically feature a center hole (usually 0.5” to 0.63” wide) that the spindle of your top ornament (gold ball/eagle) passes through to secure the light. For ground-mounted spotlights, pole diameter is not a factor — fixtures stake or mount independently at the base.

For a standard 20-foot residential pole, a light with 300 to 800 lumens is usually sufficient. For taller commercial poles (30+ feet), you will need high-output spotlights delivering 1,500 lumens or more to ensure the light reaches the top of the flag.

For hardwired flag pole lights paired with a photocell or dusk-to-dawn control, runtime is continuous from sunset to sunrise regardless of season — no battery limitations apply. Pair with an astronomical timer or photocell switch to ensure automatic activation every night without manual operation.

A standard wide-angle flood light is not ideal — it wastes light on the surrounding sky and neighboring properties rather than focusing on the flag. A bullet flood light (spotlight) with a narrow beam spread of 15°–45° is the correct fixture type, concentrating output on the flag itself and minimizing light trespass.

A flagpole downlight mounts at the top of the pole and directs light downward onto the flag. An uplight (ground-mounted spotlight) is installed at the base of the pole and aimed upward. For hardwired installations, ground-mounted uplights are the standard commercial solution — they deliver more controlled beam direction, higher lumen output, and are easier to service and replace than fixtures mounted at height. Uplights are preferred for poles 20 feet and taller where full flag visibility from base to finial is required.

3000K (warm white) and 4000K (neutral white) are the most commonly specified color temperatures for flag lighting. 3000K produces a warm, amber-toned light that renders the red and white stripes of the American flag with high warmth and a traditional appearance. 4000K provides a crisper, more neutral light that renders all colors accurately and is preferred for commercial and government installations. Avoid 5000K+ (cool blue-white) — it can wash out the red tones in the flag and create a clinical appearance inconsistent with the patriotic intent of the display.

Position the spotlight at the base of the pole, angled upward at approximately 45–60 degrees from horizontal. The beam should be aimed so it covers the full length of the flag when extended in a light breeze — typically from the sleeve attachment point to the fly end. For taller poles, a narrower beam spread (15°–25°) is needed to throw light higher without excessive spill. For shorter residential poles, a wider 30°–45° beam delivers broader coverage. Stake-mounted fixtures allow easy horizontal rotation and vertical tilt adjustment after installation.

A standard wide-angle flood light is not ideal — it wastes light on the surrounding sky, yard, and neighboring properties rather than focusing it on the flag. A bullet flood light (also called a spotlight or directional flood) with a narrow beam spread of 15°–45° is the correct fixture type for flag pole lighting. It concentrates output on the flag itself, maximizes effective illumination at height, and minimizes light trespass onto adjacent properties.

Yes — all flag pole lighting should be rated for wet locations (IP65 or higher). Ground-mounted fixtures are exposed to rain, irrigation overspray, lawn maintenance, and seasonal temperature extremes. Look for fixtures with die-cast aluminum or corrosion-resistant housings, tempered glass or polycarbonate lenses, and gasketed enclosures. For coastal installations, stainless steel hardware and marine-grade finishes are recommended to resist salt air corrosion over time.