Every lantern quotation you will ever receive contains a line like "24V LED system, IP65, warm white + RGB zones." Most buyers nod and move on. That is a mistake: these three specifications decide whether your festival passes inspection, survives the weather, and glows the way the render promised. Here is what they actually mean, in plain English.

Voltage: Why 24V Is the Industry Standard

Lanterns destined for public spaces run on 24V or 36V low-voltage DC systems, not the mains voltage that powers a building. This is a deliberate safety architecture, and it matters wherever visitors can touch, lean on or photograph your lanterns:

  • Human safety: contact with 24V DC is harmless; the same contact at mains voltage can be fatal. When a child rests a hand on a glowing tiger, the voltage inside that tiger is the difference between a photo and an incident report.
  • Inspection compliance: low-voltage systems face dramatically lighter certification requirements in most jurisdictions, which shortens your permitting timeline.
  • Fire risk: lower voltage means lower arc energy at connection points — one less ignition source inside fabric structures.

The design consequence is a step-down architecture: mains power enters at a small number of distribution boards (protected, locked, RCD-fitted), and everything downstream — every lantern, every strip, every connector — runs at safe low voltage. When you review a supplier's wiring diagram, look for exactly this pattern. A lantern trail wired at mains voltage throughout is a lantern trail that will fail your safety review.

IP Ratings: The Two-Digit Weather Test

"IP" is Ingress Protection — how well a component keeps out solids (first digit) and liquids (second digit). A lantern rated IP65 is dust-tight and protected against water jets; IP67 adds survival under temporary immersion. For festival builds:

  • IP65 — the baseline for sheltered and standard outdoor positions
  • IP66 — the standard for exposed monumental figures and motor housings
  • IP67 — required for water-adjacent placements, coastal salt air, and ground-recessed components

The practical guidance: match the rating to the actual position, not to a generic "outdoor" label. A lantern beside a reflecting pool, facing sea wind, or sitting where drainage water pools needs IP67 — and the specification should say so in writing, because replacing an LED system mid-season is the most expensive repair a festival can face.

White seahorse lantern prototype during factory lighting test

Colour Temperature: Warm Sells, Cool Scales

LED colour temperature (measured in kelvin) is the difference between a lantern that flatters and one that flattens:

Warm white (2700—3000K) renders silk fabric the way festival photography expects — golden, glowing, inviting. It is the default for heritage themes, animal lanterns and anything meant to feel crafted. Neutral and cool whites (4000—6500K) read as modern and technological — right for astronaut themes, ice worlds and corporate activations, wrong for a traditional dragon, which will look like hospital lighting.

RGB zones add programmable colour for dynamic scenes — gradient scales on a dragon, shifting blues on an underwater corridor. The engineering note worth remembering: colour accuracy depends on the LED binning quality, and cheap RGB strips are why some festivals look vibrant in renders but washed-out in person. If colour fidelity matters to your brand, ask your supplier which LED product line they quote.

Control: Static, Programmable, DMX

Three tiers of control, each priced differently and serving different ambitions:

  • Static — fixed warm lighting, on at dusk, off at close. Simple, reliable, cheapest.
  • Programmable cycles — pre-set sequences: breathing effects, colour shifts, chase patterns along a corridor. No operator required.
  • DMX control — live-programmable scenes that a show operator can change nightly, sync to music, or trigger at scheduled moments. This is what powers showpiece moments and opening ceremonies.

A well-specified trail mixes tiers: static base lighting for 80% of scenes, programmable accents at dwell points, and DMX at the one or two showpiece moments where crowds gather.

White tiger lantern prototype in the workshop before final colour treatment

The Questions That Protect Your Budget

  • "Is the entire downstream system low-voltage, and where are the distribution boards?"
  • "Which IP rating applies to which positions — stated per scene, not as a blanket figure?"
  • "Which LED product line is quoted, and can I see a lit sample before production?"
  • "What control tier does each zone run, and who operates it during the season?"
  • "What spares ship with the build, and what is the fault-repair response time?"

A manufacturer who answers these in one call has engineered your build. A manufacturer who answers with reassurance instead of specifications has not.

Every lantern we build ships with its electrical specification documented per scene — voltage architecture, IP ratings by position, LED product line and control mapping. Ask us to walk you through one. Talk to a project lead →