Custom LED Light-Up Medals — Medals That Light Up the Night

Night Run / Glow Run

Music Festival

New Year's Eve

Halloween Race

Evening Awards Ceremony

Color Run Night Edition

Corporate Evening Gala

Charity Night Walk

Neon-Themed Party

School Dance / Glow Party

LED Types & Effects — Choosing the Right Light

Three LED approaches, each suited to different event atmospheres. Single-color steady burn: the most common and longest battery life. Your color choice — red, green, blue, white, yellow, orange, purple, or pink. The LED stays on continuously, creating a consistent glow through translucent enamel. Ideal for evening ceremonies and gala awards where understated elegance matters. Multi-color flashing: the LED cycles through multiple colors in sequence. More eye-catching, shorter battery life than steady burn. Ideal for music festivals, Halloween events, and parties where visual energy is the goal. RGB color-changing: the most dynamic option. Smooth color transitions — blue fading to purple to pink to red and back. Premium option, highest perceived value. Ideal for New Year's Eve, neon-themed parties, and events where the medal is a centerpiece of the experience. LED placement determines the visual effect: behind translucent enamel creates a glowing color wash; behind open cut-out windows creates distinct light beams; edge-lit placement creates a halo effect around the entire medal perimeter.

Design Considerations — Engineering Light Into Metal

LED medals require physical space for electronics inside the medal body. The battery and circuit board need a housing cavity approximately 20-30mm in diameter and 5-8mm in depth. This cavity is integrated into the medal back and affects overall thickness — LED medals are minimum 5-6mm thick versus 2.5-4mm for standard medals. This extra thickness adds weight and presence, which many clients view as a premium feature. LED light points need clear paths to the medal surface: translucent enamel windows allow light to shine through colored enamel, creating a glowing color effect. Open cut-out areas allow unobstructed light beams. The circuit layout is planned during the design phase to integrate seamlessly with your artwork — LED positions are shown in the 3D renderings so you can see exactly where the light will come from before any tooling begins. A well-designed LED medal looks like a complete award, not a medal with electronics glued on.

Battery Life & Replacement — Practical Considerations

CR2032 lithium coin cell is the standard battery for LED medals — compact, reliable, widely available. Continuous burn mode: 24-48 hours of illumination on a single battery. Flashing mode extends battery life significantly because the LED is off more than it is on. RGB color-changing mode has intermediate battery life. The battery is user-replaceable — accessed via a small Phillips-head screw cover or a snap-fit hatch on the medal back. We include replacement instructions with every order. For events where medals are worn briefly — race finish line, photo opportunities, then home — the battery life far exceeds actual usage need. For multi-day festivals or extended display, steady-burn mode provides the longest continuous illumination. Spare batteries are available with bulk orders. A battery activation pull-tab keeps the battery fresh during storage and shipping — the medal arrives with battery installed but not activated; the recipient pulls the tab to complete the circuit and turn on the light for the first time. This ensures maximum battery life at the event.

Night Event Magic — Where LED Medals Belong

LED medals are the undisputed #1 choice for night runs, glow runs, evening ceremonies, music festivals, New Year's Eve events, and Halloween races. The reason is simple: hundreds of glowing medals at a finish line or on a dance floor create an unforgettable visual that no static medal can match. Photographs and videos of glowing medals get shared on social media — the light creates visual content that amplifies your event's reach. The combination of LED illumination, translucent enamel color, and a dark environment produces maximum wow factor. For evening events specifically, LED medals transform from accessories into experiences — participants do not just receive a medal, they become part of a light display. The additional cost of LED electronics is most justified for events where the medal will be seen in low light, worn during the event (not just received afterward), and photographed extensively. For daytime-only events, LED medals still work but their impact is significantly reduced — consider standard medals with premium finishes instead.

Every LED Tested Before Assembly

Electronic components require a different QC approach than metal parts. Every LED is individually tested before assembly into the medal body — we verify brightness, color accuracy, and circuit function. After assembly, each completed LED medal is tested again. A non-functional LED in a finished medal is essentially a defective product — we prevent this by catching failures at the component stage, before the LED is sealed into the medal. This double-testing process adds time to production but eliminates the most common LED medal complaint: dead batteries or non-working lights upon delivery.

Battery Reliability — Brand-Name CR2032

We use brand-name CR2032 batteries (Panasonic, Sony, or equivalent) — not generic no-name cells that may have inconsistent voltage or shorter life. The CR2032 is the most common coin cell battery worldwide, available at any pharmacy, supermarket, or electronics store. User-replaceable design means the medal's useful life extends far beyond the first battery. Spare batteries are available with bulk orders. Battery activation pull-tabs keep batteries fresh during storage and shipping — the recipient pulls the tab to activate. For events with medals stored for weeks or months before distribution, this prevents battery drain.

One Factory — Electronics + Medal Under One Roof

Unlike suppliers who buy medals from one factory and have electronics added by a different workshop, we manufacture the complete LED medal in our own facility. Mold making, die-casting, polishing, plating, enamel filling, PCB assembly, LED soldering, battery integration, testing, ribbon production, assembly, QC, packaging — all 12+ steps happen under our roof. When electronics and metalwork share the same production line, design integration is seamless (the circuit board fits the cavity perfectly), quality responsibility is unified (one team accountable for the entire product), and communication is direct (the mold designer talks to the electronics engineer in the same building). This integration is the difference between a medal with a light and a light-up medal.