PRE-ORDER SALES INFORMATION:

You are placing a provisional pre-order. Unlike other products, these ship at a later date. We are currently estimating to begin shipping this product on or after November 11th, 2024.

Given the short timeframe for the expected arrival date, full prepayment is due for this product, including shipping cost, and orders will be shipped in the order in which they are received. Returns will be accepted if the product is defective upon arrival. Order cancellations will not be accepted.

Charge, LiGHT-UP, Repeat! Eco-friendly, yet BRiGHT!

Elevate your visibility with the PENLa USB-UO Ultra Orange SuperSTICK, the ultimate rechargeable LED light stick designed to light up your moments with unparalleled brilliance. Engineered for exceptional brightness, this USB-rechargeable device offers a simulated chemical light emission, swiftly illuminating and gradually dimming to mimic the luminescence of a traditional chemical stick, but without any waste. It's not just a light stick; it's a sustainable choice with its eco-friendly design eliminating disposable battery waste.

Packed with practical features, the PENLa USB-UO offers three adjustable brightness levels to suit your needs—from low, providing up to 15 hours of continuous light, to high, ensuring three hours of intense visibility. Each full charge delivers about 500 cycles of intense 'Ultra Orange' light, making it both a powerful and cost-effective tool for countless events. The stick also includes a protective switch cover to prevent accidental activation, ensuring it only lights up when you need it. Whether you're at a concert, outdoor event, or in an emergency, the PENLa USB-UO SuperSTICK is your go-to solution for reliable, bright, and sustainable light.

Features:

• USB rechargeable, eco-friendly design. USB Type-C cable included.

• As bright as these chemical glowsticks!

• Three brightness settings: Low (15 hours), Medium (6 hours), High (3 hours)

• Protective switch cover to prevent accidental activation

• Approximately 500 uses per charge