EIDEARAY Vintage Battery-Operated Wall Sconces – Set of Two, Dimmable RGB Amber Glass Lamps

Overview

Meet the EIDEARAY Vintage Battery Operated Wall Sconces, a two-pack designed to bring warmth and flexibility to any room. The combination of retro charm and modern wireless control makes it easy to create inviting mood lighting without relying on hardwiring or outlets.

Why this set stands out

These wall sconces fuse a distinctive flower-shaped glass lampshade with a matte brass finish, delivering a timeless look that complements both vintage and contemporary spaces. The cordless design and rechargeable bulbs offer placement freedom, so you can illuminate bedrooms, hallways, living rooms, dining areas, or entryways with minimal setup.

• Rechargeable battery operation via Type-C USB, with a 4–5 hour charge time and up to 8–24 hours of light at max settings depending on use.
• Two E26 base rechargeable bulbs included for quick, maintenance-free installation.
• Remote control with dimming and timing allows precise adjustments from 10%–100% brightness and timed shutdown (30/60/120 minutes).

Smart lighting and customization

• Color versatility 3500K, 4500K, 6500K temperatures plus 15 RGB colors for dynamic scenes.
• 10 dimmable brightness levels to tailor the glow to read, relax, or entertain.
• Compact power with brightness range from 50 to 400 lumens for flexible ambiance.

Design and practicality

The design combines vintage allure with modern function. The two-pack offers cohesive styling for coordinated lighting in multiple spaces, and the wireless setup is particularly handy during power outages or temporary arrangements where wiring is impractical.

Ideal placements and uses

Place these sconces beside a bed for a warm, controllable reading glow, along a hallway to guide guests, or beside a dining area to shift mood without changing fixtures. Their rechargeable nature reduces energy waste and simplifies setup.

Note: Benefits described reflect the product features and configurations provided, and are presented as possibilities based on typical usage scenarios. Individual results may vary by setting and use.