358

How the Grinch Stole Christmas – Oversized Farfingles Store Chandelier - H4-543

Currency:USD Category:Memorabilia / Movie - Props Start Price:5.00 USD
How the Grinch Stole Christmas – Oversized Farfingles Store Chandelier - H4-543
CURRENT BID
0.00USD
ENTER YOUR MAXIMUM ABSENTEE BID[?]
You must bid at least
5.00USD
USD
5.00 x 1 unit = 5.00USDApplicable fees & taxes are added at checkout.
[?]Live Online Auction Starts In 2025 Dec 13 @ 12:00 (UTC-05:00 : EST/CDT)
A larger-than-life creation straight from the heart of Whoville, this screen-used oversized chandelier was custom-fabricated by the production for use as set dressing inside the iconic Farfingles Department Store in How the Grinch Stole Christmas (2000). This impressive display piece embodies the playful, exaggerated aesthetic that defined Ron Howard’s live-action Dr. Seuss world.
Measuring an extraordinary 7 feet 1 inch tall from the base to the top of its red fabric-wrapped hanging cord, the chandelier commands attention whether displayed on the floor or suspended as originally intended. The ornate resin light body, finished in metallic gold tones, features layered architectural detailing, scalloped patterns, and bulbous Whoville-style contours. The lamp portion itself stands 30" tall and 14" in diameter, and contains an internal light socket.
A length of red gathered cloth covers the hanging cord, another signature Whoville flourish, adding soft texture and vibrant color to the sculpted golden structure. The chandelier is one of the wonderfully odd, Seussian fixtures that brought Farfingles to life during filming, making it an exceptional display piece for collectors who want a true statement item from the movie’s handcrafted production world.
A rare surviving example of large-scale Whoville set dressing, this chandelier offers instant visual impact and undeniable holiday magic, perfect for film memorabilia collections, themed décor, or holiday displays.

The item(s) may exhibit varying levels of wear and studio distressing, as detailed in the listing images that provide an accurate representation of the condition.