null

Tom Clark Gnome Raney Figure With Mushroom Umbrella & Cairn Coa 198

Write a Review
SKU:
BDTD.XE.1348565038qjE
Condition:
Used
Weight:
0.00 LBS
Shipping:
Free Shipping
On Sale
  • Top View
  • Top View
  • Top View
  • Top View
  • Top View
  • Top View
  • Top View
  • Top View
  • Top View
  • Top View
Sale Price: $73.51
Regular Price: $122.52

Description

Tom Clark Gnome Raney Figure with Mushroom Umbrella & Cairn Coa 198

Specification Table

Artist TOM CLARK
Occasion All Occasions
Size Medium
Year Manufactured 1980
Item Length 5.25 in
Department Adults, Teens, Kids, Boys, Girls
Number in Pack 1
Item Height 7 inch
Style American
Features Hand Painted, Indoor, Limited Edition
Finish HAND PAINTED
Room Any Room
Handmade Yes
Item Width 5.25 inch
Pattern All-Over
Character RANEY WITH MUSHROOM UMBRELLA
Signed No
Color Multicolor
Material Resin
Subject Gnome
Brand Tom Clark
Era Late 20th Century (1970-1999)
Collection GNOME
Theme Fantasy, Art, Mystical, Food & Drink
Original/Reproduction Original
Time Period Manufactured 1980-1989
Country/Region of Manufacture United States
Production Technique HANDMADE
Character Family GNOME
Item Weight 1.5 lbs
Item SKU
BDTD.XE.1348565038qjE
Item Condition
Used
Item Location
United States
Call +1 203-275-9456
Email sales@betterdealstoday.com
Shop Name
Better Deals Today

**For some freight shipment, if the shipping cost of the item is higher than 400$, there will be a shipping cost added in the invoice.**


View MoreClose

Experience the excellence of Better Deals Today — the ultimate online shopping destination within the USA. Uncover an extensive array of premium products, spanning from exquisite home decor and cutting-edge fashion trends to innovative electronics, top-notch dining experiences, and reliable automotive equipment. Enjoy the added convenience of complimentary shipping to the US Mainland and make the most of our hassle-free 30-day return policy.

Call Us

+1 203-275-9456

Better Deals Today LLC — the junction where quality, convenience, and customer contentment seamlessly converge.