Bentley IX Grandfather Clock Value Guide

The Bentley IX Grandfather Clock is a notable late 20th-century longcase clock that captures the traditional aesthetic of 17th-century regulators for modern home decor. Produced in the United States between 1970 and 2000, it is highly collectible for those seeking a classic silhouette featuring a decorative metal dial and functional pendulum.

What Is Bentley IX Grandfather Clock Worth?

The typical price range for Bentley IX Grandfather Clock is $150 - $350 based on recent sales. However, values can vary depending on the item's condition, rarity, and other factors such as:

• The operational status of the chiming functions and movement significantly impacts the $150-$350 price range.
• The physical condition of the wooden case, specifically the absence of scratches or water damage to the finish.
• Completeness of the set, including the original pendulum, weights, and any winding keys if applicable.
• Market demand for specific decorative finishes on the metal dial and the clarity of the glass panels.

How to Identify Bentley IX Grandfather Clock?

• Look for the 'Bentley IX' model designation typically found on the dial or internal manufacturer labels.
• Examine the dial for classic Roman numerals and decorative metal scrollwork characteristic of this reproduction style.
• Verify the presence of a floor-standing wooden case with glass panels showcasing the internal pendulum and weight components.
• Check for a battery-operated or weight-driven movement consistent with late 20th-century US manufacturing.

History of Bentley IX Grandfather Clock

Grandfather clocks evolved from 17th-century longcase designs; by the 20th century manufacturers produced more affordable, mass-market versions inspired by traditional regulators. The Bentley IX is a modern, battery- or weight-driven reproduction style named and sold by retailers and auction houses in recent decades. These clocks replicate classic Roman-numeral dials and pendulum-driven silhouettes for home décor and chiming functions.