Ronda 1069 Quartz Movement

Price range: $15.00 through $27.00
You Saved

Discount

Quantity Discount (%) Price
1 - 2 $15.00
3 - 4 5 % $14.25
5 - 9 7 % $13.95
10+ 10 % $13.50
x

Product Description

The Ronda 1069 is a precise Swiss-made quartz movement featuring a small seconds display and two-hand layout for clean, classic watch designs.
With an ultra-slim 2.3 mm height and multiple battery life options, it is ideal for dress watches, minimalist cases, and reliable service replacements where accuracy and long-term stability are essential.

Specifications

Feature Details
Movement Type Quartz
Caliber Ronda 1069
Display Small seconds + 2 hands
Size 6¾ × 8’’’
Dimensions 15.30 × 17.80 mm
Height 2.3 mm
Jewels 6 (Swiss Made, gold-plated, E.O.L.) / 2 (Swiss Parts, nickel-plated)
Battery Life 25 months (standard) / 34 months (high battery life)
Hand Fitting Height 1
Battery Not included
Stem Winding stem included
Condition Brand New
Packaging SOFLY packing
Origin Made in Switzerland (Swiss Made version)

Why Choose SOFLY Watch Parts?

  • Fast Worldwide Shipping – Orders ship within 3 business days

  • Competitive Pricing – Swiss-grade movements with bulk discounts

  • Extensive Inventory – Over 3,000 watch parts, tools, and movements

  • Trusted by Professionals – Used by watchmakers and microbrands worldwide

  • Personalized Sourcing – Looking for specific Ronda movements or parts?
    Contact [email protected] or WhatsApp +86 18620212114

FAQ

Q1: Is this a genuine Swiss Ronda movement?
A: Yes. This is a 100% genuine Ronda 1069. Both Swiss Made and Swiss Parts variants follow official Ronda specifications.

Q2: What is the difference between Swiss Made and Swiss Parts versions?
A:

  • Swiss Made: 6 jewels, gold-plated, with E.O.L. (end-of-life battery display)

  • Swiss Parts: 2 jewels, nickel-plated, without E.O.L.
    Both offer reliable performance, but Swiss Made provides higher durability and battery status indication.

Q3: Does this movement include a battery?
A: No. The battery is not included. Please use the correct compatible cell for optimal performance.