Lane Olivia Jane Knee High Corset - Burnt Caramel

Regular price $979.00
Size

Only 1 left in stock

Lane Olivia Jane Knee High Corset — Burnt Caramel

Meet the Lane Olivia Jane Knee High Corset in Burnt Caramel — a timeless knee-high western boot with classic cowgirl charm, warm colour and a flattering adjustable fit.

Designed with a timeless snip toe profile, classic western silhouette and functional corset back, the Olivia Jane brings a refined statement look without feeling overdone. The Burnt Caramel colour adds warmth and everyday versatility, making this boot a beautiful choice for race days, country events, concerts or dressing up your everyday denim.

With an 18" shaft, comfortable western heel, wide tongue and easy zip entry, the Olivia Jane Knee High Corset is made to be styled from day to night while still keeping that signature Lane comfort and quality.

Key Features

  • Brand: Lane

  • Style Name: Olivia Jane Knee High Corset

  • Colour: Burnt Caramel

  • Style: Women’s knee-high western boot

  • Shaft Height: 18"

  • Toe: Snip toe

  • Heel Height: 1.75"

  • Ankle Circumference: 11"

  • Calf Fit: 15"–17" with standard corset laces included

  • Extended Calf Fit: Up to 19.25" with extra-long corset laces available separately

  • Sole: Signature turquoise sole

  • Detailing: Functional lace-up corset back, wide tongue and easy zip entry

  • Fit: True to size with a comfortable western boot fit. The leather will soften and mould beautifully with wear.

Best Styled For

Perfect with denim, dresses, skirts or your favourite western pieces. A standout choice for race days, country concerts, girls’ nights, rodeos and elevated everyday styling.

Need help with sizing? The team at Tamworth Boot Barn are always happy to help you find your best fit.

Available now at Tamworth Boot Barn.

What is our return policy?

We offer a 30-day return policy for all unused items in their original packaging.

International shipping

We offer worldwide shipping. Shipping rates and delivery times may vary by location.