Quilted Snap Vest Jacket
Terrain
$268.00
Product Insights & Style Tips
The Terrain Quilted Snap Vest Jacket reads as a rugged essential with a outdoorsy polish. In a deep green, it carries the quiet confidence of a piece built for gear-ready moments, while the quilted panels offer a tactile warmth and structure. The 7-ounce cotton canvas feels sturdy yet approachable, with garment dyeing and pre-washing giving it a lived-in vibe that won’t shout on casual street looks or trail days alike.
Two snap pockets and a clean silhouette ensure easy layering over knitwear or lightweight shells, and the vest sits comfortably at the torso without adding bulk. Its pre-shrunk finish and breathable cotton keep the fit dependable as temperatures shift, making it versatile for weekend hikes, city errands, or a pared-down capsule with denim and boots. The snap front invites quick on-and-off moments, letting the piece transition seamlessly from exploration to casual meetups without missing a beat.
Terrain leans into rugged practicality with a refined, wander-ready code, and this vest amplifies that ethos. The green tone pairs well with earthy neutrals and olive palettes, while the minimalism invites easy styling with other outerwear or leather staples for a timeless outdoorward look.
Materials / Fabrication
- 7-ounce cotton canvas
- Quilted panels
- Garment dyed
- Pre-washed finish
- Two snap pockets
- Snap front closure
- Breathable cotton construction
- Pre-shrunk finish
- Deep green color
- Designed for layering over knitwear or lightweight shells
Recommended Care
- Machine wash cold with like colors on gentle cycle
- Do not bleach
- Tumble dry low or line dry to preserve shape and finish
- Iron on low heat if needed
Fit Notes
- Sits comfortably at the torso with minimal bulk for easy layering over knitwear or lightweight shells.
- Snap front closure provides a clean, adjustable front finish.
- Quilted panels add texture and structure without increasing bulk.
- Cotton canvas is breathable with a pre-shrunk finish for dependable fit through temperature shifts.
