Gregory Jade 28 LT Plus

Top loading, alpine-inspired, lightweight, and stylish pack combining fucntion and beauty in a sleak package, complete with extended hipbelt and shoulder harness lengths.

Minimalist, Lightweight Functionality

Streamlined design with easy-to use pocketing and clean, reflective attachment points to match your desire for a stylish, technical look.

Ventilated, Anatomical Comfort

Designed using premium materials to create a body-mapped ventilated backpanel for superior ventilated support.

Smart, Responsible Design

Through the use of our Lifecycle Analysis tool, this collection prioritizes a reduced impact through the use of blended recycled fabrics and informed design.

Extended hipbelt and shoulder harness lengths - top loading, alpine-inspired design with quick access front pocket and a clean single buckle design made for lightweight excursions, ease of use, and good style.

• Plus Size fit is comparable to 2x-6x in apparel sizing and the torso sizing remains consistent with all other Gregory products. See our Fit Chart for complete fit dimensions.
• Plus Size packs are designed with extended length shoulder straps and hip belts, plus additional fit revisions to accommodate larger body shapes and sizes.
• VaporSpan ventilated backpanel with specialized mesh panels to provide anatomical support
• Comfort cradle hipbelt with seamless design for hotspot free comfort
• Hipbelt zippered pockets large enough to fit most phones
• Padded shoulder straps with smooth surface, breathable mesh for close to skin comfort
• Interior hydration sleeve with Speedclip hydration attachment system compatible with Gregory Hydro reservoirs (reservoir not included)
• Top Loading design with drawcord opening and zippered quick- access top pocket
• Front quick access zippered pocket for secure, easy to grab storage
• Large stretch-mesh side pockets large enough to hold large format water bottles
• Front laser cut light attachment loop
• Trekking pole system with adjustable bungee attachment and bottom loops
• Designed using our lifecycle analysis tool resulting in a 25% reduction in carbon impact through the use of blended recycled polyester fabric