OMM Halo Women's Jacket
The Halo Jacket from OMM is an ultra-lightweight, breathable and waterproof Jacket that packs down to the size of a tennis ball. Ideally suited to mixed conditions and constructed using minimal taped seams in a 2.5 layer waterproof fabric. The Halo also features closures designed to provide protection from the harsh UK mountain weather.
The Halo Jacket uses a Point ZeroH20 fabric as well as minimal taped seams in the construction to provide extreme weather protection. The fabric is ultra lightweight, breathable and waterproof making this the perfect Layering shell for mountain running. This ultralightweight mountain shell is also made from a 2.5 layer static fabric with a hydrostatic head of 10,000mm and a vapour transfer rate of 10,000m/24hrs. This jacket has a women's specific fit meaning that it is tailored to the natural movements of a women's body making this jacket ultra comfortable and extremely practical.
In addition, the function will always come above weight saving. The Halo features OMM's award-winning closures and hood design to give you full protection from the elements in difficult conditions. A peaked hood keeps your face and head protected as well as remaining functional, while the hood is also fitted to ensure maximum comfort and minimal distractions. A full-length YKK Aquaguard zip enhances weather protection further by rejecting water entry through the zip as well as providing easy layers for when you need it the most.
Extended cuffs have been added to provide additional coverage throughout the arms, while thumb loops prevent the sleeves from riding up the arms during high-intense running. A dynamic drop tail adds superb coverage and stops the jacket riding up when on the move: as we all know how annoying that can be. Designed for mixed conditions when the jacket needs to be quickly pulled on or stuffed away. The Halo packs down to the size of a tennis ball and meets all FRA and Ultra distance race requirements.Lastly, the smock features reflective logos that enhance your visibility during low-light conditions.
