Pressio Arahi 4.5" Shorts Reflective Mens

Multiple Payment Types Available at the Checkout including Credit Cards, Afterpay, Laybuy and Zip Pay
$85.00
By Pressio

Sizes on the website are in US sizes

Colour
Size
All products ship from our Christchurch Store. Orders before 4pm weekdays will ship the same day. Free shipping on orders over $200 otherwise a flat rate of $5 Nationwide.
Pressio Arahi 4.5" Shorts Reflective Mens
Returns and Shipping

Shipping - Items ordered before 4pm weekdays will ship that day. We use NZ post which most times will be a next day delivery (weekdays). However it may take up to two or three days depending on delivery addresses and instances out of our control. If email is used at the checkout you will automatically get tracking details

Returns - We understand how difficult it is to order online. If you need help with sizing please fire us a chat message and we can help. Returns and refunds are avaliable on full priced items or faulty products. Our 30 day in store guarantee does not extend to online purchases. However it is worth emailing us if it doesn't work out as we are good buggers and will always do our best by the customer. For more infomation you can email is colombo@thefrontrunner.co.nz

The Ārahi 4.5" Reflective Men's Short uses the latest in dissolved yarn technology and new generation recycled yarns providing a world-leading run short fabrication, EcoTech MESH. This short is lightweight and has quick-dry qualities with advanced airflow ventilation; it will help you perform at your highest level through atmospheric conditions. High gauge filament recycled yarns enhance moisture management performance, keeping you dryer for longer. Italian bonding technology from Framis, providing seamless innovation offering lightness and comfort. Run specific low-profile jacquard waistband for increased ventilation and comfort. Utilizing recycled waste products helps preserve the planet through lower Co2 emissions and power usage. 3M reflective taping on the front, side, and rear provides visibility in low light conditions.