At Oxford, we believe that life is better on two wheels. So the further we explore on two wheels, the better
Over the last 40 years, we’ve maintained an unwavering commitment to making the best motorcycle equipment accessible to as many people as possible.
True exploration is often reserved for the elite; those with the most resources, who can afford the most expensive kit and the most expensive bikes.
Yet we believe that deep down most riders have a wanderlust, a dream of going on an adventure, of taking exploration to the outer limits. So we set out to produce a product range that allows every rider to explore the world fearlessly.
The best roads are challenging and often the conditions are uncertain and variable.
Our Advanced Rider Series offers a better level of versatility to protect from the widest range of conditions.
This means we can ride our bikes harder, further and for longer through the WET, COLD and HEAT.
Our Advanced Rider Series makes adventure on bikes better, pushing the boundaries of innovation so that we can push the boundaries of exploration.
It enables us to Go Beyond the Known
Here's what the experts have to say
What goes into an Advanced Rider Series garment...
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Our highest performing membrane, Dry2Dry™ durably waterproof, windproof and highly breathable.
Dry2Dry™ is Oxford’s highest performing moisture management system featured on the Advanced Rider Series.
Dry2Dry™ fabrics are engineered to be durably waterproof, windproof and highly breathable in order to maximise protection from the elements outside and allow water vapour to pass easily from the inside; therefore, keeping you Dry from the outside and Dry on the inside. Dry2Dry™.
All Dry2Dry™ clothing and accessories are fully seam sealed and designed to protect and function in all riding conditions. With Oxford’s Advanced Rider Series you Start Dry. Stay Dry.
DirectVent™ allows unrestricted direct-to-body airflow through adjustable vents. Exhaust vents create
airflow channels and allows body heat to dissipate.
Oxford’s Advanced Rider Series features DirectVent - the most effective ventilation concept in our range, delivering unrestricted breathability, direct-to-body airflow and extreme user comfort.
Adjustable frontal air intakes and rear exhaust ports located in key zones allow excess heat and perspiration to escape, enhancing rider comfort by controlling the internal climate. DirectVent™ garments are designed to be used in the most extreme hot-weather riding environments.
Oxford Warmdry™ high insulation, low bulk, detachable thermal liner. Prevents wind chill and holds heat
against the body to keep you warm and comfortable in cold weather.
At 0 °C, the wind chill factor at just 24mph is approximately -16 °C. Add to that the impact of rain at high speeds and it is easy to see how a rider’s concentration could be adversely affected. The correct use of ‘layering’ can dramatically reduce the effect of wind chill.
WarmDry™ technology is perfect for varied weather conditions, where your body temperature needs to be regulated through effective thermal insulation and direct ventilation.
Oxford's laminate construction features our waterproof and breathable Dry2Dry™ membrane laminated to
the durable nylon outershell to give us our highest performance wet weather jacket;
Lightweight, waterproof, easy to wear, quick drying, des not get heavy, does not wet out.
Trilaminate Construction leads to higher abrasion results, stronger seams and significantly better waterproof breathability ratings by incorporating our highest performing Dry2Dry™ laminated membrane.
Power Grid™’s patented grid construction knit strengthens performance efficiency by increasing warmth and breathability, while also reducing fabric mass. These geometric patterns improve compressibility, wicking, and add technical style. By reinventing thermal warmth possibilities, Power GridTM is a minimalist design that maximizes fabric performance. Geometric construction generates targeted touch points for our patented bi-component design to manage moisture. The next-to-skin surface is hydrophilic to absorb sweat vapour and transfer it outside. Then the outer surface disperses moisture for more efficient evaporation. The grid design also creates open air channels that improve breathability, and reduce fabric mass.