Fusing together elements of style and function. A staple eyewear piece for those who enjoy outdoor lifestyles, Rambler is made using ultra-lightweight, hardwearing Grilamid – the ideal material to withstand sand, sun, rain, and snow. Rambler isn’t all sport though; additional style attributes include a keyhole nose bridge, beveled temples and deep etch temple design.
Mineral Glass is created from natural elements like sand and soda ash. It’s endlessly recyclable and harmless to humans and animals alike. It’s high resistance to scratching and lack of distortion make it the world’s best lens material. It really does have to be Mineral Glass.
All OTIS fixed-tint lenses block 100% of harmful UVA, UVB and HEV light to provide superior protection from solar damage causing intraocular melanoma and macular degeneration, as well as reducing eye fatigue and reducing the visible signs of aging, while maintaining true colour and depth perception.
Lens 'Base Curve' is a measure of the front curvature of the lens. The higher the number, the greater the curve. 6 base lenses are generally flatter across the front. 8 base lenses have a greater curve for a more 'wrapped' look.
Sizing: 58 - 16 - 129 (mm).
High performance and low weight ratio. TR90’s high-performance property profile and processability makes it an ideal optical engineering plastic. The transparency, rigidity and impact strength of Grilamid compare favourably to other transparent polymers like polycarbonate. It is the lightest engineering plastic in existence, maximising wearer comfort.
OTIS frames are produced with high quality 3, 5 and 7 barrel hinges. These premium grade Vissottica brand hinges are extremely durable and boast 100% corrosion resistance.
Mineral glass lenses are scratch resistant, optically correct and more sustainable than the plastic alternatives.
Otis frames use high-quality, Italian-designed Visottica hinges to keep things together, use after use after use.
Born on the rugged, surf-rich coast of Western Australia, salt and sunshine is part of Otis' DNA.