Sunglasses P´8968

Article number: 4044709536855

Puristic men's designer sunglasses in a classic aviator style. Made of lightweight titanium and high-tech polyamide RXP®.

Frame Color:
(A) black, olive
Lens Color:
Sun Polarized grey pol. + AR - 90%

Size:

Find your size


£330.00

incl. VAT

Prices include customs fees, plus shipping.

Description

The P'8968 sunglasses combine the classic aviator design with modern coolness. Linear dimensions, the slender double bridge as well as unusual colour and material combinations characterise their puristic, striking design. Inspired by the Porsche 911 Turbo, the shape, lightness and high-quality workmanship of the hinge on these sporty, elegant sunglasses are reminiscent of the sports car's wheel rims. The high-performance material mix ensures ultimate, ultra-light wearing comfort. In colour combinations A (Black, Olive), B (Dark Grey, Black), C (Gold, Black) and D (Grey, Black). Available with innovative VISION DRIVETM polarised lens technology in colour combination A (Black, Olive) and with innovative VISION DRIVETM polarised XTR lens technology in colour combination B (Dark Grey, Black).

DETAILS:

  • Ultra-light men's aviator sunglasses in a puristic design.
  • Inspired by the rim design of the Porsche 911 Turbo.
  • Slender double bridge.
  • Unique temple hinge design.
  • Made of titanium and high-tech polyamide RXP®.
  • Innovative VISION DRIVETM lens technology (colour combination A polarised, colour combination B polarised XTR).

The Material

metal, titanium

Features

VISION DRIVE™ Lens Technology

Uv400 Protection

Comprehensive protection against ultraviolet radiation for your eyes. UV400 lenses absorb UV rays up to a wavelength of 400 nanometers.

Anti-Glare

Effective anti-glare protection reduces annoying reflections when light comes from behind.

Impact Resistance And Hard Coating

High-performance polycarbonate for extreme impact resistance combined with a robust dual coating for reliable scratch protection.

Polarized

Effective reduction of irritating reflections and glare from smooth surfaces. Automatic adjustment.