Mous iPhone 11 Pro Max 6.5" Case Contour - Red Leather


  • Sale
  • RM143.20
  • Regular price RM179.00




 

High impact absorption

Superior impact-absorbing AiroShock™, durable materials and structural innovations offer reliable phone protection

 

Timeless style

Our sophisticated design and real material finishes compliment the refined aesthetic of the iPhone 11 Pro Max

 

 

Designed to protect your screen

Raised top and bottom edges protect your screen, without impeding edge-to-edge swiping

 

The thinking behind our materials

We design every aspect of our products based on functionality, durability and style. The natural black and brown leather finishes have a classic, timeless feel

 

White, red & blue leather

Our white, red and blue leathers have been treated to protect their colour radiance in the face of everyday use and to keep them looking box-fresh for longer

 

 

The technical bit

Product Description
Our Contour iPhone 11 Pro Max cases have a high level of drop protection whilst putting a premium on style

Contour is available in black & brown leather

Contour Colour Edition is available in red, blue, white & speckled leathers

Compatibility

Compatible with Qi wireless chargers (all of our cases are)

Works with Apple charging cable, Mous Lightning Charging Cable & Flexline Lightning Charging Cable

Contour is not magnetic and is therefore not compatible with our Limitless 2.0 or Limitless 3.0 accessories

Dimensions
Length: 162.2 mm
Width: 82.1 mm
Height: 12.1 mm

AiroShock™ protection
All Mous cases are lined with our high impact material, AiroShock™

This impressive material absorbs the energy of drops and dampens the impact by slowing down the rate of deceleration, this allows the cases to be super slim yet extremely protective

Materials
The iPhone 11 Pro Max Contour cases are made from poly-carbonate and TPU (used in riot shields)

The Contour cases are available in a variety of real leather backs

Every Contour wrapped finish is applied with care, and tucked under the case edging to minimise wear and fraying of the high-quality material in case of impacts