Samurai Typography Sanada Yukimura Wallet-Style Smartphone Case with Strap

A smartphone case embodying the pride and "Red Armor" of Sanada Yukimura, "Japan's Greatest Warrior."

Product Description

Sanada Yukimura is a renowned warlord who epitomized the Sengoku period, celebrated as "Japan's Greatest Warrior." His fierce battles against the Tokugawa forces at the Siege of Osaka, leading his "Red Armor" troops, shine brilliantly in history. His loyalty as a retainer and his indomitable spirit in the face of adversity continue to inspire many to this day.

This smartphone case features a typographic design that expresses Sanada Yukimura's "Red Armor" and indomitable spirit. Feeling his unwavering determination and courage in your hands brings the power to challenge and confidence into your daily life. Let Yukimura's spirit be your daily companion, a special item that adds color to the life of a history lover.

Product Specifications

• Material: iPhone / PU Leather (synthetic leather) Android / Vinyl Chloride (synthetic leather)

• Magnet used for the belt part that fastens the case cover.
  

  Inside, there is a card slot for storing IC cards such as Suica or PASMO.
  

  Inner specifications: iPhone / White・ one slot Android / Brown ・two slots
  
  Type where the smartphone itself is fitted into a hard case (white) fixed on the inside.
• Compatible Models: Various iPhone models, Android compatible (Please specify your desired model at the time of purchase)
• Inner
• Shipping: Free
• Dispatch: Ships within approximately 10 business days of order (excluding Golden Week, Obon, and New Year holidays)
• Tax Included Price:

Android Compatible

• The list of compatible models for the notebook-type smartphone case is provided on the page below. Please check it.
  https://yoshikuni.tokyo/blogs/news/android_pocket_book
  

Notes

This product is not guaranteed to completely prevent damage from drops or other impacts.

• Case shape (sides and camera hole) may be improved during manufacturing.
• Minor imperfections may occur during the manufacturing process.