FRP

[Mini 4WD]Bend! FRP new lantern VZ chassis modification plan Gimmick 17 in VZ

In this post, I will discuss how to get Samsung FRP tools for PC. These tools function beautifully in the FRP lock subject, and each of the tools listed below has unique capabilities and the capacity to overcome the FRP lock. So, to reset FRP, download FRP Unlock tool and follow our easy steps.

【ミニ四駆】曲げる!FRP新提灯 VZシャーシ改造計画 VZでギミック17 【Mini4wd】1080pHD画質 #ミニ四駆 #mini4wd #vzシャーシ #tamiya

#Mini #4WDBend #FRP #lantern #chassis #modification #plan #Gimmick

“【自作・DIY】見たいモノを造る企画”



source

Another method for FRP

The only method to deactivate a Samsung account from a phone without a password is to contact Samsung to locate and delete the account. If you wish to begin the procedure on your Samsung phone, follow the comprehensive instructions below.

  1. Unlock your phone, then launch the Samsung phone settings app from the app drawer.
  2. Scroll down until you see "Cloud and Accounts." Also, on the next page, select the "Accounts" tab.
  3. Then, from the choices, select "Samsung Accounts" and then "My profile." When prompted to enter your email address and password on the account screen, select "Forgot your ID and Password." A popup will appear on the screen; from there, select your preferred browser.
  4. A prompted browser prompts you to enter your ID and password, as well as your email address. After that, Samsung will send you an email with a link to reset your password.
  5. Return to your Samsung account settings and select "Remove Account" from the top-right menu bar.

 

To see the full content, share this page by clicking one of the buttons below

Related Articles

9 Comments

  1. ミニ4駆については理解できておりませんが、1人で作成している状況でクオリティの高い動画であると思います。
    掛け合い等のシナリオも考えられています。
    すごいと思いました。

  2. ブレーキスポンジを
    貼ってしまうと、
    提灯の制振性を高める力が
    吸収されてしまうと思うので、
    貼らない方が制振性が上がると
    思いますよ!
    FRPの曲げ方すごく参考に
    なりました!
    今度試してみたいと思います。

  3. FRPプレートを曲げるという発想スゴイですね。
    提灯を車体に常に接地させた影響でマスダン本来の性能を引き出す事ができましたね。
    ボディも低い位置に乗せる事が出来たので凄くカッコ良いです。
    主任さんのマシン作りの方法、数学や科学反応を利用したやり方は自分にはとても真似出来ない素晴らしい才能ですね。

Leave a Reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Back to top button