[Pre-order] Toho 30cm Series Yuji Sakai Figure Collection Godzilla (2016) 4th Form ORTHOchromatic Ver. Finished Model "Reservation for October 24"

📝Product specifications

Brand : プレックス Painted product [Size] Total height: about 43cm, total length: about 43cm
【Material】PVC

💰Purchase and payment information

The product is scheduled to be released in October 24 (shipping at the end of the month) 📅
Deposit $798, remainder $1180 💵

Payment method: Credit card/bank transfer/PAYPAL/FPS/PAYME/ALIPAY Alipay💳
Settlement method: Click to view🔗

⚠️**Attention! **If you choose [Pay Deposit], the final amount will be notified to the customer via WhatsApp after the product arrives at our store.

📦Product description

Prototype production and modeling production: Yuji Sakai Planning Assistance: (Yes) Yuji Sakai Modeling Studio

"Godzilla (2016) 4th Form" from the soft plastic series "Sakai Yuji Figure Collection" prototyped and produced by Mr. Yuji Sakai appears in the Orso version!
The product is based on the prototype of Mr. Sakai's Garage model, which was announced in 2017 and is based on the theme of Godzilla that appears in the viaduct scene in the trailer of the feature film, which Mr. Sakai thinks is the coolest.
This time, in order to commemorate the Blu-ray & DVD release of "Shin Godzilla: ORTHOchromatic" which will be released for a limited time in 2023, the "Orso version" with the whole body painting changed to black and white was released.
Under the supervision of Mr. Yuuji Sakai, the transparent parts of each part were painted silver from the inside to express the glowing image of the whole body.
This image of the Orso version of Godzilla (2016) was based on photos taken by Mr. Sakai personally to Ogigaya, Kamakura City, where the movie was shot, from the same angle in the play. It is similar to the image of "Godzilla (2016)" 4 forms Orso version" synthesized.
This time, just like the first sale, Mr.'s casting prototype was converted into a master mold made by WAX.
The product uses only items molded from that master model, minimizing consumption due to softening and trying to reproduce details as much as possible.