METAL PARTS for MG 1/100 RX-93-ν2 Hi-ν Gundam ver. KA, Roast Duck Model
METAL PARTS for MG 1/100 RX-93-ν2 Hi-ν Gundam released by Roast Duck Model is a replacement part of several parts in Master Grade Hi-Nu Gundam.
Roast Duck Model METAL PARTS for MG Hi-Nu gundam
The Master Grade 1/100 Hi-Nu gundam now gets a conversion kit Metal Parts to make it look even better and strong. This conversion kit was released by Roast Duck Model with adjustments to the inner-frame MG Hi-Nu gundam. The inner-frame must be purchased separately.
This conversion kit metal parts can be used for Master Grade Hi-Nu gundam. Has several replacement parts made of metal that can be snapfitted with Master Grade plastic parts.
Roast Duck Model METAL PARTS for MG Hi-Nu gundam set contents
- Metal Frame Conversion Parts
- Metal Thruster Parts
Roast Duck Model METAL PARTS for MG Hi-Nu gundam Details
- 1/100 Metal Parts conversion
- Material: Die-cast
- Publisher: Roast Duck Model
- Price: Approximately USD 36
- Release Date: October 2022
REVIEW Roast Duck Model METAL PARTS for MG 1/100 RX-93-ν2 Hi-ν Gundam ver. KA
The replacement configuration of alloy parts is relatively rich. In addition to the alloy skeleton and the POM replacement parts, 2 sets of 4 alloy nozzle supplements are also provided for replacement, and the hydraulic parts are also metallized. Sincerely.
The processing of the alloy parts is decent, the surface treatment is quite satisfactory, there is no place to stretch the crotch, it is basically up to the standard, that is, there are some slight metal chips in the positions of some combinations.
The combination part is also the issue that everyone is most concerned about. The combination part still has a lot to be adjusted. It is a bit jerky, although the manual also reminds you how to deal with the combination of these places, but after the actual experience, many places will still be tight and need the auxiliary installation of tools, but after installation, the joints and other parts are indeed relatively tight.
The biggest advantage after installation is that the hand feel will be improved immediately. After a skeleton of dozens of grams is replaced, it will immediately become a skeleton of more than 300 grams, a full 4 times. The hand feel, and because the joints are alloyed, the strength and stability will be relatively better than the plastic version.
Although the combined structure of POM and alloy is used to maintain the joint stability, it is found in the actual assembly that due to the deviation of the matching degree of the POM parts, the joints in individual positions cannot bear the weight brought by alloying. There is a problem of looseness.
As a digression here, some friends will say, why not use the structure of gear joints to maintain the firmness and stability of the joints. Indeed, gear joints have certain optimized auxiliary functions for these alloyed skeleton joints to a certain extent.