According to the box I have and the internet this is the 1973 release making it by far the oldest kit I have ever brought and made. The kit itself does not have many parts but due to its age and condition it was not the easiest build.
I started by putting the chassis together and the associated parts that were all to be painted aluminium. I had to use a fair amount of model filler to fill the gaps between the bottom and top of the chassis. This was then spray painted.
The parts to be painted blue were sprayed and test fitted to the model.
The window screen is glued onto the cockpit and parts of it are hand painted blue. This was the worst part of the kit. Neither part lined up and the cockpit was damaged. I had to use a mixture of cutting, filling and sanding to get these parts to glue nicely together.
The duct is painted white and attached to the top of the lift chamber.
The crew are painted and added glued to their seats. They both have life jackets, helmets and masks.
The supporting posts and roof are glued into place completing the cockpit.
The decals were very yellow so I used the old trick of leaving them on by a window for a few days so that the light whitens them.
This is how they looked after a few days in the sun.
Next I started to apply the decals to the rudders, these were tricky as the decals were larger than the rudders meaning they either had to overlap of have the excess cut off.
The hovercraft with rudder decals and cockpit decal applied. The exhaust is painted black and the fire extinguishers are painted gold.
All decals have now been applied and the frame of the cockpit window has been hand painted blue.
Being a bit bored of making military vehicles and a big fan of space exploration I picked up a couple of kits for the Apollo 11 50th Anniversary. This is the Revell Apollo Astronaut, I thought it would be an interesting kit as it will be the first time I have built a kit focused on a figure that size.
After a major downpour on Friday I stumbled across a flooded car park which I thought would be perfect for testing my e-Gemini on water. The craft performs remarkably well, hovering gracefully and turning on six pence. As you can see I am still getting used to the handling. 🙂
Here is my first go at piloting the craft. It feels a bit nicer to control compared to the smaller craft because of its extra weight and size. I have not used it enough yet to know whether or not I need to adjust the center of gravity. It may look a little twitchy in the video but I was trying to keep it in a small area away from any cars so did not give it a proper straight line test.
Something I forgot show in my previous post is the electronics under the hovercraft seat.
Here we have a 5000mah 3 cell Lipo so plenty of speed and runtime. This connects to a brushless motor ESC which connects to the brushless motor and receiver. The receiver is an ar600 aircraft receiver. Aside from sending control inputs to the ESC it is also connected to a servo at the rear of the craft to control the rudders. A servo extension cable was required because of the distance and the fact the cable had to be run around the duct in order to make sure it was safely away from the propeller.