Bell Jetranger Scale Body for Silverlit PicooZ Micro-RC-Helicopter

Introduction: Bell Jetranger Scale Body for Silverlit PicooZ Micro-RC-Helicopter

Convert your toyish looking PicooZ into a scale Bell 206 Jetranger or nearly any other single rotor helicopter.

I bought myself a 3-channel heli so this one was ready for experimenting. if you want to create a unique body shell for your PicooZ yourself, take a look at the parts and tools list:

Parts List

- blue foam sheet (20mm thick)
- acrylic paint

Tools List

- Printer
- Dremel
- set of files
- small saw
- hobby knife
- brush
- foam glue
- pen, fineliner

Also, I suggest to wear a dust mask and, when working with the dremel, protective glasses.

Ready? Let's start!

This instructable will give you advice for building a custom scale body of nearly any single rotor helicopter. It is easier with the 2nd Gen. PicooZ since it has two smaller gearwheels inline, instead of one large gearwheel, which needs more space inside the body.

Think of your favorite helicopter and proceed to the first step!

Step 1: Tear It Apart!

Before we create something new, we must destroy the old. Well not really, if you're careful enough.

Take your PiccoZ and slowly tear apart the two body halves. Carefully cut the glue between the body parts with the hobby knife and remove the sticker from the tail boom.

You will end up with the PicooZ chassis which looks like in pic.

Take a pciture of it from the side or take mine as a reference. Next, go to and choose your favorite helicopter blueprint.

Merge the blueprint and the chassis with a drawing software (e.g. the one included in OpenOffice) and set the size of the blueprint. Keep in mind that:

- the body can house the chassis
- the tail rotor is in place
and, very important, the IR receiver (the little black box at the lower end) touches the outside of the new body shell.

Once you got it all fitted nice and properly, print this sheet several times (also mirrored) and proceed to the next step.

Step 2: The New Body Slowly Takes Shape!

Prepare a part of the blue foam (usually used for insulation) and stick your side view prints to the blue foam sheet with UHU por, a special foam glue.

I got the blue foam sheet (20mm) from the local bricolage store. It was only 3,99 EUR and would last for about 100 more helicopters.

As a first step in the modelling process, roughly cut out the two halfs along the side views shape.

Then joined the 2 halves, the prints facing to the inside. Now the fun begins: Use a cutter for the overall shape, a warsing set and sanding paper afterwards. The shape of the lower rear end, between the cabin and the tail boom, is quite hard to understand from the blueprints, so I suggest taking a look at some reference photos at Google.

When you're finally satisfied with the shape, sand it with fine sanding paper and color it white with acrylic paint. Acrylics suit best since any other paint either damages the foam or doesn't even stick to it.

In the next step, we will prepare the new body for housing the chassis and having a first test flight.

Step 3: Fitting in the Chassis - Will It Fly?

Now the most enjoyable part is over, so far. Open the two halves, take off the side view prints and prepare them for the chassis. Use a dremel-like machine with a coned drill head and create space for the chassis, the LiPo-Cell and so on. Take special attention to the infrared receiver (black box below the LiPo), which must be placed outside the body.

I needed more than an hour until the chassis finally fitted to the body perfectly, without any gearwheels scratching on it. Also, drill a hole for the charging plug and on/off switch. Luckily, as you can see later, it's positioned right in the cabins side window and therefore looks nicely insuspicious in the Jetranger . I also installed the landing skirts by making a hole in each of the bodies halves for the rear support. The front support was glued to the bodiess outer surface later.

After all this dusty and dirty drilling, it's time for a test flight! Join the halves with masking tape and give iot a try.

I wasn't sure whether it would fly at all, how heavy the new body would be, etc.
But it worked. And it looked awesome with this scale Jetranger body, even more fascinating than with the standard toy body, at least until the masking tape went off and the heli fell apart into three parts one meter above the ground...

Step 4: Detailing

Now as you can be sure that your new helicopter is flying more or less well, you can start with detailing.

Again,get yourself some printouts and use them as patterns for the window areas and door lines.

The edding-Fineliner I used worked well on the foam and created a light engravement which looks very nice. I painted the window areas with a permanent marker. Finally, the Jetranger got a glossy acrylic clear coat with a spray can.

Before you join the two halves for a last time, drill some areas from the inside again, in order to save weight. Try to consider balance and counteract problems recognized at the test flight.

Still, the body may appears heavier while flying and the flight time might be shorter than with the standard body, but hey, it looks way better, too.

Have a nice flight!

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    One thing you could have done to move the rotor forward a bit is to turn the battery on its bottom instead of keeping sideways. This way you could move the chasis over the top of the battery increasing your space for adjustments.


    13 years ago on Introduction

    Very nice. Did you try flying it without any foam body on it?


    Reply 13 years ago on Introduction

    i tried that once and the whole body span round as well and prevented it from staying in the air for long


    13 years ago on Introduction

    Yeah, it's always a compromise, you can't get everything right at the same time. If I had placed the main Rotor more to the front; I would have had problems with the LiPo-cell looking out the front windows. Maybe it would fit better on a smaller helicopter like a R22...


    13 years ago on Introduction

    The rotors are way too far back, and the skid is too short, but there's not much you can do about that. I was surprised by how close you got to the actual shape by hand. Nicely done!


    13 years ago on Introduction

    Thanks. Yeah I think I did once, but it wasn't very different, I think.