CyberKAT Wrapped

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Since the CyberKAT was designed without a single exposed screw on the upper body, it can be easily DIY vinyl wrapped with the same stuff you use to wrap cars!

The aluminum frame can be scratched fairly easily so I would recommend wrapping your CyberKAT, you can wrap it with clear paint protection film also to keep the aluminum look:

All you need is a simple heat gun from your local hardware store and around 3x5ft of vinyl wrap in any colors you want! (sold on Amazon and all over online)

No reason to wrap the bottom or around the wheels:

CyberKAT Lights + PCB

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I designed this PCB board for the CyberKAT, it distributes the power from the batteries to the ESC’s and other systems.

The “PWR ATTACHMENT” ports will be used for FUTURE accessories (Such as the upcoming still in development snow blower attachment.)

A special function of the board is that is takes 2 ESC signals from your RC receiver and splits up the BEC power so one ESC powers all the LED lights. While the other ESC powers the receiver and FUTURE accessory servos.

It also features automotive fuses to protect everything.

Very little soldering needs to be done, solder the PCB connectors on, solder wires to your batteries, and then solder wires to the motors is about it.

I also made custom LED light bars. A total of 8 PCB’s for each CyberKAT (5-6V):

The only 3D printed parts on the entire CyberKAT are the black light mounts, and the clear lens. Printed in PETG:

CyberKAT Injection Molds

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To make to CyberKAT super durable I injection molded nearly all of the plastic components in Delrin Acetal (only the lights are 3D printed). So I had to make 11 molds using my PM25-MV manual mill converted to CNC.

The track mold:

Testing out the ejector pins in my jig:

 

I came up with a special flexible suspension wheel to help give the CyberKAT some suspension, these act similar to leaf-springs:

Because of the mold shape the wheel rim was too small to get a endmill in to machine the cavity out, so I had to do my first 3-part mold:

The suspension wheels can be setup as dual or singles. Dual provides a really stiff ride, and single has a lot more suspension:

Forward Idler Wheel:

Sprocket:

Most of my parts were limited on my injection molding machines shot size of 30 grams. So this Sprocket had to be split into 2 halves and then screwed together:

Injection molded Sprocket vs 3D printed prototype:

 

To give the CyberKAT just a little more suspension I came up with this design, acts like a REALLY stiff leaf-spring for hard impacts:

Had several small spacer molds to make:

This hex spacer adapted from the hex driveshafts to bearings:

 

Pinion gear designed for bearings:

Motor gear (you can drill out to any motor shaft size)

The sprocket and 2 different gear molds share similar molding components. For example the ejector pin plate is shared across 3 molds:

Injection molded vs 3D prototype:

CyberKAT transmission parts sitting next to my 2X Spyker KAT transmission parts (which was chain driven):

 

 

Big Changes

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With the CyberKAT nearly ready for production, and the CyBlower (new snow blower) under development! I have decided to stop selling nearly ALL of my existing products. Currently I will only be selling some hardware kits for the Spyker KAT/Blower 2X/1X. Spyker Workshop will be shifting focus entirely on the new CyberKAT.

CyberKAT Available Now For Pre-Order!

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Few extra details about the new CyberKAT, first please make sure to watch my EPIC reveal trailer on YouTube!
After that check out my store for more details. The CyberKAT is currently a pre-order item, will be shipping towards the end of January or sooner. I have to finish making injection molds and the instruction manual. The prototype in the YouTube has 3D printed parts (tracks, wheels, gears etc.) and already performs like a BEAST off roading. It will be even stronger with everything molded in Delrin plastic.
Being that the only 3D printed parts in the final product will only be the lights there really is no way to sell STL files to print your own. The whole body and frame is made here in my new upgraded shop out of sheet aluminum. Earlier this year I invested in a Plasma cutting table and a magnetic sheet metal bender that made this CyberKAT possible!
I’m trying to move away from 3D printing slowly and this CyberKAT is the first step. A snow blower the CyBlower, is in the works which will fit onto the CyberKAT. The main reason for moving into sheet metal is the sheer speed at which I can produce these items. My 2X KAT currently takes me up to 4-6 WEEKS to manufacture due to print time, and all the misc CNC metal work that goes into making that. The CyberKAT I can produce 2-4 entire products A DAY…
The CyberKAT KIT is $1299, electronics can be added for another $200. That is the ENTIRE machine, everything you need. Only requires assembly and batteries/charger.