Thanks to Duke Doks for their DKS-Basic RC Chassis! Great JOB!

However there are some unfigured things… :-)
So, this MOD is for this great DKS-Basic RC Chassis Model.

This MOD is for everybody, who wants to easily mount and unmount body from chasis without taking care about LED lights wiring connected in between. Theese barckets are designed to work with magnetic Pogo PINs (6-pins). When assembling/disassembling or operating with car body equipped with many lights (like BTTF Delorean e.g., where is a lot of wiring connected between body and chassis), so it's a bit dangerous for the connectors on receiver when unmounting body from chassis (e.g. replacing battery, power-on/off, etc…)

This MOD includes remixed Chassis-side (L/R - choose what fits better for you) to hold the bracket properly.
This bracket is designed to connect 4 channels out and 2 channels back in (typically CH1 & CH2).

• Pogo PIN with wires is suitable to be assembled with 2x JR/Futaba connectors (using corresponding Crimper tool - e.g. SN-68B) and directly connected to receiver or other parts with female connector (Tamyia lights system and similar).

• Pogo PIN with 90° angle pins is for use as an female pin, where you can connect lights, servo or ESC directly.

Covers of brackets are designed to be printed in 2 colors (change by layer - NO MMU needed) for better readibility of labels. (recommended to start 2nd/contrast color at layer4) Recommend to print in positions showed in “Print-plate” files.

Parts needed to buy:
• Pogo PINs 6-pin, with/without wires - e.g.: https://www.aliexpress.com/item/1005006531774076.html
• Servo JR/Futaba Male connector - e.g.: https://www.aliexpress.com/item/1005004152966553.html
• Crimper Tool SN-68B - e.g.: https://www.aliexpress.com/item/1005008665808413.html
• M3x8 Bolt 2x or 4x (not necessary at all) - depends on your preferences - e.g.: https://www.aliexpress.com/item/4001211138179.html
The construction works fine even without bolts.

Count of Pogo PINs and JR/Futaba Connectors depends on the number of connections you need.
In my case, I used 3 Pogo PINs with wires, 3 Pogo PINs with 90° angle pins and 6 JR/Futaba connectors to take full advantage of the brackets. All the Pogo PINs were paired in the way where there was Pogo PIN with wires on one side and Pogo PIN with 90° angle pins on other side.

I recommend to print the bracket from PETG because of the buckles - to be more flexible when assembling and disassembling. However the holders and Chassis-side can be printed from PLA.