Base & Throttle for TOYAN FS-L200AC

Base & Throttle for TOYAN FS-L200AC

Base & Throttle Linnkage for Vortrixe TOYAN FS-L200AC Engine

What This Is

my printable base and throttle body parts for the Vortrixe Toyan FS-L200AC.

 

RC-TNT Base for FS-L200AC

What’s Included

The zip file below contains:

  • Desktop Base.stl
  • Fuel Tank Tray.stl
  • Linkage Lift Arm.stl
  • Primary Throttle Linkage.stl
  • Secondary Linkage Fulcrum.stl
  • Throttle Base.stl
  • Throttle Handle.stl
  • Throttle Linkage Base.stl
  • Read Me.txt
RC-TNT Base for FS-L200AC

How to Print

I printed in PLA+, though PLA, PETG and other rigid filaments should be fine. I’d suggest these settings:

I printed at 0.24mm, but 0.2mm will be fine as well.

Suggest 4 or 5 wall thickness and 25% Cubic infill for all parts.

Vortrixe Toyan FS-L200AC

Terms of Use

These files are provided for your personal use and enjoyment only. Please don’t print and sell them, nor the stl files (if you see them for sale in the wild, do me a solid and let me know!)

Please also don’t upload these to any of the online 3D printable sites. I’ve chosen not to do that and would appreciate you respecting that choice, as I’ve freely shared the files with you to print here on RC-TNT.com.

Thank you and please enjoy!

Craig Veness

Craig Veness

RC-TNT

Craig has been into radio control since the 90s and into RC crawling since about 2010, when a Losi MRC started the obsession! Now it's all rocks this and crawl that and upgrade all the things! ...You know how it is, right? Welcome home 🙂

Battery Box & Hitch Mount for BRX01 AWB

Battery Box & Hitch Mount for BRX01 AWB

Battery Box & Hitch Mount for BRX01 AWB

What This Is

You like scale models and semi trailers? Then you’ve come to the right place!

The Truck (or, the link version)

The Trailer  (or, the 40′ version)

BRX01 AWB Chassis

What’s Included

The zip file below contains:

  • Battery Box.stl
  • Battery Lid.stl
  • Trailer Hitch Base.stl
  • Read Me.txt

Hardware Needed

  • 4x M2.5 10mm socket head screws (Hitch Base to chassis)
    4x M3 14mm button head screws (hitch plate to Trailer Hitch Base)
    2x M3 14mm button/flat/socket head screws (Hitch mount to battery box)
    2x M3 8mm to 12mm counter-sunk screws (Battery box to chassis)
    1x M2 6mm button head screw (Battery Lid latch)
    1x M3 6mm to 8mm button/flat/socket head screw (Battery box latch receiver)
    8x M1.5 or M2 6mm screws (for Battery box hinges)
    2x little hinges to fix box and lid
    1x Trailer Hitch Plate*

    *Hitch seems only to be on AliExpress. Here are 3 stores with the same part to fit my mount design:
    https://s.click.aliexpress.com/e/_okrN0ob
    https://s.click.aliexpress.com/e/_oBYEOIn
    https://s.click.aliexpress.com/e/_oEXzQJv

BRX01 AWB with HH Trailer

How to Print

I printed in PLA+, though PLA, PETG and other rigid filaments should be fine. I’d suggest these settings:

– 0.4mm nozzle (or bigger)
– 0.24mm layer size (I used 0.36mm with my 0.6mm nozzle)
– 3 wall width (or wall or shell layers)
– 25% infill, cubic (15% minimum)
– No supports needed except for the Battery Lid piece
– Print in orientation as files load into slicer. No rotation should be needed.

Installation

  1. Print per the above settings.
  2. Screw the hinges onto the Battery Lid and then the Battery Box (8x M1.5 or M2 6mm screws – whatever the hinges came with is fine too)
  3. Screw the Battery Box onto the chassis rails (2x M3 8mm to 12mm counter-sunk screws)
  4. Screw the Trailer Hitch Base onto the chassis (4x M2.5 10mm socket head screws)
  5. Screw the trailer hitch plate onto the Trailer Hitch Base (4x M3 14mm button head screws)
  6. Screw the Trailer Hitch Base to the Battery Box, inserting the screws from the rear (Hitch Base) and forward into the Battery Box. They should end up flush inside the box, with no metal protruding into the box. Be careful! (2x M3 14mm button/flat/socket head screws)
  7. Get a paper clip and bend it into a latch shape, like an ‘S’. You want the lid screw to secure it always, and to have it latch shut onto the box screw below it.

Thanks and enjoy this one!
-Craig
RC-TNT.com
(info@rc-tnt.com)

Terms of Use

These files are provided for your personal use and enjoyment only. Please don’t print and sell them, nor the stl files (if you see them for sale in the wild, do me a solid and let me know!)

Please also don’t upload these to any of the online 3D printable sites. I’ve chosen not to do that and would appreciate you respecting that choice, as I’ve freely shared the files with you to print here on RC-TNT.com.

Thank you and please enjoy!

Craig Veness

Craig Veness

RC-TNT

Craig has been into radio control since the 90s and into RC crawling since about 2010, when a Losi MRC started the obsession! Now it's all rocks this and crawl that and upgrade all the things! ...You know how it is, right? Welcome home 🙂

Tow Hitch for Rlaarlo JK07

Tow Hitch for Rlaarlo JK07

Tow Hitch Receiver for Rlaarlo JK07

What This Is

Rlaarlo hit it out of the park with the JK07. It’s brilliant. However, one thing it can’t do is tow a trailer. That ends today!

This is an easy print that will solve your towing problem, though you will still need the actual tow hitch itself.  (Does not fit TK07 without modification).

From Amazon: https://amzn.to/3FQa90k

Also will work: https://amzn.to/4jJF6B3

Rlaarlo TK07 & JK07

What’s Included

The zip file below contains:

  • Receiver.stl
  • Hitch Clip.stl
  • JK07 Hitch Bracket.stl
  • Read Me.txt

Hardware Needed

Tow Hitch Receiver for TK07

How to Print

I printed in PLA+, though PLA, PETG and other rigid filaments should be fine. I’d suggest these settings:

  • I print with a 0.6mm nozzle, but most of you reading this will use a 0.4mm nozzle.
  • I printed at 0.24mm, but 0.2mm will be fine as well.
  • Suggest 4 or 5 wall thickness
  • 25% Cubic infill for all parts.
  • I used PLA+. PLA should work fine, as should PETG.

Installation

  1. Open the body so you can access the rear of the car. It doesn’t have to be unbolted.
  2. Attach the Receiver to the JK07 Hitch Bracket piece with the 3x CSS screws. Don’t over-tighten!
  3. Remove the 8mm screws from the rear of the inner fenders. You won’t need these again.
  4. Align the JK07 Hitch Bracket piece between the inner fender holes. Loosely attach with 2x 12mm BH screws.
  5. Insert the remaining 4x 12mm BH screws into the Hitch Clip pieces and firmly affix these over the rails to the JK07 Hitch Bracket piece.
  6. Once you’re happy with orientation, tighten the BH screws with the rear fenders. Should be snug.
  7. Slide the tow hitch or drop hitch bar into the Receiver piece and insert a screw or two. Done!

Terms of Use

These files are provided for your personal use and enjoyment only. Please don’t print and sell them, nor the stl files (if you see them for sale in the wild, do me a solid and let me know!)

Please also don’t upload these to any of the online 3D printable sites. I’ve chosen not to do that and would appreciate you respecting that choice, as I’ve freely shared the files with you to print here on RC-TNT.com.

Thank you and please enjoy!

Craig Veness

Craig Veness

RC-TNT

Craig has been into radio control since the 90s and into RC crawling since about 2010, when a Losi MRC started the obsession! Now it's all rocks this and crawl that and upgrade all the things! ...You know how it is, right? Welcome home 🙂

Wheel Wells for RGT Intruder EX86020

Wheel Wells for RGT Intruder EX86020

Wheel Wells for RGT Intruder EX86020

(Last updated May 7, 2026)

What This Is

Wheel wells for the RGT Intruder EX86020. This is a gorgeous vehicle and it deserves the best!

RGT Intruder EX86020 Wheel Wells

What’s Included

The zip file below contains:

  • A printable STL file for each wheel well (4 total)
  • Read Me.txt
RGT Intruder EX86020 Wheel Wells Top

How to Print

I printed in PLA+, though PLA, PETG and other rigid filaments should be fine. I’d suggest these settings:

– 0.4mm nozzle (or bigger)
– 0.24mm layer size (I used 0.3mm with my 0.6mm nozzle)
– 3 to 6 wall width (or wall or shell layers)
– 20% infill, cubic (10% minimum) – doesn’t really matter, it’s all walls
– Supports on base only, 30% angle. Only need to support the flat parts where the wells ‘wings’ need support.

RGT Intruder EX86020 Wheel Wells Bottom

Installation

  • Print per the above settings.

  • Hold the wheel wells over the chassis to see where the screws need to come out.

  • Do one corner at a time; remove the screws from the matching holes.

  • Move the top of the shock to fit (I stood mine up; good for a scale car)

  • Align the wheel well where it’s supposed go and use screws that are 4mm longer than the stock ones (I think you need 4x 18mm screws and 4x 14mm screws, plus 4x 12mm screws and locknuts to suit for the top of the rear shock hoops if you want to add them too. Not critical).

  • Repeat for the other corners. It’s pretty intuitive; these should be plug and play.

RGT Intruder EX86020 Side

Terms of Use

These files are provided for your personal use and enjoyment only. Please don’t print and sell them, nor the stl files (if you see them for sale in the wild, do me a solid and let me know!)

Please also don’t upload these to any of the online 3D printable sites. I’ve chosen not to do that and would appreciate you respecting that choice, as I’ve freely shared the files with you to print here on RC-TNT.com.

Thank you and please enjoy!

Craig Veness

Craig Veness

RC-TNT

Craig has been into radio control since the 90s and into RC crawling since about 2010, when a Losi MRC started the obsession! Now it's all rocks this and crawl that and upgrade all the things! ...You know how it is, right? Welcome home 🙂

Servo Bracket for Cross RC UT4 Pro

Servo Bracket for Cross RC UT4 Pro

Micro Servo Bracket for Cross RC UT4 Pro

What This Is

There’s a bracket on the Cross RC UT4 Pro that lets you have indepenent control of the front and rear diff locks with two servos, or to combine them and use just one servo for both.

However, a standard servo won’t fit, even with some cutting of the standard bracket. A micro servo won’t fit because it’s too small. The size that does fit is uncommon and you pretty much have to buy the Cross RC unit.

So, this bracket is one solution. to the problem. This bracket will allow you to fit a micro servo (like the Power HD TR4 or jxServo micro) to operate both diff locks at once, no cutting required. So much easier! Just be sure to use a strong servo!

From AsiaTees: jxServo HV1151MG

From Amazon: PowerHD TR4

Cross RC UT4 Pro Brackets

What’s Included

The zip file below contains:

  • RC-TNT Micro Servo Bracket for UT4 Pro.stl – 3D-printable STL file for the bracket to fit a micro servo;
  • Installing servo.jpg;
  • Print Orientation.jpg;
  • Read Me.txt
Bracket Print Orientation

How to Print

I printed in PLA+, though PLA, PETG and other rigid filaments should be fine. I’d suggest these settings:

– 0.4mm nozzle (or bigger)
– 0.24mm layer size (I used 0.3mm with my 0.6mm nozzle)
– 3 to 6 wall width (or wall or shell layers)
– 20% infill, cubic (10% minimum)
– Supports on base only, 7% angle. Only need to support the flat parts where the servo ‘wings’ mate to the bracket.

Installation

  • Print per the above settings.

  • Install servo into the bracket.

  • Place into the UT4 diff lock servo area.

  • Ensure you use the two extra triangular plastic mounts Cross RC supplies with the kit.

  • This bracket is designed to screw into those as well as the other end of the mount plate.

  • Continue with setup per manual for a single servo to do both diff locks at once.

Terms of Use

These files are provided for your personal use and enjoyment only. Please don’t print and sell them, nor the stl files (if you see them for sale in the wild, do me a solid and let me know!)

Please also don’t upload these to any of the online 3D printable sites. I’ve chosen not to do that and would appreciate you respecting that choice, as I’ve freely shared the files with you to print here on RC-TNT.com.

Thank you and please enjoy!

Craig Veness

Craig Veness

RC-TNT

Craig has been into radio control since the 90s and into RC crawling since about 2010, when a Losi MRC started the obsession! Now it's all rocks this and crawl that and upgrade all the things! ...You know how it is, right? Welcome home 🙂