Dieses Chassis ist für den Umbau des VW T6.1 von Rietze auf ein RC Fahrzeug.

Zusätzlich verwendete Komponenten: 
Rietze 11676 VW T6.1 oder gleiches Modell in anderen Farben wie z.B. Feuerwehr oder Polizei
Sol-Expert PKW Lenkachse 
Motor 6mm mit 12.000-15.000 U/min
Schnecke S8 Modul 0.2
Zahnrad SZ26x2 Modul 0.2
Kugellager 1x3x1 (2 Stück)
1mm Stahlwelle
Mikroservo 1.8g
Mikroschalter
Ladebuchse RM 1,27
Felgen z.B. von Automobilia

Chassis VW T6_1 RC Rietze 1:87

Chassis_VW_T6_1_Rietze.stl

Dieses Chassis ist für den Umbau des BMW 3,5 CSL von Busch auf ein RC Fahrzeug.

Zusätzlich verwendete Komponenten: 
Busch 40302 BMW 3,5 CSL oder gleiches Modell in anderen Farben
Sol-Expert PKW Lenkachse 
Motor 4mm mit 12.000-16.000 U/min
Zahnrad Z7x2 Modul 0.2
Zahnrad SZ28x1 Modul 0.2
Kupferbuchsen zum lagern der Achse (2 Stück)
1mm Stahlwelle
Mikroservo 1.8g
Mikroschalter
Ladebuchse RM 1,27
Felgen können vom Modell übernommen werden
Empfänger
Lipo Akku

Chassis_BMW_3_5_CSL_RC_Busch.stl

Chassis_BMW_3_5_CSL.stl

This 3D-printable enclosure is designed for anyone building a DIY wireless head-tracking system based on Cliff’s (dlktdr) excellent open-source project:
https://headtracker.gitbook.io/

The system uses an Arduino Nano BLE 33 and a standard RC receiver to create a lightweight, low-latency head tracker for FPV or RC applications. For a clear walkthrough on setting it up wirelessly, check out AndyRC’s great tutorial:
https://www.youtube.com/watch?v=DK2tTd7Q0xk

Why This Enclosure?
This design provides more internal space for your RC receiver compared to other cases, making wiring and positioning far easier. It also securely locks in a USB-C to Micro USB adapter, preventing strain on the Arduino board.

The enclosure prints in two parts and includes two top-shell options:
- LED Window Variant – features a cutout for visual feedback from the Arduino and receiver. Print the window in translucent filament.
- Solid Top Variant – clean exterior with no LED visibility.

This model only covers the enclosure system. A dedicated goggle mounting solution is not included yet. However, both STEP files and the Fusion 360 project file (.f3d) are included for easy remixing and customization.

If you improve or adapt it, please share your remix. I’d love to see what you build!

Parts List:
Arduino Nano BLE 33 / Sense / Rev2
RC Receiver (tested with Radiomaster RP2)
USB-C to Micro USB Adapter (example: https://www.amazon.com/dp/B07GH5KJH2)
6mm Momentary Switch
M2 × 8mm Self-Tapping Screws
M1.2 × 4mm Pan-Head Screws
26 AWG Wire (or similar)
Glue or Epoxy (optional)

All print files included

If you have any questions, suggestions, or ideas for mounting solutions, feel free to reach out.

Enjoy building, and happy flying!

DIY Wireless RC Head Tracker Enclosure – Arduino Nano BLE 33 Case

WHTTopCase.step

WHTTopCase.stl

This little BEE can move around, open up its wheel and extend its body. 
The eye will light up and the head is fully articulated.
The bot runs on 4 AAA batteries with a chargable LiPo battery.
A pdf guide is included with detailed instructions and useful information.


Video guide to build the B2EMO by Box and Loop:
https://youtu.be/zxGkoxTTtmM


PDF contains: Code, Wiring, BOM


Enjoy your build!


Links for parts:
Servo ES08MA II
https://amzn.to/3V5k1Zn
DC Motor
https://amzn.to/49Rbj4U
Adafruit DC Motor FeatherWing
https://amzn.to/3wxRt05
USB C Module
https://amzn.to/49BsuaY
Adafruit Feather M0 RFM95 LoRa Radio
https://amzn.to/3ToFHwT
LiPo Battery - 400mAh
https://amzn.to/3wBISJU
LiPo Battery - 1200mAh
https://amzn.to/3Tjyi3l
LED 5mm
https://amzn.to/3ThLN3l
2xAAA Battey Holder
https://amzn.to/49TImVV
Push Button - 12mm
https://amzn.to/3UUTqxZ
Thumb Joystick
https://amzn.to/49Y7k6N
Potentiometer
https://amzn.to/3wz3UJc
Bearing 8x12x3.5
https://amzn.to/3T0hBs1
Bearing 5x2x2.3
https://amzn.to/3IjSNGx
Bearing 3x7x3
https://amzn.to/3Ihj6xl
Bearing 15x10x4
https://amzn.to/3Thl3jk
Thrust Bearing 8x19x2
https://amzn.to/3UYSnNy
Thrust Bearing 3x8x3.6
https://amzn.to/3P37LEL
Rods - 2mm
https://amzn.to/3VhRMXx
Slide Switch - 3pin
https://amzn.to/3TheI7H
m3 Heat Inserts
https://amzn.to/49xzF3L
Ball Bearings - 4mm
https://amzn.to/4bQZOwl
JST kit 1.5mm
https://amzn.to/42VTSOt
Zipties - Small Kit
https://amzn.to/3uSMwhY



B2EMO RC Toy

Face.stl

Hat.stl

💬 Join my Facebook group to share your prints, ask questions, post pics/videos, and give feedback:
👉 Join here: https://www.facebook.com/groups/3640031902902646/

📢 Follow me on social media:
YouTube: Subscribe for model videos & tutorials: https://www.youtube.com/user/fulviopozzoni
Instagram: https://www.instagram.com/fulv_uk/?hl=en
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Facebook: https://www.facebook.com/fpozzoni/
X/Twitter: https://x.com/fulv_uk

Your support keeps me going — thank you! ❤️

🚃 The Fulv Railway Tram & Tram Stop: Where Magic Meets your imagination
I’m thrilled to introduce the first model in the Fulv Railway collection!

This charming tram is designed for year-round delight, whether it’s patrolling a sunny tabletop or serving as the centerpiece for a magical Christmas village.

🛠️ Designed for Every Maker
Whether you're a seasoned pro or just unboxing your first printer, this model is built for you. I’ve prioritized accessibility without compromising on detail.

• Zero Supports: All parts are designed to print cleanly without any support material.

• No AMS Required: You don’t need a multi-color printer. Parts are designed for easy color-swapping at layer height.

• Advanced Options: For those with multi-material systems, I’ve included digitally painted versions for seamless multi-color printing.

• Plug-and-Play Setup: I’ve done the heavy lifting for you. The download includes pre-configured project files for:

• Bambu Lab
• Prusa
• Snapmaker

🛤️ Versatile Track Systems
The tram includes three distinct track styles to suit your specific scene:

Wood Texture: High-detail grain for a realistic look.

Snowy Wood: Features snow decals, perfect for holiday displays.

Fast Print: Optimized for building large layouts quickly.

The Tracks shapes include:

Straight Track

Curve Track (the same curve radios R040 of a standard LEGO curved track)

Straight cross Track

Note: The tram is fully compatible with standard LEGO tracks, allowing you to integrate this model into your existing brick-built world!

✨ Key Features
• Scale Accuracy: Perfectly scaled to match my other models, including the Santa Toy Shop, Toy Factory, and Tuscan Villa.

• Easy Motorization: Bring your railway to life! The tram is designed to be easily motorized using a standard LEGO motor.

• Personalized Plates: Includes customizable plates where you can add your own text directly in your slicer.

• Comprehensive Documentation: Includes a full online assembly guide and a printable PDF instruction manual with motorization details.

📦 What’s in the download?

• High-quality STL files.
• Project Files (Bambu, Prusa, Snapmaker).
• Instructional PDF & videos for assembly and motorization.
• Varios track style variations.

Unleash your imagination and start building your perfect railway today!

The Tram & Tram Stop (Compatible with LEGO Motors)

TRAM DRIVER -v01.stl

This is a 1/24 Scale, Micro R/C Monster Truck. It uses parts from a 1/24 scale ECX barrage but can be adapted to use parts from many other models like an SCX24 for example. I used 1/25 scale tires from AMT. All screw holes are undersized and should be opened to the appropriate size after printing. You will need a small assortment of screws. I primarily used M1.7 screws 5-8mm in length.

Be on the lookout for VERSION 2!

If you like my designs, consider joining me at the ShopTech Discord community! You will find project updates, build support and other makers. Share your project and become a part of the community, all are welcome!
https://discord.gg/b4yV7w2veT

1/24 Scale Micro R/C Monster Truck VERSION:1 

Chassis - REV3.stl

We're working on making an RC airplane. This is a fun stop along the way.

I made a video about this project: https://youtu.be/0SzRV9sbe3Y

Carpet Cruiser

carpet cruiser gear rack.stl

We made a hovercraft this week. It rides on a freezer bag.

I made a video about it: https://youtu.be/0irGeS4ChFQ

Hover Cruiser

servo rudder frame.stl

SMARS acronym of “Screwless/Screwed Modular Assemblable Robotic System” is a simple robot designed to the educational field. The main features of SMARS are the reduced number of components, the possibility of mount it without screws and without soldering any part, it doesn’t need glue or similar and it’s not expensive to build. Another main point of SMARS is the modular design. You can mount different sensors and tools and design your own parts. In future I’ll add new modules or DLC to improve the model but It would be nice if you could share your mods too.
To build the basic model (with “chassis -SL.stl”) you just need few extra components:
https://smars.shop/products/smars-v1

SMARS MODULAR ROBOT 

chassis_-SL.stl

Behold! My ERX-01 Robotic Crawler. Please let me know if you have an questions or if I need to modify a part!
____________________________________________________
UPDATE:

The Version shown in the thumbnail now uses the rover body kit. You can download that here. I like it a lot more than the original body.

https://thangs.com/designer/Eridani%20Industries/3d-model/ERX-01%20Rover%20Body%20Kit-1464953

_____________________________________________________

*Added rear brace and changed the sprocket mount to better hold the track assembly together.

*Fixed Driver Tray

*"I forgot to add the power switch I used. I chose this one because its a 3 way which allowed me to charge battery in what I called "Charge Mode".
https://www.amazon.com/dp/B08YMZJ9GL?ref_=ppx_hzsearch_conn_dt_b_fed_asin_title_2
_____________________________________________________


This is a differential drive machine that you can operate in a number of ways. This version would be more suitable as an RC vehicle. The body uses easy to swap panels so you can print your own pieces that fit whatever type of sensors you prefer if you are doing an automous robot.

Parts specific to this design:
12V worm gear DC Motor (Pic included for size. A few variations should fit)

12V LifePO4 Battery (A Lipo would be much lighter and save weight but I dont mess with those anymore)

DROK DC Motor Driver (Fits on mount but there'sspace for different kinds)
https://www.amazon.com/dp/B06XGD5SCB?ref_=ppx_hzsearch_conn_dt_b_fed_asin_title_5

R8-2RS Bearing (For track assembly sides)
https://www.amazon.com/dp/B08CN5TJLS?ref_=ppx_hzsearch_conn_dt_b_fed_asin_title_1&th=1

M3 Screws (TRACKS MUST USE 30MM FOR CONNECTING)

M4 Screws (20mm)

1/2 Bolts (2x  1/2-13 x 5)
https://www.amazon.com/dp/B00L1L9VK2?ref_=ppx_hzsearch_conn_dt_b_fed_asin_title_1&th=1

1/2 Nuts
https://www.amazon.com/dp/B07DGPHMJ1?ref_=ppx_hzsearch_conn_dt_b_fed_asin_title_1

Motor Flange 6mm
https://www.amazon.com/dp/B0B63P5VVX?ref_=ppx_hzsearch_conn_dt_b_fed_asin_title_2

IF DOING AN AUTONOMOUS ROBOT:

There are inner track assembly pieces labled "ENCODER". These are the encoders those are designed for. Other wise use the WITHOUT ENCODER inner assembly.
https://www.amazon.com/dp/B085ZLCYS1?ref_=ppx_hzsearch_conn_dt_b_fed_asin_title_1








ERX-01 Scout Robot Crawler

crawler_v3.stp

Crawler_Assembled_(Do not Print This File).obj

track_rear_brace_left_outer.stl

rear_sprocket_mount_right.stl

track_rear_brace_right_outer.stl

1994 Nikko RC Car - Suspension Shock - Replacement part

1994 Nikko RC Car - Suspension Shock.stl

This Ford F-150 mini print-and-assemble kit features working wheels and lets you build a fun, miniature version of the iconic truck.

If you like this design, check out my other print and assemble truck kits, like the **[Tesla Cybertruck Print and Assemble Kit](https://than.gs/m/1303112)**

**Note**: This download is for personal use only. If you want to sell prints of this design, subscribe to my Master Maker membership. 

**Parts**:
- **Body**
- **Frame** - Half 1, Half 2
- **Wheels (x4)** - Choose the flat wheels or the treaded wheels.

**Assembly**:
1. Align the cutouts on a wheel with the cutouts on the axle of the frame. Push vertically to click the wheel into place. Be sure to push down vertically and not at an angle to avoid snapping the axle. Repeat for the remaining wheels.
2. Push the axles into the body. Determine which axle goes on which side by visually aligning the axle with the rounded cutout on the truck body. 

Note: The wheels should spin freely without any further steps. To further improve the spin, try using a graphite lubricant (you may be familiar with this if you  ever made a pinewood derby :) )

**Included files**:
- Bambu Studio .3mf files - multi-color and single-color versions
- .STL files 

You can also find me on [Patreon](https://patreon.com/3DPrintyBoy?utm_source=thangs&utm_campaign=f150)


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Chassis VW T6_1 RC Rietze 1:87

Chassis_BMW_3_5_CSL_RC_Busch.stl

DIY Wireless RC Head Tracker Enclosure – Arduino Nano BLE 33 Case

B2EMO RC Toy

The Tram & Tram Stop (Compatible with LEGO Motors)

1/24 Scale Micro R/C Monster Truck VERSION:1

Carpet Cruiser

Hover Cruiser

SMARS MODULAR ROBOT