3d print rc yacht

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M-Jet Supersprint - 3D Printable RC Jetboat Model 3D print model

M-jet supersprint - 3d printable rc jetboat model.

• Model details
• Comments (278)
• Reviews (94)

Join the official M-Jet facebook group! https://www.facebook.com/groups/623045356071128

PDF MANUAL FOR SUPERSPRINT: https://drive.google.com/drive/folders/1f-epKNBlcqGcuJU5rGvYQleL7ayPnrRe?usp=sharing

SUPERSPRINT HARDWARE KIT by RCPrinter: https://rcprinter.com/products/m-jet-supersprint-v1-0-build-kits

Supersprint is 400mm long, resulting in scale 1/10. Designed for fun and ease of build, but at the same time the newest and brings all important M-Jet features developed over time. Has full documentation, build video and manual.

This file package contains: Original M-Jet Sprint & Supersprint

Supersprint is the newest update, which brings the most recent M-Jet features developed by M-Jet Development and the community into a brand new design, while keeping the style of the original M-Jet Sprint.

Note: This is not a physical product. After purchase, you can download computer files which you can use to manufacture your own parts on a 3D printer. Fully functional and complete RC boat model. All parts including the jet pump and pilots are included.

Supersprint includes:

STL files for all parts of the boat, including the pump , designed to be FDM 3D printed, mostly with no supports.

STEP file of the whole boat except for the pump (the pump is only included in the STL format).

You can 3D print it and assemble it with help of the manual, link above. You need to buy all electronics, screws and other necessary parts yourself - part list is in the manual, too.

Sprint 2021-12.03.2024

Supersprint since 12.03.2024

Update 27.03.2021: The Motor choice section in the manual was edited after testing more motors with the boat.

Update 25.04.2021: A new folder Mods_for_M-Jet_Sprint was added to the files. It includes new modifications of the boat design with some ideas coming from the community, which suit different needs. Added mods: thicker hull mod, thicker cover mod, ride plate mod.

Update 02.08.2021: New boat stand by Landon_L was added to the Mods_for_M-Jet_Sprint folder. Thanks for sharing!

Update 10.08.2021: New bilge pump mod by Landon_L was added to the Mods_for_M-Jet_Sprint folder. Thanks!

Update 14.9.2021: New single blade impeller design mod was added to the Mods_for_M-Jet_Sprint folder. This impeller design was not tested on this pump yet, but was found to dramatically improve efficiency on a different pump. Feel free to try it and leave feedback!

Update 06.05.2022: New extended long ride plate mod by Landon_L was added to the Mods_for_M-Jet_Sprint folder. Thanks for sharing!

Update 31.07.2022: New thicker hull with bilge pump by Justin Janes was added to the Mods_for_M-Jet_Sprint folder. Thanks for sharing!

Update 13.8.2022 Thanks to Macandnews, we now have a manual in French language! Thanks for your work.

Update 23.8.2022 New longer hull for bigger motor or battery by Justin Janes was added to the Mods_for_M-Jet_Sprint folder, thanks again!

Update 18.11.2022 Modified steering rod for thicker servo arm was added into the Mods_for_M-Jet_Sprint folder.

Update 04.03.2023 Pilots with separate heads for easier painting were added into the Mods_for_M-Jet_Sprint folder.

Update 20.03.2023 Pilots with separate heads, as well as separate rollcage piece, were added into the Mods_for_M-Jet_Sprint folder.

Fix 18.04.2023 Some users reported missing mods in the mods folder. The latest version of the mod folder Mods_for_M-Jet_Sprint_18.4.2023.zip was uploaded to ensure proper function.

Update 03.06.2023 STEP file of the whole boat was added into a new folder M-Jet_Sprint_STEP_file.

Update 27.06.2023 Modified version of the longer cover by Jeff Jackson was added into the mods folder. A steering rod for a TRX servo by KpopRC was added as well. Thanks for sharing!

Update 14.09.2023 A new ride plate mod by Alexander Binninger was added into the mods folder. There are now 3 different ways to use a ride plate, all reorganized in a Ride plate mods subfolder. Thanks for sharing!

Update 18.09.2023 A new txt file FAQ_M-Jet_Sprint with answers to frequently asked questions was added to the files.

Update 19.09.2023 Thanks to the help of Andrew Westrop and Daniel Chapman, steps were made to fix an error with the cover lid size in the Longer hull mod. There are now two versions of the lid for the standard and bilge pump hull version, which should work better than before.

Update 27.11.2023 A paint handle by Dana Hager for holding the hull during painting was added to the mod folder. Thanks for sharing!

Update 04.02.2024 A new improved long ride plate mod by Peter Maurits was added into the mods folder, thanks for your design!

Update 12.02.2024 Two versions of a front bumper were added into the mods folder.

Update 12.02.2024 (new) Multiple versions of a hull with turn fins by Peter Maurits was added into the mods folder. Thanks again for your great work.

Update 13.02.2024 A new ride plate version by Peter Maurits for the thicker hull was added into the mods folder, thanks.

Update 12.03.2024 Supersprint V0 was uploaded.

Update 14.03.2024 Supersprint V0.1: A quick small patch. An issue with too low wall thickness on hull middle in front left part of the lid interface was fixed - thanks San Xu for reporting this. An instruction about ESC placement was added into the manual.

Update 17.03.2024 Supersprint V0.2: Some more information was added into the manual, part list and the drawing. Length of the flat spot on the driveshaft in the motor coupler area was slightly decreased.

Update 20.03.2024 Supersprint V0.3: Slot for a third threaded insert for an option to adjust the ride plate was added onto the pump based on suggestion by Ryan Frair. 3 new ride plates with a hole for a third screw were added. The default tolerance on the main bearing in Hull rear was slightly decreased for a tighter fit. After a discussion with Justin Wombwell, a tolerance mod for tighter tolerances on both seals and both bearings was added into the MODS folder. Also, based on a feedback from Justin Wombwell, the TPU lid corner was extended for better grip. Tiny changes to file naming and part list were performed. Thanks everyone for your feedback!

Update 26.03.2024 : Upon a request, a single piece hull STL was added into the hull folder. Furthermore, the motor KV chart was modified based on measurements of the Supersprint's pump. Maximum recommended KV for 3650 and 3660 motors was decreased. Recommendations of battery capacity were added. The STEP file was renamed to match the version V0.3 but there are no changes to it.

Update 21.04.2024 : Supersprint V0.4: Optimisation of the pump is finished with the optimised impeller. Improved Lid_base geometry thanks to suggestion by Lenny B - thanks for your contribution!

Update 29.04.2024 : A 3D printable watercooling jacket for 36xx motors designed and kindly shared by Lenny B was added into the MODS folder in Supersprint V0.4. Thanks for sharing!

Update 15.05.2024 : A note about TPU Lid hardness was added into the Supersprint manual and Supersprint part list. The TPU hardness should not exceed 40D / 85A to generate proper seal of the lid.

Update 19.05.2024 : A long bumper for the Sprint was added into the Mods_for_M-Jet_Sprint folder, front bumper.

Update 24.06.2024 : Supersprint V1. 1) Supercharged V8 Engine with a moving butterfly valve, including a build video: https://youtu.be/LI-jd7MZr8I?si=lIpHHRi-onzhaG0s 2) Printable tool for painting flames 3) Drybox mini 4) V0.4 to V1 conversion package to make the engine work with Supersprint V0.4 5) Multiple explanations added in the file folders, where questions were arising frequently. Some touches to the documentation. File organization. Some mods from you now in one place.

Update 09.07.2024 : A single piece hull version was added into the Supersprint_V1 Hull folder.

Fix 11.07.2024 : A mistake in the part list (both in the excel sheet and the manual) was showing a 3x53 engine slider shaft instead of 3x62 engine slider shaft. This is now corrected to 3x62 engine slider shaft, thanks Jordan for reporting the issue.

Update 21.07.2024 Thanks to a suggestion by James, a version of hull front joined together with hull middle has been added to the Supersprint V1 hull folder. This can be printed as a single piece without supports. Despite being possibly a bit unstable on the print plate, some people might prefer this and avoid one glued joint.

Update 05.08.2024 A modded servo mount with different geometry for a different servo by Dave was added into the Supersprint MODS folder. Thanks for sharing!

Update 12.08.2024 Upon a request, more nozzle options were added to the existing collection: +7, +12, +20. (I guess there is no reason for not adding more nozzles:) Furthermore, a modified Motor mount versions for different servos with altered shaft position were added into the Supersprint MODS folder.

Update 16.08.2024 A Jet Jam mod which uses the original Sprint pump scaled down to 75% created by Justin was added into the Sprint mods folder. Thanks for sharing!

N nschne nschne 2024-08-26 12:22:50 UTC Great RC boat. Which KV and motor size would you recommend to get maximun runtime on a 4S Lipo? For this setup maximum speed is not of high priority. Just some fun boat for my little son. Maybe smaller motor with 29mm would be good choice? Thanks. Edit Reply Delete

N nschne nschne 2024-08-26 15:54:32 UTC Many thanks. Very helpful. Edit Reply Delete

D desie desie 2024-08-19 14:29:43 UTC what battery do you recommend for 90a ecs and 2150KV moter Edit Reply Delete

D desie desie 2024-08-18 19:16:58 UTC hey do you have a list of all the stuff you need like the screws Edit Reply Delete

D desie desie 2024-08-18 19:27:10 UTC do you know how much this all costs Edit Reply Delete

S Sonic386 Sonic386 2024-08-18 14:35:52 UTC Hello, I recently ran the supersprint which I made with RC printer’s kit and 1200 and 1400 milliamp turnigy batteries, but the boat runs very heavy in the front of the boat and when I turn slightly the nose digs in and the boat spins out, it does this with ride plate and without and with each trim nozzle, I also am running turn fins, would love any tips Thanks Edit Reply Delete

S Sonic386 Sonic386 2024-08-18 20:38:58 UTC The intake grate is facing the correct way, and I have compared with the manual which has only confused me further. The boats total weight is 1230g and the CG is 110mm from the stern of the boat, I’ve also tried all of the nozzles. Would you have any more ideas? Edit Reply Delete

L liorfeldmanrc21 liorfeldmanrc21 2024-08-24 10:19:28 UTC Recommended Boat extremely well designed, prints amazing, still yet to test. Direct support from creator very good, fast response and very helpful info. Thought price was steep, but now having bought it, I see that it is very much worth it. Delete

J jasonsingleterry jasonsingleterry 2024-08-13 13:31:17 UTC Recommended Absolutely awesome! Parts print perfect! Great fit/finish and most of all FUN! Bought the hardware kit from RCPrinter and recommended motor/esc and after a quick test float was jetting around the lake. Thank you! Delete

G ghosty-rc ghosty-rc 2024-08-13 09:28:34 UTC Recommended Just an awesome build!!! THX SO MUCH! For the design and your help! https://www.youtube.com/watch?v=Qs-fZa3ODqM&t=4s Delete

C chevallier-crst-v chevallier-crst-v 2024-08-11 02:16:00 UTC Recommended Excellent, travaille incroyable, les fichiers sortent impeccable. Merci. Delete

A ald5096 ald5096 2024-08-10 11:23:03 UTC Recommended Awesome model and documentation!!! Delete

3D Model formats

Format limitations.

• Stereolithography (.stl) (3 files) 390 MB
• DXF (.dxf) (2 files) 279 MB
• PDF (.pdf) (3 files) 390 MB
• 3D Manufacturing File (.3mf) (2 files) 297 MB

3D Model details

• Publish date 2021-03-23
• Model ID #2941615
• Ready for 3D Printing

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Welcome to this important site on 3d printed radio yachts

I don’t say “important” lightly because this site has been set up specifically with the aim to promote and enhance the enormous possibilities that 3d printing has to offer our beautiful Radio Controlled Yacht community.

I do apologise if there is some repetition of information and images across the site. It was inevitable to get the message across in the main areas and classes of research

Enjoy the journey.

Regards 

Selwyn Holland

(on behalf of the team, especially Bill Hagerup and Craig Smith)

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RC Jet Boat

• Makes & Comments 9

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Description

Hi guys, this is my 1st Jet Boat, made in 2021, fully 3D printed. This is an easy project to print and assemble.

Youtube video link: youtu.be/52TS3p7NUL0

In the instruction manual are images of the assembly of each part of the boat and the parts list.

If you want to support my channel and my work my paypal link is: paypal.me/3dimensionschannel

Model origin

The author marked this model as their own original creation.

Attribution-NonCommercial

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3D Printed Fish Feeder RC Boat With Controller

Introduction: 3D Printed Fish Feeder RC Boat With Controller

The original plan for this project was to create a fun RC Paddle Boat. However, during the project, I came up with the idea of adding a fish feeder. This means that besides enjoying a ride around the lake, the boat can also be used as a bait board for fishing, and can deliver food and medicine in pellet size needed by fish to otherwise inaccessible areas like Mangrove.

The RC controller and the Boat communicate using the ESP-NOW protocol, eliminating the need for a separate radio controller circuit and reducing the complexity and cost of the construction. In my test, I was able to achieve a range of around 200m (line of sight). Additionally, the boat stays afloat with the help of two water bottles.

I also build an RC controller for this . you can control the movement of the boat using a single joystick also you can drop the payload by pressing the pushbutton on top of the joystick. you do not need any pairing for RX and TX it will done automatically. you can switch on the TX by pressing the push button on the side. You can also see the battery indicator on the top. TX is rechargeable through USBC 

Receiver parts

• 8*M3 x 10mm
• 4*m4 x10mm  
• 2*18650 Battery 2500mah 
• 2*To pin JST XH connectors male and female (2.54MM PITCH)
• MT3608 voltage booster
• BMS 5v booster 
• 360-degree servo 
• 4*M4 6mm Knurled Threaded Insert
• DRV8833 motor driver 
• Seeed Studio XIAO ESP32C3
• 2*300 RPM L-Shape BO Motor (couldn't find international shipping )
• 2.4ghz antenna 
• 2*water bottles 
• Heat Shrink Tubing kit

Transmitter parts

• 18650 Battery 2500mah 
• Push button 
• 4 axis joystick 

We are not using ordinary servo motors for this project. We need a 360-degree servo for this build. Currently, I'm using a modified 90° servo. This video helped me learn how to mod it. However, there's no need to modify the 360-degree servo; it is available in the market. I have attached a link to it in the part list.

For this project, I used a 1L water bottle with a 3-inch diameter. If you can't find one like this, you can also use a PVC pipe with both ends closed. A simple redesign of the floater holder will enable you to adapt this build to any other size of similar-looking water bottles.

Step 1: Designing in Fusion 360

This project is built around the water bottle. Design is broken down into several levels for easy 3d printing.

Step 2: 3D Printing

I designed the object in parts due to its complex nature, so we will need to assemble it after 3D printing. I used orange PLA and grey PLA. 3D printed all models in my anycubic printer. In 0.2mm layer height and 30% infill 

Also please note that you had to print several STL files multiple Times 

• Floater clamp X4
• Floater end cap X4
• Motor clamp X2
• Motor holder X2

Attachments

Step 3: Finding MAC Address of Your XIAO ESP32C3

We are using the ESP-NOW protocol for communication between the transmitter (TX) and receiver (RX). For this, the transmitter (TX) needs to know the unique MAC address of the RX ESP32. You will need to run the following code on your ESP32C3 receiver (XIAO) to find its MAC address. After running this program, the MAC address will be displayed on the serial monitor.

My MAC address is 64:E8:33:8A:22:54

Code for finding the MAC address

Step 4: Flashing Program the Code

Before uplodring the code we need to enter the MAC address of the of our receiver which is 64:E8:33:8A:22:54 for me we need to add a 0x before before it ,

Then it will be 0x64,0xE8,0x33,0x8A,0x22,0x54

Put that in this line of the code 

// MAC address of the receiver

uint8_t receiverAddress[] = {0x64, 0xE8, 0x33, 0x8A, 0x22, 0x54};

Here is the full code for the TX

Step 5: Wiring Diagram of Transmitter and Rover

Wiring diagram of TX

Wiring diagram of RX

Step 6: Voltage Setting on MT3608

Before assembling we need to preset the voltage on MT3608, if you buy a new module you need to turn the potentiometer around 20 times or more in a counterclockwise position and then once you get the regulated voltage at the output you can use the module. Connect your battery to VIN+ and VIN- and set the voltage to 5v. measure it from the OUT+ and OUT- using a multimeter after that remove the battery input

Step 7: Rover Assembly

Connect a female JST connector into the input on MT3608. Which needs to be at least 5CM in length make sure the left side of the JST is VIN+ and the right side VIN- 

Glue the XIAO, motor driver and MT3608 into the main body

Solder and connect all wires between XIAO, motor driver and the MT3608

Insert the servo into the 3d printed slot and solder the wires into Xiao 

Connect the antenna port into the XIAO and another connecter to the hole on the side wall. thigh it using a nose plier

Connect the screw to the servo shaft and secure it with a screw holder. Attach the screw holder using super glue.

Install the M4 nut insert using a soldering iron into the 3d printer hole

Do the same thing in all 3 positions 

Glue the holder into the top cap

Insert the two rings into the bottle and partially tighten it with an M3 X 10mm screw, because we need to be able to move it later.

Screw in the main body, frame and the right using M3 x 15mm bolt and nut 

Do the same thing on the other side also

You can tighten the ring using an Allen key.

Inster the BO motor into the motor holder and fasten it with two M3X10mm Bolts and nuts

Do the same thing on the other side too. 

Twist two cables together, solder them into the motor, and run the wire through a side hole. Seal the hole with hot glue.

Do the same thing in the other side to

We just completed the main circuit assembly of the rover 

Step 8: Battery Pack

As you know we just completed the wiring of the rover but now we need to power source. for that, we are going to build a battery pack. It is a 1S 2p pack 

Solder two battery is in parallel with wires 

Run a male JST connector to the battery cap

Cut and Solder these JST wires into the battery back +ve and -ve

Insert the battery pack into the battery holder close the cap and glue the battery cap 

You can recharge this battery pack using any 1S BMS just solder a JST connector to it 

Also, you can connect the battery pack to the rover using this JST connector 

Step 9: Final Rover Assembly

Install the wheels into to motor shaft. I used the screw that ships with the BO motor

Install the top cap with the M4 bolts, you can remove it to access the battery

Connect the receiver antenna 

Install the 3d printed cups into bottles 

You can use the payload cap to close the payload holder after filling it 

Step 10: Transmitter Assembly

Install the joystick into the transmitter's main body 

Make sure that the joystick orientation is similar to this image 

Cut 2 terminals of the push button place it into the 3d printed slote and glue it 

Solder 2 wires to the 18650 batteries 

Glue the battery in the slot and complete the wiring according to the wiring diagram . the BMS module and XIAO is installed using glue 

Connect the TX antenna in Xiao 

Install the antenna port on the top side hole 

Close the TX enclosure using the back cap. secure the back cap with some glue 

We just completed the assembly of the TX 

Step 11: Test

We have finished build so now it's time to test it. You can load any pellet-sized food or medicine into the payload holder and close it with the top cap. During my initial test, I found that when I placed it in water, it was not balanced. So, you will need to loosen the floater clamp and adjust both of the water ballasts to achieve good overall balance

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The best 3D models for 3D printing of RC models in scale. We offer cars and boats that are the best in the world. Just download and print it now! All models include detailed step-by-step user guide. During construction, you can learn how the individual technical parts are working. Everyone can handle the construction, whether a child or an adult. It is such a fun!

Easy to Assemble

Our models are very simple to assemble. Most of parts are printed on your 3D printer and glued together by Super glue (CA glue).

Step-by-step User Guide

We have the best step by step user guide, which helps with correct composition of the model. If you lost, you will contact us at any time!

We recommend materials which aren’t perishable (PETG, PET, ABS, NYLON, PC). The best experience we have with PETG, because it is very still, durable and easy to print. We don’t recommend print it from PLA. Be ecological, don’t want to print the model in a few months again just for decompose!

After sign up you can download models from your account. You can download it again at any time and anywhere.

Prepare Gcodes for your printer

To create the g-code, we recommend Simplify3D or Slic3r PE. Detail settings (like layer height or infill) of slicer are described in user guide.

What you need next to the printed parts?

Most of parts are printed, but not everything. For example: motor, battery, RC. These things aren’t possible to print. In user guide is the detailed list with these things which you have to buy.

Carefully tested

All our models are carefully tested in real life! There are several prototypes that we check in detail to ensure the best possible performance. Until we are satisfied with the resulting model we will not publish it! Our models are created with love :)

Lot of people use 3D printer to print useless statuettes or vases. We want to use the full potential of this technology, and move the boundaries to next level. Our 3D printed models are fully functional and entertaining.

Create account and download, 3d print anytime you need.

High-Speed 3D Printed RC Outrigger Boat

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⬇️ 3D printer file info

3d model description.

Hello everyone,

Welcome to this video, which is a complete guide on how to build and operate our own design of an RC outrigger speedboat. This boat is entirely 3D printed using PLA filament. The boat is equipped with a brushless motor and a water-cooled ESC, delivering impressive performance on the water.

To access the design files (.stl) and the list of necessary materials required for building this boat, please click the link in the description below to join our exclusive subscriber's community.

Thank you in advance for your support.

Additionally, I will be answering your questions in the comments section under the exclusive subscriber's post if you have any. Enjoy the video!

To benefit from the privileges, join this channel: https://www.youtube.com/channel/UCdUjr4qf5a7k-yHISNkhaJw/join

3D printing settings

Can be printed at desired settings with FDM printers. Default settings are recommended.

All designs › Game › Boats & submarines / Auto & moto / RC vehicles

• rc outrigger
• 3d printing
• high-speed rc boat
• brushless motor
• water-cooled esc
• pla filament
• rc boat building
• 3d printed rc model
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miscellaneous notes on probability, optimization, geometry, and programming

3d-printed RC boats

Aug 14, 2024

Why fly , when you can rule the sea? I love a good maritime theme, and always thought the model sailboats in Central Park were cool (in fact, they even have their own yacht club that races Saturdays 10am - 1pm)

Epic 3d-printed RC submarine build

• Fishing boat
• The sub-culture of model RC ship battles is very interesting to me as well

3D printed ceramic ink can soak up harmful chemicals and acid from water supplies

University of bath generates 3d printed ceramic ink monolith.

Engineers at the University of Bath have turned to 3D printing to remove the so-called ‘forever chemicals’ from water supplies. Using this technology, they’ve generated ceramic -infused lattices, or ‘monoliths’, that can remove at least 75 percent of perfluorooctanoic acid (PFOA) from water, among other substances. These 3D-printed structures are made of ink mixed with ceramic indium oxide, which can bond with the acids in the water. A 3D printer squeezes out this formula and forms a lattice structure, manufacturing the monoliths.

The engineers say that because of the indium oxide and its properties that bond with the acids, chemicals in the water supplies and bodies can immediately stick to these 3D-printed structures, thus being removed from them. The team adds that the operation can be done in under three hours and that this study and method are compatible with current water treatment plants in the UK and abroad. If proven successful, the 3D-printed ceramic ink could help eliminate harmful chemicals in water.

Ceramic ink can remove up to 75 percent of chemicals

After testing, the researchers have discovered that their 3D-printed ceramic ink can remove up to 75 percent of harmful chemicals from water supplies. These monoliths even become more effective at vacuuming these perfluorooctanoic acids the more they are used. This is because the filters go through a high-temperature cleaning process after each use, which seems to improve their performance. The next step for the researchers is to study why the chemical filters work better with each use, so they plan to do more tests to figure it out.

‘Using 3D printing to create the monoliths is relatively simple, and it also means the process should be scalable. Once the monoliths are ready, you simply drop them into the water and let them do their work. It’s very exciting and something we are keen to develop further and see in use,’ says Dr. Liana Zoumpouli, a Research Associate in Bath’s Department of Chemical Engineering and a member of the Centre for Digital Manufacturing and Design.

3D printed monoliths to speed up chemical breakdown

In some places, especially in the US and Europe, there are already rules regarding how much perfluorooctanoic acid can be in drinking water and other supplies. It is one of the most common perfluoroalkyl and polyfluoroalkyl substances (PFAS), and even if there are already rules in place, the scientists believe that they may not be enough, given how dangerous these chemicals can be to health. They add that stricter laws or regulations are likely to be introduced in the future to better protect people from these health risks.

These substances are known as ‘forever chemicals’ because they take a very long time to break down. In some cases, the process can even take over 1,000 years. These perfluoroalkyl and polyfluoroalkyl substances are man-made. They are known to be harmful to reproductive, developmental, and cardiovascular systems as well as increasing the likelihood of diabetes. Some of the sources of these substances include domestic products, often with water-repellent properties, such as non-stick pans, raincoats, paints, fabrics, and firefighting foams.

project info:

name: 3D printed ceramic ink

researchers: Dr. Alysson Martins, Dr. Liana Zoumpouli, Dr. Antonio Jose Exposito, Dr. Jannis Wenk, Professor Davide Mattia

institution: University of Bath | @uniofbath

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