How Bad is Resin 3D Printing for Air Quality? electrosync 2022-06-07 | DesignSpark sent me one of their Air Quality IoT kits to beta test and I decided to test in on 3D printing resins to see just how bad they are.@DesignSparkRS developed the *Environmental Sensor Development Kit* (ESDK) as an open source hardware platform with the ability to add sensors to suit your project needs. The brains of the ESDK consists of a main board with touch screen and GPS that connects to a Raspberry Pi Linux computer. DesignSpark’s Air Quality Project is the first to utilise the ESDK’s compact and modular architecture that allows plug and play for sensors (no soldering and coding is optional). I deployed the kit in my workshop where I have resin and FDM 3D printers as well as the associated materials and chemicals. I decided to target the effects of resin 3D printing on air quality as it is the ‘smellier’ operation and it personally concerns me more than FDM. Resin 3D printing utilises photopolymer resin to build up prints in layers and in my case, isopropyl alcohol is used to clean the finished prints. Resins and IPA are typically loaded with volatile organic compounds, so the TVOC board should be ideal to monitor that. I decided to test three different resin types and measure whether there are any differences in the TVOCs present in the workshop.More info on the DesignSpark ESDK: rs-online.com/designspark/introducing-the-environmental-sensor-development-kitMore info on the DesignSpark Air Quality Project: rs-online.com/designspark/air-quality-projectMore info on the VOC sensor index algorithm: github.com/Sensirion/gas-index-algorithmFDM parts were printed on a Creality Ender 3 Pro using 3D Fillies PLA+ filament with a 0.4 mm nozzle. SLA parts were printed on a Creality LD-002R printer using the resins shown in the video. CAD design was done in DesignSpark Mechanical. Shot on Canon EOS M50, Insta360 One R, Insta360 Go 2 and DJI RSC2. I use Epidemic Sound for music and sound effects - sign up for your 30-day trial here:share.epidemicsound.com/jbztrl (affiliate link).0:00 Intro0:21 DesignSpark ESDK Kit1:06 Design and Build 2:13 Kit Functions2:50 DesignSpark Metric Dashboard3:04 What are VOCs?3:46 Testing the VOC Sensor3:58 Setting up the Experiment4:39 Resins and Air Quality5:56 What about the Wash?6:24 What does this Mean?*Watch Next:*How Strong is 3D Printed Metal?youtu.be/Vrq59w69RwkExploring Underwater with a 3D Printed Head Tracking FPV Camera Domeyoutu.be/SGGKnoSkMQ43D Printed Miniature Collapsible Crateyoutu.be/OGonTb9sQrQ3D Printing a Seat Belt Buckleyoutu.be/I1K7Dqjdyv8*Instagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au* #3dprinting #resin #airquality
Building the Worlds Fastest Roomba electrosync 2022-10-10 | I built the world’s fastest Roomba! After finding that the few fast Roombas online weren't exactly the real deal, I decided to build my own. @Make Cool Stuff did build the real deal and that was the benchmark that I set out to beat. I used a 10 year old iRobot Roomba 630 and added some high tech motors, electronics and radio control gear to bring it all to life. I CAD designed and 3D printed parts in @3Dfillies PLA and PETG to fit all of the gear to the Roomba. It turned out to be a handful to drive, but very fast and a lot of fun.Thanks to AndyMark Robotics for the great gear and advice they provided: andymark.comAndyMark 775 RedLine Motor: andymark.com/products/andymark-775-redline-motor-v2AndiMark 775 Cooler Motor Heat Sink: andymark.com/products/775-cooler-motor-heat-sinkSPARK MAX Brushless and Brushed DC Motor Controller: andymark.com/products/spark-max-brushless-and-brushed-dc-motor-controllerOther parts used:MAXPlanetary System Kit: revrobotics.com/rev-21-2100Thanks to aoun_animation for the concept animation:instagram.com/aoun_animationThanks to Seeed Studios for the XIAO ESP32C3:seeedstudio.com/Seeed-XIAO-ESP32C3-p-5431.htmlFDM parts were printed on a Creality Ender 3 Pro using 3D Fillies PLA+ and PETG filament with a 0.4 mm nozzle. CAD design was done in Autodesk Fusion 360. Shot on Canon EOS M50, Insta360 One R, Insta360 Go 2 and DJI RSC2. More project info is available at www.electrosync.com.au I use Epidemic Sound for music and sound effects - sign up for your 30-day trial here:share.epidemicsound.com/jbztrl (affiliate link).0:00 Intro1:01 Design Rules1:37 Strip and Build4:40 Workshop Floor Test5:31 Hitting the Courts6:26 More Traction/Less Wheelies6:57 Backroad Action8:54 Less Room and More Zoom10:23 Back to the Backroad11:21 Where to Next?*Watch Next:*How Bad is Resin 3D Printing for Air Quality?youtu.be/Vrq59w69RwkHow Strong is 3D Printed Metal?youtu.be/Vrq59w69RwkExploring Underwater with a 3D Printed Head Tracking FPV Camera Domeyoutu.be/SGGKnoSkMQ4*Instagram , TikTok, Facebook and Twitter: @electrosync* *Website: www.electrosync.com.au**Contact: studio@electrosync.com.au* #roomba #robotics #3dprinting
How Strong is 3D Printed Metal? electrosync 2022-05-02 | PCBWay for specialist 3D printing: pcbway.com/rapid-prototypingA little while back I designed a snap close connector (STL link below) and some of you wanted to know just how strong it was. But I also wanted to find out how strong the design could be if it was 3D printed in metal. PCBWay were kind enough to provide me with aluminium (AlSi10Mg) and stainless steel (316L) 3D printing services. Using their selective laser melting (SLM) 3D printers they printed some amazing parts that I assembled into my snap clips (frog). Next, I needed to build a tensile strength testing rig to test these things - and it was going to have to be strong! So I built a 1 tonne tensile testing machine that uses a bottle jack to tension the parts. The results were a little surprising!Electrosync designs featured in this video are available for free at Thangs.com:*Snap Close Connector:*thangs.com/designer/electrosync/3d-model/Snap%20Close%20Connector-31845?manualModelView=true*Print Buster 3000 - 1 Tonne Tensile Test Rig:*thangs.com/designer/electrosync/3d-model/Print%20Buster%203000%20-%201%20Tonne%20Tensile%20Test%20Rig-65151?manualModelView=trueCAD design was done in Fusion 360. Shot on Canon EOS M50, Insta360 One R, Insta360 Go 2, DJI Mini and iPhone for slow motion. I use Epidemic Sound for music and sound effects - sign up for your 30-day trial here:share.epidemicsound.com/jbztrl (affiliate link). *Time Stamps*0:00 Intro0:22 SLM 3D Printed Parts1:28 Building a Strength Tester 3:12 Strength Testing the Parts 7:57 Wrap Up*Watch Next:*3D Printed Pool Torpedoes - CO2 Propelledyoutu.be/VAyJWpTFGtYExploring Underwater with a 3D Printed Head Tracking FPV Camera Domeyoutu.be/SGGKnoSkMQ43D Printed Miniature Collapsible Crateyoutu.be/OGonTb9sQrQ3D Printing a Seat Belt Buckleyoutu.be/I1K7Dqjdyv8*Instagram, TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au* #3Dprinted #Metal #Strength
3D Printed CO2 Pool Torpedoes electrosync 2022-04-09 | Get the STL files for free at Thangs.com thangs.com/designer/electrosync/3d-model/CO2%20Pool%20Torpedo%20and%20Launcher-59871?manualModelView=trueWe all know that you can build CO2 rockets and CO2 dragsters, but what about using CO2 under water? When I was growing up, torpedoes were a big feature in movies, TV and video games and something about them fascinated me. Now that I’m all grown up, I decided to make my very own CO2 powered torpedoes that you can launch in a small space like a pool. After a prototype design that proved the concept, I settled on a three piece 3D printed design that houses a 16 gram carbon dioxide cartridge as well as ballast to keep everything traveling smoothly. Printing takes about six hours for the torpedo and another four hours for the launcher. The torpedoes are launched by a device with a spring loaded nail that pierces the seal on the CO2 cartridge and sets the torpedo on its way. These things are great fun! Down the track, I’m going to look at altering the launching system to fit a radio controlled vehicle for some underwater battles.The torpedo won't harm anyone, but be cautious around the launcher (sharp object) and CO2 gas (high pressure and cold)All parts were printed on Creality Ender 3 Pro using mostly 3D Fillies PLA+ filament with a 0.4 mm nozzle. The specific print settings and hardware used are listed on Thangs.com at the link below. CAD design was done in Fusion 360. Shot on Canon EOS M50, Insta360 One R, Insta360 Go 2, DJI Mini and iPhone for slow motion. I use Epidemic Sound for music and sound effects - sign up for your 30-day trial here:share.epidemicsound.com/jbztrl (affiliate link).Electrosync Designs Featured in this Video are Available at Thangs.com: CO2 Pool Torpedo and Launcher: thangs.com/designer/electrosync/3d-model/CO2%20Pool%20Torpedo%20and%20Launcher-59871?manualModelView=trueTime Stamps0:00 Intro0:18 Submarine Intel0:45 Design and Build 2:51 First Test3:13 Refining the Launcher3:40 Second test4:12 Redesign and Build4:52 Second Test5:22 Action Montage7:16 Free Files and What's NextWatch Next:Exploring Underwater with a 3D Printed Head Tracking FPV Camera Domeyoutu.be/SGGKnoSkMQ43D Printed Miniature Collapsible Crateyoutu.be/OGonTb9sQrQ3D Printing a Seat Belt Buckleyoutu.be/I1K7Dqjdyv8Make Your Own 3D Printed Snap Close Connectoryoutu.be/5h5bShThIvwInstagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au #3Dprinted #CO2 #Torpedo
Exploring Underwater with a Head Tracking FPV Camera electrosync 2022-01-12 | We all know that FPV is a lot of fun in the air with quadcopters and fixed wings, but what about from underneath a boat looking below the water? And what if you could immerse yourself in that underwater world and control the camera with your head? That’s what I wanted to find out, so I dusted off my big 3D printed catamaran RC boat (link to files below) and set about adding a head tracking, first person view camera system all housed in a waterproof dome with its own dedicated lighting system. I used a combination of 3D printing and acrylic to build the dome housing and LED lights to light things up (link to files below). Everything was waterproofed using a combination of hot glue, silicone sealant and polyester resin. The 3 axis pan and tilt mechanism is a cheap off the shelf unit that uses micro servos that provides about 180 degrees of rotation. An analogue FPV camera is used to provide the live video feed back to goggles and an Insta360 Go 2 provides the HD video recording. These are both mounted on a custom 3D printed mount that attaches to the pan and tilt mechanism (link to files below). Head tracking is done via an Arduino Nano BLE 33 running dlktdr’s HeadTracker firmware (link below) housed in a small 3D printed case (link to files below). This is all wired in to a radio control receiver and transmitter – I ran out of channels on the boat, so there are now two dedicated radio systems to control the boat and operate the FPV. Needless to say, it’s getting a little bit complicated to film all the action at the same time solo! Small parts were printed on a Creality Ender 3 Pro using 3D Fillies PLA+ filament with a 0.4 mm nozzle and 0.2 mm layer height. Large parts were printed on a Creality CR-10 in 3D Fillies PLA+ filament with a 0.6 mm nozzle and 0.36 mm layer height. Specific print settings are listed in the model links below. CAD design was done in Fusion 360. Shot on Canon EOS M50, Insta360 One R, Insta360 Go 2 and DJI Mini.Electrosync Designs Featured in this Video are Available at Thangs.com:Big 3D Printed RC Catamaran: thangs.com/electrosync/3D-Printed-RC-Catamaran-Utility-Boat-44098?manualModelView=trueDome Housing for Underwater Pan and Tilt Camera: thangs.com/electrosync/Dome-Housing-for-Underwater-Pan-and-Tilt-Camera--44080?manualModelView=true FPV and Insta360 Go 2 Dual Cam Mount and Blackout Covers for Pan and Tilt: thangs.com/electrosync/FPV-and-Insta360-Go-2-Dual-Cam-Mount-and-Blackout-Covers-for-Pan-and-Tilt--44092?manualModelView=true FPV Head Tracker Case for Arduino Nano BLE 33: thangs.com/electrosync/FPV-Head-Tracker-Case-for-Arduino-Nano-BLE-33--44091?manualModelView=true HeadTracker Firmware by dlktdr:github.com/dlktdr/HeadTrackerKey Parts Used in This Build:FPV Nylon Pan & Tilt Kit: https://core-electronics.com.au/fpv-nylon-pan-tilt-kit-without-servo.htmlArduino Nano BLE 33:https://core-electronics.com.au/arduino-nano-33-ble.htmlFoxeer Mini Predator 5 Racing FPV Camera 4ms Latency Super WDR: foxeer.com/foxeer-mini-predator-5-racing-fpv-camera-4ms-latency-super-wdr-g-306Insta360 Go 2: insta360.com/product/insta360-go2Time Stamps:0:00 Intro0:22 Why a Dome?1:14 Building the Dome 2:02 Lighting System2:48 Pan & Tilt and Head Tracking3:53 Wiring and Control Box4:38 Test Run5:12 Field Test 16:41 Field Test 29:00 What Did I Learn?Watch Next:3D Printed Miniature Collapsible Crateyoutu.be/OGonTb9sQrQ3D Printing a Seat Belt Buckleyoutu.be/I1K7Dqjdyv8Make Your Own 3D Printed Snap Close Connectoryoutu.be/5h5bShThIvwRC Minecraft Boat - 3D Printed and Radio Controlledyoutu.be/O1SIfNdOJJcInstagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au #Underwater #FPV #RC
3D Printed Miniature Collapsible Crate electrosync 2021-12-04 | Grab the .STL files for free at Thangs.com thangs.com/electrosync/Miniature-Collapsible-Crate-39244?manualModelView=trueCrates are great! And even better if they're miniature, collapsible and stackable! I designed a mini crate that you can use to store bits and pieces on your desk or workbench. It's simple to 3D print and easy to assemble suing snap fit connections and no hardware. Print them in your fav colours or mix and match for a rainbow look for all your storage needs. Other featured designs:Benchy by CreativeTools thingiverse.com/thing:763622Virus by greg_bejtlich thingiverse.com/thing:4166787Printed on Creality Ender 3 Pro using 3D Fillies PLA+ (Pink, Sand, Olive Drab, Light Grey, Dark Grey) with 0.4 mm nozzle, 0.2 mm layer height, 15% infill (or more). No supports required. Parts designed in Fusion360. Shot on Canon EOS M50.Watch Next: 3D Printing a Seat Belt Buckleyoutu.be/I1K7Dqjdyv8Make Your Own 3D Printed Snap Close Connectoryoutu.be/5h5bShThIvwRC Minecraft Boat - 3D Printed and Radio Controlledyoutu.be/O1SIfNdOJJcInstagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au #3DPrinting #Collapsible #Crate
Welcome to Electrosyncs Obscurely Useful Things electrosync 2021-11-19 | G'day and welcome! Alister here, and I design and build obscurely, useful, things. Join me as I make bigger, faster, better creations and test them out here. Featuring CAD/CAM, 3D printing, radio control, electronics and whatever else I can find to turn my ideas into reality.
3D Printing a Seat Belt Buckle electrosync 2021-11-07 | Grab the .STL files for free at Thangs.com thangs.com/electrosync/Seat-Belt-Buckle-Desk-Fidget-Toy-35206?manualModelView=trueDue to popular demand I've also created a wall mount hey holder based on this mechanism. You can find that here: thangs.com/electrosync/Wall-Mount-Key-Hanger-35523?manualModelView=true Seat belt buckles have a pretty satisfying mechanism, but it’s not a great idea to play with them on the road! Now you can 3D print your own fidget and desk seat belt buckle toy to play with anytime that you want. The design features a double action mechanism for locking and unlocking the tongue as well as ejecting it. It’s 100% 3D printed with no other hardware required. Featuring 20 plus different car tongue styles, you can rep your ride! Want a different car make or model style on your tongue? Edit your own or let me know what you want in the comments and I'll add it to the files so that you can get to 3D printing your own.Other featured designs:Puppet Tongue by Tiohkatrah: 3dmixers.com/m/142873-tongues-for-fursuits-and-puppetsPrinted on Creality Ender 3 Pro using (mostly) 3D Fillies PLA+ with 0.4 mm nozzle, 15% infill (or more) and the following part specific settings:Button Spring – 0.2 mm layer height, 3 mm brimButton – 0.2 mm layer height, supports and 3 mm brimCase Bottom – 0.2 mm layer heightCase Top – 0.2 mm layer heightLatch – 0.12 mm layer heightTongues – 0.2 mm layer height (colour changes optional)Parts designed in Fusion360. Shot on Canon EOS M50.0:00 Introduction and Design0:35 3D Printing and Build3:05 Rep your Ride Watch Next: Make Your Own 3D Printed Snap Close Connectoryoutu.be/5h5bShThIvwRC Minecraft Boat - 3D Printed and Radio Controlledyoutu.be/O1SIfNdOJJcSwooping Aussie Magpies vs 3D Printed Things - V2.0youtu.be/75f43MdU02YInstagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au#3DPrinted #Seatbelt #Fidget
Make Your Own 3D Printed Snap Close Connector electrosync 2021-10-23 | Grab the .STL files for free at Thangs.com thangs.com/electrosync/Snap-Close-Connector-31845This is a fun little 3D printed afternoon project. I based this design on Kong's Frog clip design that has had its patent expire. It's a popular gadget used for climbing and rescues. The connector was designed in Fusion 360 and it requires no support material. The design uses four 3D printed parts and one DIY torsion spring made from a paperclip. Some hardware is required to join the sides of the connector together. The parts print in about two hours and you probably have the few bits of hardware at home already.Seriously, don't use one of these to hold any sort of load or in a situation that could injure you or someone else.Parts list:3 x M3 x 14 mm screws3 x 3 mm washers50 mm paper clipOther featured designs:Fred the Frog design by Xx_SushiCat_xXL: thingiverse.com/thing:4838220WAP Keyring design by Electrosync: thingiverse.com/thing:4575669 Printed on Creality Ender 3 Pro and CR-10 3D printers using 3D Fillies PLA+ for the regular sized design with 0.4 mm nozzle at 0.2 layer height (Ender 3) and 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big one. Parts designed in Fusion360. Shot on Canon EOS M50. 0:00 Introducing the Frog(s)0:13 Product, Design and Printing0:44 Assembly3:03 Colour Show2:20 Things you can do4:06 Things you can't do4:09 Frog's DescentWatch Next: RC Minecraft Boat - 3D Printed and Radio Controlledyoutu.be/O1SIfNdOJJcSwooping Aussie Magpies vs 3D Printed Things - V2.0youtu.be/75f43MdU02Y3D Printing a Radio Controlled Drink and Snack Boat for the Poolyoutu.be/8s3EcwMF5F8Instagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au#3DPrinted #Connector #Gadget
Fishing with an RC Minecraft Boat in my Pool electrosync 2021-10-16 | Grab the files for free at Thangs.com thangs.com/electrosync/Radio-Controlled-Minecraft-Boat-28521If you want to own your very own radio control toy Minecraft boat with skipper Steve on board, you would be out of luck... until now. I designed a scale remote control boat in Fusion 360 that uses a brushed motor and propeller to drive the boat. There's also a realistic RC rowing action provided by a micro geared motor and 3D printed gearbox. The boat motors around and features realistic fishing action for catching trash and treasure in the water. Steve has two degrees of freedom powered by servos so that you can move his waist and right arm. A fishing rod is equipped with a neodymium magnet to haul in 3D printed items. You can control all this via the transmitter to have some fun in the pool or wherever else you like to boat and fish. Printed on Creality CR-10 and Ender 3 Pro 3D printers using 3D Fillies PLA+ and Sunlu Wood PLA with 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big parts and with 0.4 mm nozzle at 0.2 layer height (Ender 3) for the smaller parts. Parts designed in Fusion360. Shot on Canon EOS M50, 360 video footage shot on Insta360 One R and action cam footage on Insta360 Go 2.Key parts used in this build:Hobbywing Quicrun 1060 60A Waterproof Brushed ESCaliexpress.com/item/1005001335424744.htmlPololu 210:1 Micro Metal Gearmotor High Powerhttps://core-electronics.com.au/210-1-micro-metal-gearmotor-hp.htmlReceiver Switch On/off Control Electronic Switchaliexpress.com/item/1005003257944084.html370 DC Brushed Motoraliexpress.com/item/1005001572409419.html0:00 Intro1:05 3D Printing and Build5:31 Finished Boat 6:01 Hitting the Water7:35 How does it Perform?Watch Next: Swooping Aussie Magpies vs 3D Printed Things - V2.0youtu.be/75f43MdU02Y3D Printing a Radio Controlled Drink and Snack Boat for the Poolyoutu.be/8s3EcwMF5F8A Roomba That Cleans Your Poolyoutu.be/LYQXTy6JqXoInstagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au#Minecraft #RC #3Dprinted
Swooping Aussie Magpie vs 3D Printed Things - V2.0 electrosync 2021-08-30 | Swooping Aussie magpies are scary! The birds swoop and attack during the spring time in Australia. After last spring's video where I 3D printed things to defend against the swooping birds, I received a bit of feedback from you all. So, here we have version 2.0 of bigger and better defenses made using 3D printing - all road tested against a real Swoopy Boi.The experiment features new, improved versions of the cable ties, fake eyes and robotic bird. The new version of the Madpie 3000 features the form of a Peregrine Falcon with flapping wing action powered by a LiPo battery, brushed motor and helical gears attached to tie rods. The high powered CREE LEDs return for eyes and this time around the robot bird faces backwards because you all told me I was stupid! The future of Magpie attached prevention is now! Printed on Creality CR-10 and Ender 3 Pro 3D printers using 3D Fillies PLA+ with 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big parts and with 0.4 mm nozzle at 0.2 layer height (Ender 3) for the smaller parts. The small or detailed parts were printed on a Creality ld-002r resin printer. Parts designed in DesignSpark Mechanical. Shot on Canon EOS M50, 360 video footage shot on Insta360 One R and action cam footage on Insta360 Go 2.0:00 Intro0:23 Australian Magpie0:36 Test Set-up0:51 Control1:20 Cable Pies V22:02 Pie Eyes V22:44 Pie Eyes V33:17 Madpie 3000 V24:35 Summing UpWatch Next 3D Printing a Radio Controlled Drink and Snack Boat for the Poolyoutu.be/8s3EcwMF5F8A Roomba That Cleans Your Poolyoutu.be/LYQXTy6JqXo3D Printed RC Utility Boat - Hull and Drive System - Part 1youtu.be/0KblE-0bh7o3D Printed RC Utility Boat - Water Sampling System - Part 2youtu.be/Bp1Fw5bALzA3D Printed RC Utility Boat - Water Sampling Mission - Part 3youtu.be/_eIvHU9HcfsSwooping Aussie Magpie Versus 3D Printed Defencesyoutu.be/tfjzxrPUkpgInstagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au#3Dprinted #Swooping #Magpie
Building an Overpowered RC Drink and Snack Pool Boat electrosync 2021-08-15 | A radio controlled boat that delivers drinks and snacks in your pool for summer fun! That’s what I searched for online and found one model that had been discontinued. So why not build a 3D printed one? To make it a little more fun, I added a water cannon, sound system with MP3 player, FPV and a tiny little pirate flag all operated via remote control - all made using 3D printing and standard RC gear. Not only will it cater for your pool party, but it will also raise the pirate flag and attack using its water pistol. Keep your eye on which flag is raised! Printed on Creality CR-10 and Ender 3 Pro 3D printers using 3D Fillies PLA+ with 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big parts and with 0.4 mm nozzle at 0.2 layer height (Ender 3) for the smaller parts. The small or detailed parts were printed on a Creality ld-002r resin printer. Parts designed in DesignSpark Mechanical. Shot on Canon EOS M50, 360 video footage shot on Insta360 One R and action cam footage on Insta360 Go 2.Parts featured in this video:12-24V 20A Brushless Motor 4 Blade Underwater Thruster https://s.click.aliexpress.com/e/_9wlmEs (affiliate link)30 Amp Bidirectional Brushless ESChttps://s.click.aliexpress.com/e/_A5qG36 (affiliate link)HobbyKing 30A Boat ESC 3A UBEChobbyking.com/en_us/hobbyking-30a-boat-esc-3a-ubec.html12V Diaphragm Pumphttps://s.click.aliexpress.com/e/_9itLqy (affiliate link)Foxeer Razer Mini HD 5MP 2.1mm FPV Camerahttps://s.click.aliexpress.com/e/_9Hbvda0:00 Intro0:37 Design and Build2:52 How it All Works3:29 Pool Party!Watch Next A Roomba That Cleans Your Poolyoutu.be/LYQXTy6JqXo3D Printed RC Utility Boat - Hull and Drive System - Part 1youtu.be/0KblE-0bh7o3D Printed RC Utility Boat - Water Sampling System - Part 2youtu.be/Bp1Fw5bALzA3D Printed RC Utility Boat - Water Sampling Mission - Part 3youtu.be/_eIvHU9HcfsSwooping Aussie Magpie Versus 3D Printed Defencesyoutu.be/tfjzxrPUkpgInstagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au#3Dprinted #RadioControlled #Pool
Monitor Water Quality with a 3D Printed RC Utility Boat electrosync 2021-06-13 | I've had a lot of requests to release the files for my 3D printed radio controlled utility boat. I finally found the time to refine them and I've also produced a Build Guide to go with them. At this stage the files and guide are only for the hull and drive system (pretty much the boat in the first few shots of this video). If there is enough interest, I will also release the files for the modular deck and water sampling system. You can grab them on Thingiverse: thingiverse.com/thing:4884505Watch Next A Roomba That Cleans Your Poolyoutu.be/LYQXTy6JqXo3D Printed RC Utility Boat - Hull and Drive System - Part 1youtu.be/0KblE-0bh7o3D Printed RC Utility Boat - Water Sampling System - Part 2youtu.be/Bp1Fw5bALzA3D Printed RC Utility Boat - Water Sampling Mission - Part 3youtu.be/_eIvHU9HcfsSwooping Aussie Magpie Versus 3D Printed Defencesyoutu.be/tfjzxrPUkpgInstagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au#3Dprinted #Monitoring #WaterQuality
Building a Pool Cleaning Roomba electrosync 2021-06-04 | Roombas and robotic vacuums are good at cleaning floors, but can they be converted with the help of 3D printing to move on water and clean pools? This is the question I’ve been pondering for a while. I picked up a cheap Roomba lookalike robot vacuum and built it into a pool skimming, debris eating robot with a personality. Printed on Creality CR-10, Ender 3 Pro and LD-002R 3D printers using 3D Fillies PLA+ with 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big parts and with 0.4 mm nozzle at 0.2 layer height (Ender 3) for the smaller parts. Parts design and modification was done by me in DesignSpark Mechanical. Shot on Canon EOS M50, 360 video footage shot on Insta360 One R and DJI Mavic Mini for the aerial shots.00:00 Intro00:40 Build Platform01:12 Starting the Build02:25 Float and Finishing Touches02:59 Pool Test04:51 OutroWatch Next 3D Printed RC Utility Boat - Hull and Drive System - Part 1youtu.be/0KblE-0bh7o3D Printed RC Utility Boat - Water Sampling System - Part 2youtu.be/Bp1Fw5bALzA3D Printed RC Utility Boat - Water Sampling Mission - Part 3youtu.be/_eIvHU9HcfsSwooping Aussie Magpie Versus 3D Printed Defencesyoutu.be/tfjzxrPUkpgMaking an Apple AirPods Pro Hair Dryer - 3D Printed EDF and LiPo Poweredyoutu.be/K3Rf27UVzZcInstagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au#Roomba #3Dprinted #Pool
3D Printed RC Utility Boat - Water Sampling Mission - Part 3 electrosync 2021-04-04 | I designed and 3D printed a big radio controlled boat. It's designed as a sort of utility airboat and will house water monitoring and other utility systems. In part three of this video series I take the boat out to a lake to test the water sampling systems and then have the samples analysed for blue-green algae. You can check out the algae test result reports here: https://electrosync.com.au/2021/01/08/3d-printed-rc-utility-boat/Printed on Creality CR-10 and Ender 3 Pro 3D printers using 3D Fillies PLA+ with 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big parts and with 0.4 mm nozzle at 0.2 layer height (Ender 3) for the smaller parts. Parts design and modification was done by me in DesignSpark Mechanical. Shot on Canon EOS M50, 360 video footage shot on Insta360 One R and DJI Mavic Mini for the aerial shots.00:00 Intro00:45 Hitting the Road01:26 Lake Moodemere02:06 Quick Test02:38 Collecting the Samples04:26 Back on the Road05:07 Water Test Results06:39 OutroWatch Next 3D Printed RC Utility Boat - Part 1 - Hull and Drive Systemyoutu.be/0KblE-0bh7o3D Printed RC Utility Boat - Part 2 - Water Sampling Systemyoutu.be/Bp1Fw5bALzASwooping Aussie Magpie Versus 3D Printed Defencesyoutu.be/tfjzxrPUkpgMaking an Apple AirPods Pro Hair Dryer - 3D Printed EDF and LiPo Poweredyoutu.be/K3Rf27UVzZcEscalator Bait Prank - Apple AirPods Pro youtu.be/idqln_GTZO0 Instagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au#3Dprinted #RadioControlled #Boat
3D Printed RC Utility Boat - Water Sampling System - Part 2 electrosync 2021-03-13 | I designed and 3D printed a big radio controlled boat. It's designed as a sort of utility airboat and will house water monitoring and other utility systems. In part two of this video series I build a remotely operated water sampling system and sample bottle carousel.Printed on Creality CR-10 and Ender 3 Pro 3D printers using 3D Fillies PLA+ with 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big parts and with 0.4 mm nozzle at 0.2 layer height (Ender 3) for the smaller parts. Parts design and modification was done by me in DesignSpark Mechanical. Shot on Canon EOS M50, 360 video footage shot on Insta360 One R and DJI Mavic Mini for the aerial shots.Bits and pieces featured in this video:3D Fillies PLA+ Arduino Nano EveryNema 17 Stepper MotorMatek Systems UBEC Duo Flytron Cree LED12 v self priming water pumpLots of wiringWatch Next 3D Printed RC Utility Boat - Part 1 - Hull and Drive Systemyoutu.be/0KblE-0bh7oSwooping Aussie Magpie Versus 3D Printed Defencesyoutu.be/tfjzxrPUkpgMaking an Apple AirPods Pro Hair Dryer - 3D Printed EDF and LiPo Poweredyoutu.be/K3Rf27UVzZcEscalator Bait Prank - Apple AirPods Pro youtu.be/idqln_GTZO0 00:00 Intro01:22 Changes Since the Last Video02:37 Building the Sample System03:12 Wiring the Electronics03:53 Still Building the Sample System04:22 Overview of Modules04:46 Bench Testing the Sample System07:05 OutroInstagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au#3Dprinted #RadioControlled #Boat
Subway PLAY Gaming Console #shorts electrosync 2021-01-26 | I 3D printed a Subway gaming console: The Subway PLAY. Easy dubs and warm subs! Sure to give the KFConsole, McDonalds McRig and Burger King BK Box a run for their money!Printed on Creality CR-10 and Ender 3 Pro 3D printers using 3D Fillies PLA+ with 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big parts and with 0.4 mm nozzle at 0.2 layer height (Ender 3) for the smaller parts. Watch Next 3D Printed RC Utility Boat - Part 1 - Hull and Drive Systemyoutu.be/0KblE-0bh7oSwooping Aussie Magpie Versus 3D Printed Defencesyoutu.be/tfjzxrPUkpgMaking an Apple AirPods Pro Hair Dryer - 3D Printed EDF and LiPo Poweredyoutu.be/K3Rf27UVzZcEscalator Bait Prank - Apple AirPods Pro youtu.be/idqln_GTZO0 Instagram and Twitter: @electrosync #shorts
Burger King BK Box Gaming Console #shorts electrosync 2021-01-14 | I 3D printed a Burger King gaming console: The BK Box. It flame grills and thrills! Sure to give the KFConsole and McDonalds McRig a run for it's money!Printed on Creality CR-10 and Ender 3 Pro 3D printers using 3D Fillies PLA+ with 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big parts and with 0.4 mm nozzle at 0.2 layer height (Ender 3) for the smaller parts. Watch Next 3D Printed RC Utility Boat - Part 1 - Hull and Drive Systemyoutu.be/0KblE-0bh7oSwooping Aussie Magpie Versus 3D Printed Defencesyoutu.be/tfjzxrPUkpgMaking an Apple AirPods Pro Hair Dryer - 3D Printed EDF and LiPo Poweredyoutu.be/K3Rf27UVzZcEscalator Bait Prank - Apple AirPods Pro youtu.be/idqln_GTZO0 Instagram and Twitter: @electrosync #shorts
McDonalds McRig Gaming Console #shorts electrosync 2021-01-10 | I 3D printed a McDonald's gaming console based on MotionD's conceptual design named the 'McRig'. Sure to give the KFConsole a run for it's money!Printed on Creality CR-10 and Ender 3 Pro 3D printers using 3D Fillies PLA+ with 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big parts and with 0.4 mm nozzle at 0.2 layer height (Ender 3) for the smaller parts. Watch Next 3D Printed RC Utility Boat - Part 1 - Hull and Drive Systemyoutu.be/0KblE-0bh7oSwooping Aussie Magpie Versus 3D Printed Defencesyoutu.be/tfjzxrPUkpgMaking an Apple AirPods Pro Hair Dryer - 3D Printed EDF and LiPo Poweredyoutu.be/K3Rf27UVzZcEscalator Bait Prank - Apple AirPods Pro youtu.be/idqln_GTZO0 Instagram and Twitter: @electrosync #shorts
KFConsole - KFC Gaming Console #shorts electrosync 2021-01-01 | We all want one, so I designed and 3D printed a KFConsole. Featuring a toasty chicken warming drawer and able to play great games like I Love You, Colonel Sanders! at an incredible 240 FPS!**May not actually warm chicken or play games.Printed on Creality CR-10 and Ender 3 Pro 3D printers using 3D Fillies PLA+ with 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big parts and with 0.4 mm nozzle at 0.2 layer height (Ender 3) for the smaller parts. Watch Next 3D Printed RC Utility Boat - Part 1 - Hull and Drive Systemyoutu.be/0KblE-0bh7oSwooping Aussie Magpie Versus 3D Printed Defencesyoutu.be/tfjzxrPUkpgMaking an Apple AirPods Pro Hair Dryer - 3D Printed EDF and LiPo Poweredyoutu.be/K3Rf27UVzZcEscalator Bait Prank - Apple AirPods Pro youtu.be/idqln_GTZO0 Instagram and Twitter: @electrosync #shorts
3D Printed RC Utility Boat - Hull and Drive System - Part 1 electrosync 2020-10-14 | I designed and 3D printed a big radio controlled boat. It's designed as a sort of utility airboat and will house water monitoring and other utility systems. In part one of this video series I build the basics of the boat and test it out on some open water.Printed on Creality CR-10 and Ender 3 Pro 3D printers using 3D Fillies PLA+ and Aurarum Carbon PLA with 0.6 mm nozzle at 0.36 mm layer height (CR-10) for the big parts and with 0.4 mm nozzle at 0.2 layer height (Ender 3) for the smaller parts. Parts design and modification was done by me in DesignSpark Mechanical. Shot on Canon EOS M50, 360 video footage shot on Insta360 One R and DJI Mavic Mini for the aerial shots.STL files and a build guide now available on Thingiverse: thingiverse.com/thing:4884505Bits and Pieces featured in this video:3D Phillies PLA+ Aurarum Carbon PLA4S Lithium Battery Pack Power Indicator BoardPropdrive V2 3536 910 KV Brushless MotorAerostar RVS 60A Electronic Speed Controller W/ReverseDynam Carbon Fiber 11 x 5.5 Propeller Spektrum AR8000 Receiver with TM1000 Telemetry ModulePower HD LW-20 KG Waterproof Digital ServoZippy 5000 mah 30C LiPo BatteryWatch Next 3D Printed RC Utility Boat - Part 2 - Water Sampling Systemyoutu.be/Bp1Fw5bALzASwooping Aussie Magpie Versus 3D Printed Defencesyoutu.be/tfjzxrPUkpgMaking an Apple AirPods Pro Hair Dryer - 3D Printed EDF and LiPo Poweredyoutu.be/K3Rf27UVzZcEscalator Bait Prank - Apple AirPods Pro youtu.be/idqln_GTZO0 00:00 Intro and Design01:30 3D Printing02:33 Assembling the Boat05:39 Float Test06:29 Electronics07:55 Test on Open Water09:57 OutroInstagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au#3Dprinted #RadioControlled #Boat
Swooping Aussie Magpie vs 3D Printed Defenses - V1.0 electrosync 2020-09-20 | There’s nothing more Aussie than a swooping magpie in spring! They’re a common bird around Australia and the bane of cyclists and walkers for a few weeks of the year when they attack. I thought I’d try and 3D print some defence mechanisms and see if they actually work to reduce or stop the birds swooping.Printed on Creality CR-10 and Ender 3 Pro 3D printers using 3D Fillies PLA+ at 0.36 layer height (CR-10) for the big parts and 0.2 layer height (Ender 3) for the smaller parts. Parts design and modification was done in DesignSpark Mechanical. 360 video footage shot on Insta360 One R0:00 Intro0:28 Australian Magpie1:00 Test Set-up1:29 Control2:09 PLAstick2:47 Pie Eyes3:28 Cable Pies4:03 Madpie-30004:59 Statistyncs5:32 OutroFeatured 3D Print Designs Customizable Cable Tie by jetty: thingiverse.com/thing:58776Strobon V2 Navigation Lightsstore.flytron.com/collections/led-light-systems/products/strobon-v2-navigation-lightWatch Next 3D Printed RC Utility Boat - Part 1 - Hull and Drive Systemyoutu.be/0KblE-0bh7o3D Printed RC Utility Boat - Part 2 - Water Sampling Systemyoutu.be/Bp1Fw5bALzAMaking an Apple AirPods Pro Hair Dryer - 3D Printed EDF and LiPo Poweredyoutu.be/K3Rf27UVzZcEscalator Bait Prank - Apple AirPods Pro youtu.be/idqln_GTZO0 Making Wearable Giant Apple AirPods: youtu.be/7pp0AKJRBJ4 Making 3D Printed Rubber Stamps that are Relevant in 2020 youtu.be/Xu2fmJkUAVU Making Aglets for Shoe Laces and Hoodies youtu.be/lTfMYblWXXU Making Modular Chopsticks: youtu.be/FgqofX3QBMk Instagram , TikTok, Facebook and Twitter: @electrosync Website: www.electrosync.com.auContact: studio@electrosync.com.au#swooping #magpies #3DPrinted
