instagram story viewer > #DIYTech

#DIYTech

Posts
💧🚰 Water Level Monitoring WITHOUT Arduino! This system detects water levels using basic electronic components and gives instant indication and alerts. No coding, no microcontroller — just smart circuit logic 🔥 @roboarmy.in Perfect for tanks, overflow prevention, and students 👌 #ElectronicsProjects #DIYTech #WaterManagement #EngineeringReels #TechInnovation
💧🚰 Water Level Monitoring WITHOUT Arduino! This system detects water levels using basic electronic components and gives instant indication and alerts. No coding, no microcontroller — just smart circuit logic 🔥 @roboarmy.in Perfect for tanks, overflow prevention, and students 👌 #ElectronicsProjects #DIYTech #WaterManagement #EngineeringReels #TechInnovation
Transform Your Old TV into a Smart TV Using Just a USB Cable #OldTVHack #SmartTVTrick #TechTip #USBPort #DIYTech SaveMoney TVUpgrade HiddenFeature TechHacks OldTVNewLife
Transform Your Old TV into a Smart TV Using Just a USB Cable #OldTVHack #SmartTVTrick #TechTip #USBPort #DIYTech SaveMoney TVUpgrade HiddenFeature TechHacks OldTVNewLife
Inventor Colin Furze replaced bike suspension with opposing magnets. Using magnetic repulsion as a spring substitute, he built a hinged frame with magnets at compression points. The first attempt failed from frame flex. He rebuilt with reinforced steel and upgraded to neodymium magnets, which attracted tools and required non-magnetic materials nearby. The final version absorbs small bumps without springs or damping fluid, just magnetic force and alignment. It works on flat terrain but fails under stress, proving magnetic suspension functions but isn't practical. 🚨 Follow @aidisruptor for the latest in AI and tech innovation. Credit: @realcolinfurze on Youtube DM for credit/removal (no copyright intended) #tech​ #technology​ #engineering​ #diyengineering​ #technews​ #bicycle​ #bike​ #suspension​ #magneticforce​ #magneticfield​ #inventions​ #diybike​ #diytech​ #neodymiummagnet​ #magneticsuspension​
Inventor Colin Furze replaced bike suspension with opposing magnets. Using magnetic repulsion as a spring substitute, he built a hinged frame with magnets at compression points. The first attempt failed from frame flex. He rebuilt with reinforced steel and upgraded to neodymium magnets, which attracted tools and required non-magnetic materials nearby. The final version absorbs small bumps without springs or damping fluid, just magnetic force and alignment. It works on flat terrain but fails under stress, proving magnetic suspension functions but isn't practical. 🚨 Follow @aidisruptor for the latest in AI and tech innovation. Credit: @realcolinfurze on Youtube DM for credit/removal (no copyright intended) #tech​ #technology​ #engineering​ #diyengineering​ #technews​ #bicycle​ #bike​ #suspension​ #magneticforce​ #magneticfield​ #inventions​ #diybike​ #diytech​ #neodymiummagnet​ #magneticsuspension​
Most people solder WRONG… here’s how to actually do it 🔥 Clean tip. Heat the joint (not the solder). Let it flow. Done. If your joints look dull, blobby, or weak — this will fix it. Save this so you don’t forget ⚡ Follow for more clean electronics tips #soldering #electronics #diytech #maker #engineering
Most people solder WRONG… here’s how to actually do it 🔥 Clean tip. Heat the joint (not the solder). Let it flow. Done. If your joints look dull, blobby, or weak — this will fix it. Save this so you don’t forget ⚡ Follow for more clean electronics tips #soldering #electronics #diytech #maker #engineering
#diy #diyscience #diytech
#diy #diyscience #diytech
DIY or Danger? Turning a Pencil into a Soldering Iron with Just a 9V Battery In this eye-catching reel, creativity meets conductivity as a simple pencil is transformed into a makeshift soldering iron, using only a 9V battery, a safety pin, and basic electrical components. It’s a striking example of resourcefulness and scientific curiosity, demonstrating how graphite’s conductive properties can be harnessed to generate heat through electrical resistance. ✏️🔋🔥 Here’s how it works: the graphite core of the pencil acts as a resistor. When electric current from the battery flows through it, the resistance causes the graphite to heat up, becoming hot enough — in theory — to melt solder. This principle, while grounded in basic electrical engineering, is usually found in controlled lab setups or as an experiment in physics classes. In this case, it's applied to create a tool for quick, low-precision soldering tasks. ⚠️ But while the innovation is impressive, it comes with serious safety caveats. As highlighted in numerous electronics safety resources, improvised tools like this pose risks of: Electrical shocks, especially from exposed terminals Burn injuries, as the heated graphite and metal components reach high temperatures Fire hazards, if flammable materials are nearby or the battery short-circuits Poor control, leading to damage on sensitive electronic components It’s important to note that this DIY soldering iron is not a replacement for commercial soldering equipment, which includes temperature regulation, insulation, and precision tips for safe, effective use. Still, as a conceptual demonstration, it’s a fascinating way to explore material science, conductivity, and emergency problem-solving. This reel is a reminder of both human ingenuity and the importance of understanding the boundaries between creativity and caution. 🚧✨ --- #DIYTech #SolderingHack #GraphiteConductivity #ScienceInEverydayLife #MakersGonnaMake ElectronicsSafety EmergencyEngineering STEMProject InnovateResponsibly PencilSolderingIron TechDIYFailsafe ConductiveCreativity
DIY or Danger? Turning a Pencil into a Soldering Iron with Just a 9V Battery In this eye-catching reel, creativity meets conductivity as a simple pencil is transformed into a makeshift soldering iron, using only a 9V battery, a safety pin, and basic electrical components. It’s a striking example of resourcefulness and scientific curiosity, demonstrating how graphite’s conductive properties can be harnessed to generate heat through electrical resistance. ✏️🔋🔥 Here’s how it works: the graphite core of the pencil acts as a resistor. When electric current from the battery flows through it, the resistance causes the graphite to heat up, becoming hot enough — in theory — to melt solder. This principle, while grounded in basic electrical engineering, is usually found in controlled lab setups or as an experiment in physics classes. In this case, it's applied to create a tool for quick, low-precision soldering tasks. ⚠️ But while the innovation is impressive, it comes with serious safety caveats. As highlighted in numerous electronics safety resources, improvised tools like this pose risks of: Electrical shocks, especially from exposed terminals Burn injuries, as the heated graphite and metal components reach high temperatures Fire hazards, if flammable materials are nearby or the battery short-circuits Poor control, leading to damage on sensitive electronic components It’s important to note that this DIY soldering iron is not a replacement for commercial soldering equipment, which includes temperature regulation, insulation, and precision tips for safe, effective use. Still, as a conceptual demonstration, it’s a fascinating way to explore material science, conductivity, and emergency problem-solving. This reel is a reminder of both human ingenuity and the importance of understanding the boundaries between creativity and caution. 🚧✨ --- #DIYTech #SolderingHack #GraphiteConductivity #ScienceInEverydayLife #MakersGonnaMake ElectronicsSafety EmergencyEngineering STEMProject InnovateResponsibly PencilSolderingIron TechDIYFailsafe ConductiveCreativity
Old Phone Gets a Genius Upgrade! Our Girl REACTS 🫣 #techupgrade #phonehacks #reactionvideo #diytech #surprisereaction
Old Phone Gets a Genius Upgrade! Our Girl REACTS 🫣 #techupgrade #phonehacks #reactionvideo #diytech #surprisereaction
Giving old vinyl a second life 🎵 #diytech #vinylrecord #speakerdiy #upcycleideas #creativebuild
Giving old vinyl a second life 🎵 #diytech #vinylrecord #speakerdiy #upcycleideas #creativebuild
Don’t throw away your old HDD! Turn your old hard drive into a removable external storage with a simple case 📦✨ Smart reuse, more storage, less waste — tech hacks that save money! #TechHack #ExternalStorage #OldHDD #DIYTech
Don’t throw away your old HDD! Turn your old hard drive into a removable external storage with a simple case 📦✨ Smart reuse, more storage, less waste — tech hacks that save money! #TechHack #ExternalStorage #OldHDD #DIYTech
Turning an old PC power supply into a standalone workbench PSU. No talking — just clicks, cables, and power. 🔊 sound on What I used is the ATX power supply breakout adapter. Click the LINK IN BIO for the device. . . . . #Asmrtech #pcparts #diytech
Turning an old PC power supply into a standalone workbench PSU. No talking — just clicks, cables, and power. 🔊 sound on What I used is the ATX power supply breakout adapter. Click the LINK IN BIO for the device. . . . . #Asmrtech #pcparts #diytech
Inside a DC motor, strong magnets, armature coils, and a commutator work together. When current flows, a magnetic field is created, producing motion. Small device, powerful technology! #DCMotor #ElectricMotor #Magnet #Armature #TechExplained #Engineering #DIYTech
Inside a DC motor, strong magnets, armature coils, and a commutator work together. When current flows, a magnetic field is created, producing motion. Small device, powerful technology! #DCMotor #ElectricMotor #Magnet #Armature #TechExplained #Engineering #DIYTech
#diy #diyscience #diytech
#diy #diyscience #diytech
back to up