Bøger udgivet af Make Community, LLC

Paper printers can print in color, why not 3D printers? Well, now they can! New multicolor and multi-material 3D printers are more approachable than ever à à Ã?Â[ and theyà à Ã?Â[ re good! In this issue of Make: we go in depth with the latest multi-filament 3D printing systems from Bambu Labs, Prusa Research, and others to show you how to get the best color 3D prints. But even though you can print multicolor pieces, should you? From waste towers to orientation issues, we walk you through the pros and cons of printing all-in-one color pieces versus assembling separate color parts. Then, get the download on next-level resin printing that can produce pieces in literal seconds! Next, take a look at HueForge, a surprising technique for 3D printing full-color reliefs that look like digital paintings. And, can AI make ready-to-print 3D objects? The answer is à à Ã?Â[?à à Ã?Â] Kind of! Plus, 21 projects for you to make, including: Craft a cuddly companion robot that moves and lights up through sight and touch Make a DIY mobility walker for cheap Create a highly customizable alarm clock with a pixel display Build a ham radio antenna out of an actual tin of ham! Make a giant LED Ouija board and send spooky messages via Wi-Fi Turn a hardwood cutting board into a gorgeous end table Design your vinyl cutter projects for fast weeding and application Make a simple animatronic robot with AI that knows how to follow your face And much more!

"[This book presents] a crash course in the joys of musical circuitry that teaches makers to become musicians, and musicians to become makers. Written for total beginners, this guide uses more than 40 hands-on experiments and projects to build whimsical, wild, and just plain weird gizmos."--

Cosplay is the perfect gateway to making. What better way to celebrate fantasy worlds than to role-play as your favorite characters â and build versatile skills along the way! In the latest issue of Make: we show you how to use EVA foam to make realistic fake leather, weld together 3D prints for BIG armor builds, and use Bekonix's easy drag-and-drop timelines to program cosplay lights, motors, and audio. Then, take it further by conceptualizing your own original character from the ground up. Plus, star cosplayers share their favorite tools, techniques, and communities. Includes 42 projects you can make: Create a camera obscura to view the upcoming solar eclipse Sew versatile squishy sensors Build your own gadget geocache puzzle Save big $$ with a DIY photo light meter Track periods and the lunar calendar offline with an illuminating display How to 3D print in metal And much more!

In this issue's cover story, we go inside how an FX team built a working R/C prop of the famous disembodied hand "Thing" from Netflix's Wednesday, and how you can bring your own props and robots to life with channel mixing, telemetry, and on-the-fly programming using OpenTX for your R/C transmitter. Then, we dive into exciting DIY music projects, starting with the burgeoning synth DIY (SDIY) scene. Get the ins and outs of how to kit out your modular synth setup, then build your own simple synth and learn what makes it squeal with the Mt. Brighton Avalanche Oscillator. Or, go low-tech with a great-sounding Soda Bottle Marimba you can build for pennies, or 3D print your own speakers and instruments. Plus, 33 projects and skills, including: Program animations for mechanical flip-dot displays Sharpen your knife skills by carving a chain from a tree branch Etch custom designs into brass using salt water and electricity Carve two different universal clamps for your CNC projects Learn tips and techniques for getting glass-like 3D prints from clear filaments And much more!

What's new in digital fabrication? So much! In Make: Vol. 84 we show you how adding dedicated SBCs, like a Raspberry Pi, make 3D printers vastly smarter and up to five times faster. New laser engravers can cut metal for under $2,000, and cheap workhorse diode lasers are everywhere. Pro-level 3D scanning is on your phone, and 3D design software has a flavor for every style of maker. Now's the time to level up! Plus, we dive into how makers can (ethically) use generative A.I. to create audio, images, text, code, and 3D models for your next project! Plus, 23 Projects & Skills, including: Build a $30 Vertical Wind Turbine Create Wearable Soft Speakers Wow your friends with a DIY Ambient TV Backlight Sew decorative Light-Up Zodiac Embroidery Get involved with Amateur Radio and Software Defined Radio (SDR) And much more!

It's been another tumultuous year in the world of embedded electronics: Supply chain snags have scarcely relented, while new chips jostle for position as the go-to for makers. In this issue of Make: , we look at how scarcity is affecting the industry and impacting new and stalwart boards alike. We explore how RISC-V chip architecture is putting open silicon in the hands of makers. And if your favorite board is out of stock, we offer smart substitutes. Also included is our annual Make: Guide to Boards comparing 79 of the hottest microcontrollers, single-board computers, and FPGAs â with an emphasis on those you can actually get your hands on. Plus, 25 projects to make, including: Use full-color LED strings and a Pixelblaze controller to make cuddly animated pillows. Stitch a stylish and sturdy roll-up tool carrier for on-the-go fixes and builds. Convert your 3D printer to 5-axis and print the impossible. Take control of smart home gadgets with Z-Wave and Raspberry Pi. Make a fun paper airplane that blows bubbles as it soars. And much more!

Responding effectively to emergencies, from short power outages on up to natural disasters lasting weeks or months, is almost always a result of preparation. With a little forethought, know-how, and advance planning, makers with a DIY and community mindset are fantastically positioned to help themselves and others in extreme situations. In this issue of Make: , get a crash course in emergency prep with our HUGE maker's survival guide filled with projects and resources that you can get started with today. Next, MacGyver creator Lee Zlotoff explains how a maker mindset can help you manage when a crisis seems overwhelming. Get an overview of how the growing Internet of Production helps communities respond faster and cheaper to disasters with locally-sourced resources and rapid manufacturing. Then, build a solar-powered lamp out of a soda bottle that's both decorative and resourceful. And, learn how to "lnuke-proof" your ride from EMPs with superfast surge suppression. Plus, 55 projects you can build, including: Build a light-up kaleidoscope using wireless LEDs Make an easy solar-powered phone charger Twist bamboo to make a Japanese shiorido garden gate Make a weather station using battery-free perpetual computing Halloween projects: Smoking skull mask, edible eyeballs, spooky costumes, and more!

Maker's Notebooks are the perfect place to write your own ideas, diagrams, sketches, calculations and notes and make excellent gifts for all the Maker, Crafter, Teacher, Student, Engineer, Inventor, Scientist, Dreamers out there...hey that sounds like you! The Maker's Notebook (10" x 7") contains 150 pages of engineering graph paper with 20 pages of excellent Maker reference material. New introduction and content from DIY tech and cyberculture writer - editor, Gareth Branwyn, covering microcontrollers, 3D Printer Filament Guide, and of course, more tips and tricks with the team at Make: and the Maker Community itself. This special gift boxed version will protect the notebook for years to come and includes a 3-month Make: Digital Membership code with access to more than 70 back issues of Make: magazine.

Put your bot-building skills to the test by going head-to-head with your best pals in radio-controlled, weapon-laden robot combat ... It's Robot Rumble time! From antweight to heavyweight, we show you what you need to know to build, fight, and WIN! Get an overview of popular combat robot types and the best starter kits, or jump right in with step-by-step instructions to build your first antweight combat robot for cheap! Learn expert tips for victory in the arena, and go behind the scenes to see what it takes to start a combat robot league from the ground up. Plus, 53 projects and tips including: Hack your sleep with a wearable dream incubator Hot-rod a K40 laser cutter with hacks and mods Light up your outfit or costume with wireless, inductive LEDs Build a musical drum robot as a doorbell or MIDI instrument And much more!

Make: Guide to Boards 2021 Looking back at the electronics scene in 2021 will likely be as much about what wasn't available as what was new and exciting. Global manufacturing complications from Covid-19 meant that chips and components were in short supply across the board, from consumer electronics to cars to maker-focused dev boards. But despite the shortages, in this issue of Make: we look at the new microcontrollers, single-board computers, and FPGAs that you're going to love getting your hands on! First up, we talk to Raspberry Pi's founder and CEO Eben Upton about the company's surprise move to silicon manufacturing with the RP2040 microcontroller chip, their partnering with other board makers, and an unexpected new product announcement. Next, learn what you can do with the new Programmable I/O on the RP2040 chip. And, use our handy flowchart to transfer your messy breadboarded project into an elegant, usable circuit board. Then, get info on the latest boards -- in dazzling augmented reality -- and compare more than 100 new and popular microcontrollers in our Make: Guide to Boards special insert. Plus, 39 projects to explore, including: Build a mini replica TV from The Simpsons that's always playing one of you favorite episodes Bring Insta filters into the real world with a DIY film wigglegram camera lens 3D-print a cheap wood lathe that really works! Assemble a light-up, configurable USB macro keypad to speed up work apps, gaming, streaming, everything! Amateur Scientist, Remaking History, Toy Inventor's Notebook, book excerpts, and much more!

Make: High-Power Rockets is for all the science geeks who look at the moon and try to figure out where Neil Armstrong walked, watch in awe as rockets lift off, and want to fly their own model rockets. Starting with an overview of mid- and high-power rocketry, readers will start out making rockets with F and G engines, and move on up to H engines.