![Max Kern](/img/default-banner.jpg)
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- Просмотров 477 449
Max Kern
Германия
Добавлен 1 дек 2009
hackaday.io/Max.K
OMOTE - Open Universal Remote
A short overview of how I designed and built a universal remote control with integrated IR, Wi-Fi and Bluetooth connectivity. Its LVGL-based user interface is running on an ESP32.
Project links:
hackaday.io/project/191752
github.com/CoretechR/OMOTE/
OMOTE is an ESP32 based open source universal remote. Its capacitive 2.8” touchscreen provides an intuitive and snappy user interface for switching devices and settings. No hub or docking station is required as the remote features infrared, Wi-Fi and Bluetooth connectivity. With its well optimized power consumption, OMOTE can run for months on a charge. And since the design files are open source, you can fully customize them to your devices and n...
Project links:
hackaday.io/project/191752
github.com/CoretechR/OMOTE/
OMOTE is an ESP32 based open source universal remote. Its capacitive 2.8” touchscreen provides an intuitive and snappy user interface for switching devices and settings. No hub or docking station is required as the remote features infrared, Wi-Fi and Bluetooth connectivity. With its well optimized power consumption, OMOTE can run for months on a charge. And since the design files are open source, you can fully customize them to your devices and n...
Просмотров: 21 392
Видео
DIY Retro Audio Player
Просмотров 16 тыс.2 года назад
A quick tour of my 3D printed audio player including its build process. More details: hackaday.io/project/185994 00:00 - Intro 00:15 - Build Process 01:35 - Demo 02:45 - Credits
ZeroBug - Making Coffee
Просмотров 3,4 тыс.3 года назад
Helping out in the kitchen. ZeroBug is a 3D-printed micro-servo hexapod robot powered by a Raspberry Pi Zero and a STM32F103. More details: hackaday.io/project/180534
ZeroBug - Lighting Candles
Просмотров 7213 года назад
No robots were harmed in the making of this video. ZeroBug is a 3D-printed micro-servo hexapod robot powered by a Raspberry Pi Zero and a STM32F103. More details: hackaday.io/project/180534
ZeroBug - Dice Stacking
Просмотров 1,4 тыс.3 года назад
Playing with the hexapod's new claw and some dice. ZeroBug is a 3D-printed micro-servo hexapod robot powered by a Raspberry Pi Zero and a STM32F103. More details: hackaday.io/project/180534
ZeroBug - Xbox Controller Demo
Просмотров 4,1 тыс.3 года назад
Quick demo of how to control the Hexapod with an Xbox One gamepad via Bluetooth. ZeroBug is a 3D-printed micro-servo hexapod robot powered by a Raspberry Pi Zero and a STM32F103. More details: hackaday.io/project/180534
ZeroBug - DIY Hexapod Robot
Просмотров 24 тыс.3 года назад
The process of making a hexapod, from a simulation to the actual robot. ZeroBug is a 3D-printed micro-servo hexapod robot powered by a Raspberry Pi Zero and a STM32F103. More details: hackaday.io/project/180534
Keybon - Adaptive Macro Keyboard
Просмотров 14 тыс.3 года назад
Keybon is a macro keyboard with configurable layouts and functions. Integrated into each of its nine tactile buttons is a 0.66” OLED screen. Depending on which app is active on the connected computer, Keybon switches to the suitable key layout thanks to its companion software. More details: hackaday.io/project/176239
ESP32 Handheld V2 - Gyro Pointer!
Просмотров 4,9 тыс.4 года назад
ESP32 Display Board. Now with gyro mouse, keyboard and twice the battery life. More info: hackaday.io/project/169103 Code and PCB: github.com/CoretechR/ESP32-Handheld
Low Power ESP32 Handheld
Просмотров 22 тыс.4 года назад
Pocket Sized ESP32 Display Board More info: hackaday.io/project/169103-low-power-esp32-handheld
RC Plane Drone Chase
Просмотров 3245 лет назад
Chasing a Hobbyking Stearman PT-17 with a 4" FPV Quad. Music: Light People by www.frametraxx.de
ESP32 WiFi Robot
Просмотров 37 тыс.5 лет назад
Detailed documentation: hackaday.io/project/163542-esp32-wifi-robot Printed parts on Thingiverse: www.thingiverse.com/thing:3371661 Hardware: - ESP32 Wroom - OV7670 Camera - TI DRV8833 Dual Motor Driver - MCP73831 LiPo Charger - 600 mAh 3.7V LiPo Battery - 6V 75:1 Brushed Gear Motor
ZeroBot Pro - Raspberry FPV Robot
Просмотров 45 тыс.6 лет назад
Detailed documentation on Hackaday.io: hackaday.io/project/25092-zerobot-raspberry-pi-zero-fpv-robot Printed parts on Thingiverse: www.thingiverse.com/thing:2800717 Hardware: - Raspberry Pi Zero W - 2x ICR18650 Lithium Cell 2600mAh - Raspberry Camera Module - Mini DC Dual Motor controller - DC Gear Motors - ADS1115 ADC for Voltage Sensing - TP4056 USB Charger - MT3608 Voltage Regulator Software...
ZeroBot - Raspberry Pi Zero FPV Robot
Просмотров 78 тыс.7 лет назад
ZeroBot - Raspberry Pi Zero FPV Robot
Raspberry Pi Zero FPV Robot Prototype
Просмотров 3,1 тыс.7 лет назад
Raspberry Pi Zero FPV Robot Prototype
Fireworks Filmed From a Drone - Happy New Year 2017!
Просмотров 2817 лет назад
Fireworks Filmed From a Drone - Happy New Year 2017!
Chronio Watch Part 2 - No More Wires
Просмотров 4 тыс.8 лет назад
Chronio Watch Part 2 - No More Wires
Robotics Simulator using Processing
Просмотров 4,6 тыс.9 лет назад
Robotics Simulator using Processing
Quadruped Robot Translation/Rotation
Просмотров 22 тыс.9 лет назад
Quadruped Robot Translation/Rotation
Does it work with Home Assistant? Would it be possible to build a hub for it?
very clean design, I'm looking forward to seeing what you make next
10 years later, and it hasn't yet been ported to the Workshop 😢
Isn't it still on the workshop? What do you mean?
@Max-Kern Not on the Space Engineers workshop, I meant. It's still on steam, though.
does this work on raspberry zero 2w?
The image is not compatible with the 2W but you should be able to set the software up using the tutorial on Hackaday.
@@Max-Kern since it's not compatible I don't think i will work on it since i have two 2ws laying around. If there's a way to make it work then let me know
Once you make an easier way to configure the software to add custom actions for normies this would sell like hotcakes. Thank you for making it open source tho i will definitely try to play with it when I have time
Hi Max! I would love to use this record player for an upcoming music videoclip, can I contact you somewhere?
This video made me get into a new project! This is something that I can actually use and appreciate vs little robots that would go into a closet to die. Thanks, man.
Is there anything we can do, to turn down the steering sensitivity?
Hi - Does this have lower latency than the ZeroBot? Thx!
Awesome robot. Can you stream audio too?
Thanks, it‘s only made for video. But you could probably add a mic and speaker fairly easily.
So god damn sick
Alder Max, du hasts drauf!
Would love to build this but am a beginner. a step by step guide would be amazing. I was looking at the github and couldnt figure out where the PCB layout was so i could have made
This is have RF ?
Need a kit to buy for this!
This is crazy impressive. Well done. I am starting to find my Harmony 650 is too limited, and this could make an ideal replacement for it.
Very sad video. When I first clicked on it I was so excited that I finally found the dream universal remote. I grabbed my wallet and was ready to follow any link and pay any price. After watching the video and realizing that it was not actually available for purchase I was very disappointed. I do not have the talent or machinery to build my own. I presently have 5 remotes beside me on the couch. I guess I will continue to keep all my remotes in reach. Most of the universal remotes available are either too complex or too simple. This remote looked just right. Now that I know the dream remote exists, I will never be content with all the others and die a broken man. I will forever think and wonder of what could have been. Very sad indeed!
Consider the logitech harmony. The unfolded circle remote 2. Or the sofa baton.
I would like to buy this assembled.
wish i could buy this thing pre-made for me.. or at least make me assemble it without soldering or 3d printing, because i dont have a shop anymore.. anyone know where i can buy one?
Have a look at the Discord channel: discord.gg/TqtTWGbd I don‘t sell parts myself but a few people were nice enough to offer assembled boards.
@@Max-Kern i'm there.. but all the boards are sold, i expressed interest in a board and case.
Damn i cant wait to follow this project. Im so bad a soldering i need this completed pcb available before i try it haha.
take my money and get me one! where where pls?
Oh gosh this is wonderful! I'd love to make my own with these files, but I doubt I could do the part involving making the PCB.
Hello, there probably won't be a third version, but still, you could use an LTO battery in the HTC1330/HTC1335 form factor, and they are incredibly cute; they operate at low temperatures and have a lot of recharge cycles.
Hey, thanks for the idea! I never heard of LTO batteries before. They sound like a nice and safe alternative to Li-Ion, similar to LFP but at an even lower voltage. Could be useful for outdoor applications like weather stations.
@@Max-Kern Or in projects of military significance. =)
@@Max-Kern What usage scenario did you have in mind for this device? It looks impressive, but it's like a blank notebook. You've created a foundation that you've shared with people, but it will only be relevant to those who come up with an application for it.
@@Adler885 I wanted to make something similar to the Panic Playdate console which was just announced at the time. My device uses the identical monochrome display. Originally it was supposed to run simple games but it ended up mostly as an exercise in pcb design.
@@Max-Kern I think you still have a chance to successfully continue and make this cool project. Adding a gyroscope provides a unique gaming experience, and you could also incorporate some other sensors that could enhance the gaming experience. For example, a temperature sensor, humidity sensor, or a barometer in the device could influence the state of your virtual pet in a Tamagotchi-like game. Or something like that. You could also consider integrating some features with a compass. You know, this could be something akin to a Pip-Boy, with a plethora of functions, but featuring a more refined design...
Wow! This has to be one of the neatest and best executed DIY projects I've seen in a long time. Excellent work!
sell in kit!
would love to see something like this built into the older Sony Google TV remotes, those had the best form factor. Or a keyboard on the back of the existing case would be a nice option as well. But overall this is an amazing start
Dies anybody sell these? I can do some tht soldering, but I definitely don't have the skills for smd. Please let me know if somebody is selling pre-assembled boards (or even complete remotes)
Nice project! Now that Logitech has stupidly stopped making their universal remotes, THIS is an excellent option. Even better. Would you please let me know, specifically, what filament you used to print the button contact skin? I was wondering if there was some kind of filament that could be used to print a replacement contact skin/sheet for remotes that stopped working due to bad contacts. Please let me know what that filament is. I'd really appreciate it.
Thank you! Actually this project uses only regular PETG filament. The buttons are tactile switches so there is no need for a contact skin. I was thinking about using a silicone keypad but these are really expensive in low quantities.
@@Max-Kern Ah! I must have mis-viewed that part. I thought it looked like a rubbery (TPU) contact skin.. *Yup! I watched the video again and I now see the tactile switches* Very soon, I have to embark on designing a Universal Remote to replace our Logitech 650 series remotes. I was trying to find a TPU based conductive filament to make a contact skin, but very rare to find and what I did find was STUPIDLY PRICED! I may just have to use tactile switches after all. Fortunately, I have a massive amount of these from an old Behringer studio mixer that I've stripped down for parts. The switches on this are good quality, so I could use those.
This is an incredibly refined physical and software design, I'm gobsmacked 😲 The 3D printed top might not be very gravity friendly though 😕
Thank you! You're right, the top might come off when the remote is dropped. Hopefully that's the only thing that breaks in that case.
this is just awesome.
What's the range it can travel with the 5x (I guess) 18650 LiIon, so likely 10 000 mAh at 3.7 V?
This is very cool. If the landing part were less deep, you could also do the opposite and have the copter as payload, so you bring it to the target with the plane (quieter, longer range) and then do the reconnaissance with the copter while the plane circles high above, and then you land it again before coming back. For easier landing, a temporary (to save power) electromagnet and a metallic plate on the bottom of the copter would help, since the cavity would be less deep. You can also have the opposite: permanent magnet with the electromagnet which temporarily disables (compensates) the permanent magnet to release upon need. Please do it for us! :) I think it would be a sure hit, as video. You can also plan an open/close sliding hatch to improve aerodynamics for the plane.
This is cool. That said, a chase makes sense "for a given ...". Was it same power? same size? same weight? or just two random RC controlled vehicles? It seems the drone was having no difficulties getting the plane, which makes the chase a bit boring for the copter pilot. But it looks cool.
Eine Praktische und Sinnvolle Idee um die Vielzahl von Fernbedienungen im Haushalt zu Zentralisiern. Ich hoffe das diese Idee einmal zu erwerben ist, bin sicher einer der Ersten. Viel Glück.
Is wireless remote (radio) capability planned? (by cloning signals or something)
Crazy how people are so thirsty for products like this! If only Logitech realized this... If PCBs are made avail, I'll def get on it
No kidding! We have several Logitech 600 series universal remotes. I just love these things. We've been able to program them for all our equipment, even the not-so-common equipment like Channel Master PAL7000 DVR and the DVR+. Hell, even our old Kenwood subwoofer works. But then, Logitech stopped making them. Now, a couple of the remotes have buttons that are no longer working or are very hard to make a connection. So I want to build my own univ. remote since I know how to capture the codes and send them out. But I was using Arduino for those tests. I now want to use ESP32 boards. This project looks cool and a nice tight case. But what really caught my eye is that he printed out the button sheet, that makes contact to the PCB conductor rings. I NEED THAT FILAMENT. I suspect that it's Conductive TPU, but I'm not 100% sure. If it is, I can't seem to find any on line at all. If I can get a roll of that, I'd first try to make a new "overlay" for these 650/655 remotes to see if that solves the problem. Otherwise, with my CAD design skills, the remote will be pretty bulky. LOL
MEGA tolles Projekt.. Großer Respekt für Deine Arbeit. Weiter So. 👏👏 Kann es nicht erwarten zu versuchen die FB Nachzubauen.
Damn, that's exactly what I need! Hope you can mass produce these someday, I'll buy one immediately.
Count me in. I’ll buy two. 👌
Oh man, i want one. Seems like the prefect replacement for the Harmony remote. I would just need to swap the colored function and media control buttons around, as i like the color function buttons above the D-pad, and media buttons below the D-Pad, volume/channel buttons.
The only thing I think I miss here hardware wise, is an IR relay inside a closed cabinet
Is this the savior that can help me migrate away from harmony hub?
As Harmony crumbles beneath me, I'll be following this project. Very nice work and thank you for sharing!!
doesnt get much beeter than this. Thank you!!!
this looks like a promising alternative for the time when my Harmony hub with its connected harmony 950 dies
So much respect! Thanks for sharing!
I want one
Woah... This is so great! You've got a game changer at your hands here! People are willing to pay money for that (including myself). I've already moved this to the top of my "ToDo" project list. I'm thinking about salvaging an old and broken remote for the buttons because I like the rubbery feeling when pressing over printed plastik. Do you think that's possible?
Thank you! Do you mean the bottons from a silicone keypad? I am not sure if those are compatible with the SMT switches.
Yeah, i'm talking about silicone buttons. As a last resort I'd be willing to glue them in top of the regular switches or something. 😄
You could print them in TPU. Or make a silicon mould 🙂
@@VolkerThiel Thank might work. Those rubber keypads are ideal for remotes. You just can't get custom ones in low quantities.
Excellent work ... chapeau ...
@Max Kern. Great device! What du you think about, to change the location for the color buttons direct under the display?
Sure, you could just edit the button's size in CAD and swap the color and the playback buttons.
Yeah, the colored extra function buttons should be on top but below the screen. The media buttons such as play/pause, RW/FF buttons should be just below the D-pad and volume/channel buttons, pretty much every remote is set up like that. My Logitech Harmony 665, Sony Android TV remote are set up that way, heck even the Roku remote is set up similarly where the media functions are below the D-pad.