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Danilo Vilardi
เข้าร่วมเมื่อ 4 ก.ค. 2006
Kerbal Space Program 2 - Kerbal Rescue on Mun’s Orbit
In this video I build and launch a ship that rescues as stranded Kerbal floating in Mun’s Orbit
Chapters:
00:00 Assembly
02:32 Liftoff
04:10 Kerbin Orbit
05:41 Trans-Lunar Injection
09:30 Circularizing Mun Orbit
11:34 Matching Orbit Angles
14:20 Adjusting Orbit to Catch Up
15:40 Rendezvous
20:45 EVA to rescue ship
23:38 Return to Kerbin
31:36 Splashdown
To build the ship, I used:
Cabin
- 1x Mk1-3 Gumball 3 Seat Command Pod
- 1x Mk16 XL Parachute
- 1x OX-STAT Solar Panel
- 1x Z-100 Rechargeable Battery
- 1x HS-250 Heat Shield
- 1x TD-25 Stack Decoupler
2nd Stage
- 1x X200-32 Fuel Tank
- 1x LV-2000 Trumpet Engine
- 1x TD-25 Stack Decoupler
1st Stage
- 1x FL-R1 Monopropellant Tank
- 1x MRW-250 Stabilizer
- 1x ADTP-2-3 Fuel Tank
- 1x S3-28800 Fuel Tank
- 1x S3 KS-100 Mammoth-II Engine
- 4x MPS-500 Stabilizers
- 8x RV-105 RCS Thrusters
Note: in the assembly, I added the Mk25 Drogue Parachute by mistake and only noticed it at the end of recording. I re-recorded the landing phase with the correct chute (Mk16XL).
Chapters:
00:00 Assembly
02:32 Liftoff
04:10 Kerbin Orbit
05:41 Trans-Lunar Injection
09:30 Circularizing Mun Orbit
11:34 Matching Orbit Angles
14:20 Adjusting Orbit to Catch Up
15:40 Rendezvous
20:45 EVA to rescue ship
23:38 Return to Kerbin
31:36 Splashdown
To build the ship, I used:
Cabin
- 1x Mk1-3 Gumball 3 Seat Command Pod
- 1x Mk16 XL Parachute
- 1x OX-STAT Solar Panel
- 1x Z-100 Rechargeable Battery
- 1x HS-250 Heat Shield
- 1x TD-25 Stack Decoupler
2nd Stage
- 1x X200-32 Fuel Tank
- 1x LV-2000 Trumpet Engine
- 1x TD-25 Stack Decoupler
1st Stage
- 1x FL-R1 Monopropellant Tank
- 1x MRW-250 Stabilizer
- 1x ADTP-2-3 Fuel Tank
- 1x S3-28800 Fuel Tank
- 1x S3 KS-100 Mammoth-II Engine
- 4x MPS-500 Stabilizers
- 8x RV-105 RCS Thrusters
Note: in the assembly, I added the Mk25 Drogue Parachute by mistake and only noticed it at the end of recording. I re-recorded the landing phase with the correct chute (Mk16XL).
มุมมอง: 212
วีดีโอ
Kerbal Space Program 2 - Space Station - Orbital Rendezvous and Docking
มุมมอง 74ปีที่แล้ว
In this video I build a ship and launch two copies of it to create a small space station by docking the two parts. Chapters: 00:00 Assembly 03:57 Inserting Part A on 300km Orbit 07:57 Inserting Part B on 270km Orbit 14:30 A-B Rendezvous 19:24 Docking To build the ship, I used: Cabin - 1x PPD-12 Sighseer Cabin - 1x PPD-10 Hitchhiker Cabin - 1x Clamp-O-Tron Docking Port - 1x FL-R1 Monopropellant ...
Kerbal Space Program 2 - Duna Base (Mars)
มุมมอง 69ปีที่แล้ว
In this video I build a ship that gets 5 kerbals to to Duna (Mars equivalent) on Kerbal Space Program 2. Chapters: 00:00 Assembly 05:40 Liftoff 07:54 Circular Kerbin Orbit 10:04 Exiting Kerbin Orbit 14:03 Entering Duna Orbit 21:00 Circular Duna Orbit 27:55 Aiming for a landing site 31:36 Landing To build the ship, I used: Pod: - 1x PPD-12 Sightseer capsule - 1x PPD-10 Hitchhiker capsule - 8x Mk...
Kerbal Space Program 2 - Mun Land and Return Trip
มุมมอง 74ปีที่แล้ว
In this video I build a ship that gets a kerbal to the Mun and then safely back to Kerbin on Kerbal Space Program 2. Chapters: 00:00 Assembly 05:57 Liftoff 08:08 Circular Kerbin Orbit 10:07 Transferring to Mun Orbit 13:37 Circular Mun Orbit 15:49 Mun Deorbit Burn 18:55 Mun Landing 24:36 Planting a flag on Mun 25:22 Return to Kerbin To build the ship, I used: Pod: - 1x Mk1 Tin Can - 2x communotr...
3D Printed DIY Flight Simulator Pedals (Rudder & Brake) Using Arduino - Easy Project
มุมมอง 31K3 ปีที่แล้ว
Yoke Project: th-cam.com/video/4nPtLRugKxM/w-d-xo.html I created an easy design of a Flight Simulator Pedal (Rudder & Brakes) using 3D printed parts, Arduino and other small, easy to find items. This video shows how to build the pedal. At the end I also did a test flight on Microsoft Flight Simulator 2020. All printable STL files, assembly manuals, Arduino code and wiring instructions are avail...
3D Printed DIY Flight Simulator Yoke Using Arduino - Easy Project
มุมมอง 48K3 ปีที่แล้ว
Pedal Project (Rudder & Brake): th-cam.com/video/B3WRmVOTyvY/w-d-xo.html I created an easy design of a Flight Simulator yoke using 3D printed parts, Arduino and other small, easy to find items. This video shows how to build the yoke. At the end I also did a test flight on Microsoft Flight Simulator 2020. All printable STL files, assembly manuals, Arduino code and wiring instructions are availab...
Parabéns Danilo! Sabia que você iria conseguir
Sensacional.
when i plug it in it just bugs out ive connected everything correclty
Thank you for your work!! I've printed it, and it's amazing. I've never used anything other than an Xbox controller, but with your design and virtual reality glasses, it's like flying a real plane.
Does it still work?
Nice work mate! Quite inspiring to try make it yourself rather than buy 👌
Can I know the print settings?
this may be a dumb question but can you use one arduino for the pedals and yoke?
I think you can use a bigger one, yes
May I ask you the parameter of the eight springs?
At the time I had bought a box of 200 various springs and tested a few (but didn't bother to check the specifications, my bad). I actually thought it ended up being very weak and I'd choose stronger options if I would repeat this project.
I wish I'd have seen this before printing the other one. Nice design
Nos comentários do thingverse deixei algumas observações que podem ajudar na construção do seu, tive alguns problemas por falta de conhecimento sobre arduino e programação. Espero que ajude! Parabéns ao criador do projeto, muito bom !
Great design. The rubber bands added the spring constant k. You need to add the c constant for the damper. Dampening can be achieved by friction. That will make the return to the center position more fluid and less aggressive. Again, great design!
Brilliant
Where could I get the .ino file?
Thingiverse!
essa viagem foi pica heim tá loco
👏🏻👏🏻👏🏻👏🏻
Top!!
👏🏻👏🏻👏🏻👏🏻
at 0:45 .. how to get the screw in at that angle !?!?
Spacetime bending lol
every screwdriver has a little give, just try a few times and be careful not to shred the head ^^ also, you can modify the cad file and make the part split into two parts if you're sure you won't be able to srew it in :D
Masterful execution!
I don’t have a 3-D printer so will the project still work or no
I try to Serial.println(joyReport.axis[2]), but I can't see any number in serial monitor, and when I plug in UNO，I saw all the values are poping
Alguém sabe o tipo das molas que foram utilizados? Anyone knows what kind of spring was used?
fyi theres a plenty of instructions and files, like stls/arduinos and an html file with instructions on the thinkinverse zip file
Parabéns meu caro, vou tentar usar o seu projeto :)
Hey, in the instructions it says to install flip but it doesn't say why or how it's used. Also, I tried to copy and paste the code from the .txt file into the arduino software but when i try to compile and upload it onto the board, it gives error messages.
i need print settings please, thank you
Amazing project! Is there any way to string the elastics between the front and back? This would remove the need to have the elastic towers.
Hey man great video, I have a problem where only 1 of my axis works. Do you know the solution to this?
Alguém tem o código da programação? pra colocar no arduino?
cara, acho que você vai ter que fazer o próprio, usa um arduino micro ou leonardo, e a livraria Joystick.h
no link do thinkinverse tem o arquivo do arduino
OK, THAT's what the extra four wires in a CAT cable are for!
Plz make a video on coding and also tell that will it work with x plane 11
Hello, I have an arduino uno compatible board, does the same code run on this board?
It should work
Thank you for creating this, I've build it myself and everthing fits nicley togehter. Altough in an iteration I would go for ball bearings instead of plastic on plastic. However I can't get it to work. I cannot, for the live of me, get unojoy to work on my UNO R3. I've tried many times to flash the unojoy firmware, to the point where it bricked my arduino and no it's garbage. It mostly likely killed de atmega16u2 responsible for the USB communication, as the device does not show up on an computer. So now I am searching for alternatives as I got everything assembled and working except the, quite crucial, communication part. For everyone wondering about the cost, I've broke mine down (printing cost based on filament around € 24,99/kg and energy around 0,35/kwH) Everthing sourced from Amazon, except the MDF it's mounted to: Printed parts ~ 32,72 € 6x Rubber feet = 2,40 € 1x Arduino = 24,13 € 3x 10k Poti = 2,55 € 10x Springs ~ 0,48 € Xx Screws ~ 1,00 € 1x MDF = 4,99 € Sum ~ 68,27 €
Thanks Danilo! Give some day and I upload my pictures and my code! Obrigado!
I wish there was a detailed speaking video about the Arduino coding portion of the build, that where I,m having the problems.
th-cam.com/video/iAlyFzamV4E/w-d-xo.html&ab_channel=AnissOulhaci also go to thingiverse link and there's a download to the instructions
Awesome Possum !!!!😀😀😀
Impressive but the pedals are not very realistic. I am struggling to find pedals, or a design, with realistic action.
I do find those pedals very realistic, I think it's the farthest you can go without buying any ready to use pedals.
@@LorenzoGiordanoGomes I saw another video after this one, I think it was called F14 pedals or something like that. Very impressive and complete with plans to download. I haven't seen any ready made pedals that look realistic, even the new Honeycomb ones. Real airplane pedals are more like car pedals, sort of hanging down and pivoted at the top rather than sliding back and forward on the floor.
@@colins2 Well I'm yet to see pedals like this in airplanes, all the ones I flew pivot on the floor.
@@LorenzoGiordanoGomes Really? Which planes? I'm not trying to be argumentative but of all the light aircraft I have flown, I can't think of any that pivot on the floor. I'm curious now :-)
@@colins2 Aeroboero AB-115 Neiva P-56C Paulistinha Embraer 711 Corisco (Piper PA28 Arrow II) Cessna 172 All of those pivot on the floor as far as I can remember, but I can double check in the following days
wow ^^b
Ótimo projeto amigo! Sou iniciante nessa área e gostaria de saber se teria como utilizar apenas uma placa de Arduino pois vi o seu vídeo do manche e queria fazer tudo apenas em um só sistema sem precisar de duas placas. Obrigado!
Opa blz? não sou o criador mas também fiz o pedal, apesar de não ter usado Arduino. Bom, o Arduino Uno tem 6 entradas analógicas, então teoricamente por essa questão deve ser possível sim usar uma só. Só tem que ver se os recursos que ele usa pra transformar o Arduino em Joystick permitem o uso desses 6 analógicos.
What flight sim are you running?
Microsoft flight simulator
Ficou muito legal, parabéns!
sweet! what's the cost compared to buying a used one on ebay???
mine cost me around 30€, used ones begin at around 90€
Belo trabalho amigo. Ficaria completo com a manete de potência e compensador! hehe
How I'm impressed, can I have the Yoke and rudder Schema please!
Great work! Perfect combination of simplicity and function. Love it.
It would have been nice of you to credit the originator of these designs in Nov 2020 th-cam.com/video/nO-lanEc5vM/w-d-xo.html
His design is much more advanced and professional than mine… we used completely different approaches. I went for simplicity with the design i created (by myself).
Just because someone else has already made one doesn't mean it's a stolen design.. with imagination and creativity you can make your own design.. just watching this video gave me lots if Ideas on how I would do things differently and better for my setup.. I've made one years ago.. but I'll make a new one soon.. maybe I'll go with a 737 design..
That is a completely different design, that's insulting
first thingerverse is meant for people to get ideas and create things. most people give credit where credit is due, don't assume you know where people get their ideas from. second that guy didn't invent the flight yoke, or 3d printed yoke, so if you want to give credit find the originator not just somebody who made something before this. third what part of this is taken from that design not a single thing maybe the rubber bands every piece is different. fourth this is a much better design for budget, its about $100 for all the parts of the other build plus several days of print time (3-4 days) . where as this I'd say probably less than 2 days total print time. which also means less filament. by your comment there's 3 dots you can click on that and delete your comment for being wrong or you could just say update: sorry I was wrong, you did an extant job with this design thank you very much
so everyone that makes a yoke is copying this guy? don't think so
cuales son las medidas de los resortes ??
Hello une idée de la puissance est des dimensions des ressorts
Here is how to load the code onto the Arduino Uno if anyone is interested. th-cam.com/video/GrO8ZmxbOyI/w-d-xo.html
I am interested, thank you!
Will this work for DCS ?
This does work for DCS
I can't get the Arduino to turn into a controller. The program says the Arduino isn't connected.