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Eagle Simulator PC Game Fruits of a Feather, an indie game by Samurai Punk. Let's Play a Relaxing Indie Game. Let's just chill out and relax with this indie Bird Simulator, Fruits of a Feather. Eagle Simulator™. Soar through the skies and live life as a majestic Bald Eagle! Survive on a massive island filled with dangerous animals! Start your own flock of eagles, raise baby birds, snatch fresh fish from the water, and battle for your life against forest predators like wolves, foxes, and bears!
Wild Eagle Sim 3D Download for PC – You would like to use android exclusive apps on your PC? Now you can install your favorite app on your PC even if the official desktop version or website is not available. In this detailed blog post, we are going to let you know how you can Download Wild Eagle Sim 3D for PC Windows 10/8/7.
We are going to use Android emulator to install Wild Eagle Sim 3D on your laptop. These android emulators simulate the android environment in your laptop and allow you to install and use apps available on google play store. Bluestacks and MEmu play are the two topmost emulators available on the internet. So let’s see how we can use these emulators to install your favorite app – Wild Eagle Sim 3D on your PC.
Wild Eagle Sim 3D for PC – Technical Specifications
Title | Wild Eagle Sim 3D for PC |
Category | Simulation |
File size | 45M |
Installations | 5,000,000+ |
Rating | 3.9/5.0 |
Req Android version | 4.0.3 and up |
Developed By | Turbo Rocket Games |
Wild Eagle Sim 3D is regarded as one of the best apps in Simulation category. With it’s simple to use and easy to navigate UI, Wild Eagle Sim 3D has got huge popularity among the android users. It has got over 5,000,000+ installations with an exceptional rating of 3.9 stars from the users.
Then what are you waiting for? Haven’t installed this app on your smartphone yet? Here is the play store link for you –
Developer: Turbo Rocket Games
Wild Eagle Sim 3D Download and Install on PC –
As mentioned earlier, we will be using Android emulators to download and install your favorite app Wild Eagle Sim 3D on PC. Follow any of the mentioned ways below to install the app on your laptop.
Download Wild Eagle Sim 3D for PC – Bluestacks
Bluestacks is the most trusted and popular Android emulator available for Windows and Mac platforms. With its lightning speed (Yes, 4X speed compared to Samsung Galaxy S7 phone), it is gaining huge popularity. Bluestacks is the preferred method to install apps with much graphics. So let’s start our installation guide to download and install Wild Eagle Sim 3D for PC using Bluestacks app player.
- Step 1: Download Bluestacks software on your computer. Download link – Download Bluestacks.
- Step 2: Double click on the downloaded bluestacks.exe file to install the application on your Windows PC.
- Step 3: Launch the Bluestacks app now. Wait for some time as it needs to load the emulator initially. Log in with your Google account in the next screen.
- Step 4: Now, on the home screen of Bluestacks, Find Google Playstore app and click on it.
- Step 5: Once the Google play store is opened, search for the app – “Wild Eagle Sim 3D” to download Wild Eagle Sim 3D on your PC.
- Step 6: Click on the install button to start installing Wild Eagle Sim 3D on Bluestacks PC. Upon the completion of the installation process, you can find the Wild Eagle Sim 3D app icon in the installed apps folder of Bluestacks.
Alternatively, you can also Download Wild Eagle Sim 3D APK file offline and install it via Bluestacks using Install APK option. You can find this option at the bottom of Bluestack’s home screen. This method is useful only when you have some mod version of the app to get the additional benefits. Otherwise, we suggest you Download Wild Eagle Sim 3D for PC from the Google play store itself as it is a trusted source for installing apps.
Download Wild Eagle Sim 3D for PC – MEmu Play
Another best android emulator specialized and designed for awesome Gaming experience is MEmu Play. If you want to play high-end games like PUBG, Battle field games, NFC, etc., Memu is the best choice for you. It outperforms Bluestacks in this aspect as it is exclusively designed for playing Android games on PC. Let’s start the installation procedure to Wild Eagle Sim 3D for PC Windows 10/8/7 using MemuPlay emulator.
- Step 1: Download Memuplay Emulator on your PC. Here is the download link of MemuPlay – MemuPlay.
- Step 2: Install the downloaded .exe file by double click on it. The installation process will start and it may take up to 3 minutes to complete.
- Step 3: Similar to Bluestacks method, Google Playstore comes pre-installed on Memuplay as well. Once the emulator is installed, you should be able to see the Google play store app on the home screen. Double-tap on the icon to open it.
- Step 4: Now login with your Google account and now search for the app you want to install – Wild Eagle Sim 3D for PC in our case.
- Step 5: Find the correct app by Turbo Rocket Games and tap on the Install button.
Now the Wild Eagle Sim 3D is installed on your PC. You can find the app icon on the home screen alongside all the other installed apps. Double click to open Wild Eagle Sim 3D on Windows and you can see the same UI as you see the app on your smartphone.
There are other pretty good emulators like Ko Player, Nox Player, Andyroid, etc which also have decent installations and popularity. If you have already installed any of these, you can try installing Wild Eagle Sim 3D for PC with these. However, Bluestacks and Memuplay are the fast and recommended ones to play or install Wild Eagle Sim 3D latest version on your laptop.
There are other pretty good emulators like Ko Player, Nox Player, Andyroid, etc which also have decent installations and popularity. If you have already installed any of these, you can try installing Wild Eagle Sim 3D for PC with these. However, Bluestacks and Memuplay are the fast and recommended ones to play or install Wild Eagle Sim 3D latest version on your laptop.
Wild Eagle Sim 3D Download for PC – Features:
The most advanced and epic Eagle Simulator game has arrived! Join the battle in this super epic adventure delivered in stunning 3D. Now you can play as real Wild Eagle and be the most powerful animal in the forest. Start your own family of eagles, fight against other animals, evolve your Eagle to become the strongest Eagle ever.
![Eagle simulator for pc mac Eagle simulator for pc mac](/uploads/1/2/5/6/125699074/892318927.jpg)
FEATURES:
REALISTIC SIMULATOR
Maintain your health and energy by eating and drinking water, raise your family, explore massive world, fight other animals to become more powerful
Maintain your health and energy by eating and drinking water, raise your family, explore massive world, fight other animals to become more powerful
START YOUR FAMILY
Wild Eagle Sim features the ability to have real family. Family members are not only good companions but they can be trained to fight along side in combat
Wild Eagle Sim features the ability to have real family. Family members are not only good companions but they can be trained to fight along side in combat
REAL DAY AND NIGHT
Wild Eagle Sim features a real in-game cycle of day and night on a 24 hour based time system. For every 24 minutes that the game is played, a full day and night cycle of 24 hours passes in the game
Wild Eagle Sim features a real in-game cycle of day and night on a 24 hour based time system. For every 24 minutes that the game is played, a full day and night cycle of 24 hours passes in the game
ADDITIONAL FEATURES
– RPG-style gameplay: level up, evolve, complete quest
– Select the color for your eagle you want
– Rotate the camera how you want, zoom in and out
– Realistic forest environments
– A lot of real forest animals to fight
– Quest system
– Dynamically created runtime world
– Awesome 3D graphics
– RPG-style gameplay: level up, evolve, complete quest
– Select the color for your eagle you want
– Rotate the camera how you want, zoom in and out
– Realistic forest environments
– A lot of real forest animals to fight
– Quest system
– Dynamically created runtime world
– Awesome 3D graphics
Follow us on Facebook:
https://www.facebook.com/turborocketgames
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Follow us on Twitter:
https://twitter.com/TurboRocketGame
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Follow us in Vkontakte:
http://vk.com/turborocketgames
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Have fun playing Wild Eagle Sim!
If you have any suggestions or ideas for the game – contact us please:
[email protected]
We are getting happier with each of your email message.
If you have any suggestions or ideas for the game – contact us please:
[email protected]
We are getting happier with each of your email message.
Please note, that we are no way affiliated with any other animal simulator games developed by other game companies.
Thanks!
Wild Eagle Sim 3D for PC – Conclusion:
Wild Eagle Sim 3D, developed by Turbo Rocket Games, is one of the best apps with clean UI in Simulation category. It is now available to download on your PC using Android emulators. We have mentioned a detailed guide to download Wild Eagle Sim 3D for PC using two of the best emulators, Bluestacks, and Memuplay. If you have any queries installing Wild Eagle Sim 3D on your PC or if you have found any other best app in Simulation category, let us know through the comment section.
If you look above this post, you’ll see a new tab – “Library”. This is where I’m starting to put scans of “official” documentation and literature that I’ve got on the F-15. The first two volumes of Eagle Talk are up already. I’ve got vols III and IV to scan, and those will go up as soon as I can get them scanned. It may be a slow process as running the book scanner enrages my carpal tunnel something fierce. ?Update 03May19Volumes III and IV are scanned and available for download.
If you have later volumes, please contact me! I’d love to add them to the collection. So basically, my plans to live stream work on the cockpit fell victim to two things.1. I was WAY too busy. I’ve been pushing hard to finish improvements to a small “woodworking” shop that used to be a horse barn.
That process is about 85% complete, but still continues to consume both my available resources and time.2. I’ve learned that I really (and I mean REALLY) suck at live streaming. I tend to ramble and when I start concentrating on a task, I stop talking. This is not conducive to an entertaining (or even interesting) live stream.I’ve managed to get a little bit more work done on the APG-70(v) radar panel after leaving it to sit on the bench for nearly 2 years. I’m in the process of building a DIY wire cutting machine and that will make the panel a lot less hassle to finish.More (relatively) soon! I’ve been looking into doing live streaming of the panel rebuild work on the F-15.
Basically this would be a live stream of me working out the panel wiring, wiring up the connectors and adding the harnesses to the main side console harness.I’d be narrating what I’m doing as well as answering questions from folks over chat – I’ll be using Twitch to handle the stream.I’ll likely start doing this on Saturdays at noon(ish) and the stream will run until I get tired of working on the “panel of the day”. ?When I firm up a schedule, I’ll post information here as well as in the “usual” places, such as SimHQ, the simpits-tech mailing list and likely Facebook.See you then! Last Saturday I took some time do de-pin the cannon plug in preparation for rebuilding the CAS panel. This weekend I finally got around to getting that panel rebuilt and wired into the left side console harness.Here’s a few pics of the rebuilt panel assembly:The CAS panel is interesting in that it’s got a pair of magnetically held toggle switches.
It’s essentially a relay that’s designed with a very heavy spring to keep it open unless the coil is holding it closed. Here’s what one looks like:Fingertip for scale. ?At some point I’ll post the little video I did that shows how the switch operates.It turns out that I may have a pretty special CAS panel. I noticed the manufacture date & serial number on the back of the edge-lit panel:The date is November 5th, 1971 with a serial # of 2.
This makes me think that the panel may be from one of the original test articles that MD built, but I’m not sure. I’ll update this post if I find out more information. I spent quite a while working on getting the air core motors to work properly.
The biggest issue was the sound they made due to the PWM signal resonating in the instrument shell. I did get the sound to go away, but at the required frequency the motor would no longer move properly. This lead me to look into other methods I could use that would still fit into a 2″ MS33639 instrument shell.Many years ago I briefly looked into the micro stepper motors made by Switec.
They were fairly new on the scene and were nice, but expensive motors. Fast forward about 12 years and I find that you can obtain these motors for as little as $2.50 each!
(lot of 25 on eBay) My search for more information on the motor led me to an Arduino project where the goal was to use these steppers in various projects. The cool thing is that due to the low power consumption of the coils, they could be directly driven from an Arduino without the need for an h-bridge chip!
(20mA per coil) The blog entry that I found is here: – I’d recommend you read the rest of his blog – there’s a ton of great information on using Switec motors, including with a Raspberry Pi.I did a bit more research and found a demonstrator project on Tindie that used a Switec motor – The board allowed for easy connection to an Arduino and included clamping diodes to prevent back-EMF from doing damage to the Arduino. Since the board was way too large for my needs, I re-designed it to use surface mount diodes (LL4148) and reduced the size of the board to match the diameter of a Switec motor.The 4 pin connector along the bottom is for the two coils in the motor and the 2 pin connector at the top is for the 5v reference voltage for the diodes.I revised my gauge code to use the Switec X25 library and it works great! The motor I’m using is the X27.168 and has an internal stop. The 2″ gauges in the F-15 don’t require more than 300 degrees of rotation at the most, so this is a perfect choice – it allows me to rotate backwards to hit the stop and then start from a known point.
The idea being to use the stop in lieu of a “home” position detector.Unfortunately, changing to the Switec motor required that I completely re-design the “middle” section of the gauge.Here’s the result of that redesign:The resulting assembly is going to be roughly 3/4″ shorter than the original, air-core based design. I’m currently printing the new components as I write this. The photo below is the new center mating clip.This part attaches to the back half of the instrument using two screws.
It is connected to the motor and instrument face using a pair of 0-80 screws that pass through the stepper motor and end up in heat-set inserts installed in the standoffs on the instrument face.I also got the chance to get the finishing touches done on the gauge face graphics. I had them printed up on 120lb card stock at Staples:The plan is to cut them out on the laser and then glue them to the gauge faces after assembly. I had enough made to ensure that I’ll have spares when I inevitably screw one up. ? I really like how they turned out!Thanks for reading! I finally had the time to come back to the gauge and get the firmware finished!I had somehow managed to do damage to the Arduino Nano such that you couldn’t upload firmware to it using the “normal” method in the Arduino IDE. Turns out I’d blow the rxdata line going into the ATMega 328 MCU on the board.
? The good news is that I’ve got it replaced and the firmware is done. Next step is to make some high quality faces, new needles and new instrument shells.Here’s an interesting bit of trivia for you – the F-15C can consume up to 150,000lbs of fuel per hour at low altitude and in full afterburner. That’s right around 22,000 gallons of fuel per hour!
Those F100-PW-220 engines are hungry! So the printed circuit boards mentioned in the previous entry have been put to work!The gauge shown here is the core that I’ll build the six 2″ engine gauges out of.Here’s what the gauge looks like on the inside. All the plastic components (the white bits) are 3D printed on my SeeMeCNC Rostock MAX v1, Orange Menace.Here’s how it looks with the “test” case on it:Finally, here’s a short video of the gauge in operation:Once I have the time, a properly sized case will be printed (the blue one is too short) and I’ll get a good laser engraved face on the gauge.It’s coming along! ?Here are the gauge electronic components, sans header connectors. I’ve recently been working on getting the six engine gauges for the F-15 put together.
Since I’m not going to be using real instruments, I needed to scratch build them. Last year I did a short demo that shows how I’m using a small OLED display to emulate the “odometer” style display that’s used in the Fuel Flow, Temperature and RPM gauges. I finally got around to doing the software integration and did a short video that shows both the air core and the OLED display working together:Some weeks later, the boards I ordered from Osh Park arrived and I got the first one soldered up.This is the top of the new interface board. The chip in the center is an LM293DD dual h-bridge chip. This is the surface mount version of the LM293D that I bread-boarded the circuit on. The header on the right goes to the OLED interface.The bottom of the board has a four pin connector that will go to the air core motor.This is what the final assembly looks like after the Arduino Nano has been mounted.The USB connector is at the back end of the board and will be accessed through an opening in the back of the instrument.
I’m still working on the design for the instrument core, so I don’t have much else to show yet.More soon! It’s been a while since I’ve posted an update! Since the last update, I’ve nearly finished the re-wire job for the right side console. I was fortunate enough to get a pile of brand new canon plugs and matching pins. This is allowing me to re-wire the cockpit using the original bulkhead connections, which makes for a much neater build! In order to build the wiring harness, I’ve had to build it out panel by panel. With the completion of the TEWS panel, the wiring harness will be completed.
The only thing missing will be the CMD panel that controls how the chaff & flare dispensers behave. I’ve never been able to get a photo of that panel, so I’m going to hold off until I do and can make a new one from scratch.The navigation control panel is going to be a stand-alone, USB interfaced device due to its complexity. That should be an interesting rebuild.I started the TEWS panel rebuild nearly 3 years ago, which is kind of embarrassing.
In my defense, I DO have a lot going on. There’s good reasons it’s been 15 years since this project started. ?When I first wrote about the TEWS panel, I pointed out that I needed to replace the two destroyed Korry “FAIL” indicators that the panel had. I decided to go a different route than the Korry replacement I built for the IFF panel.
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