simulator safari console

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How to Activate the iPhone Debug Console or Web Inspector

Use Safari's web developer tools to study problematic websites

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• Switching from Android

What to Know

• Activate Web Inspector on iOS: Go to Settings > Safari > Advanced and move the Web Inspector toggle switch to the On position.
• Use Web Inspector on macOS: Connect your iOS device to a Mac and choose the URL to inspect from the Develop menu.

If you run into a bug or another issue with a website on Safari mobile, use the Web Inspector tool to investigate. This article explains how to use the Safari console for iPhone to debug errors with the help of your Mac computer. Instructions apply to iPhones with iOS 14, iOS 12, or iOS 11, and well as Macs with macOS Big Sur (11.0), macOS Catalina (10.15), or macOS Mojave (10.14).

Activate Web Inspector on Your iPhone or Other iOS Device

The Web Inspector is disabled by default since most iPhone users have no use for it. However, if you're a developer or you're curious, you can activate it in a few short steps. Here's how:

Open the iPhone  Settings  menu.

On an iPhone with an early version of iOS, access the Debug Console through Settings > Safari > Developer > Debug Console . When Safari on the iPhone detects CSS, HTML, and JavaScript errors, details of each display in the debugger.

Scroll down and tap  Safari  to open the screen that contains everything related to the Safari web browser on your iPhone, iPad, or iPod touch.

Scroll to the bottom of the page and select Advanced .

Move the Web Inspector toggle switch to the On position.

Connect Your iOS Device to Safari on a Mac

To use the Web Inspector, connect your iPhone or another iOS device to a Mac that has the Safari web browser and enable the Develop menu .

With Safari open, select Safari from the menu bar and choose  Preferences .

Select the  Advanced  tab.

Select the Show Develop menu in menu bar check box and close the settings window.

From the Safari menu bar, select Develop and choose the name of your attached iOS device, then select the URL that appears under Safari to open the debug console for that site.

After you connect your device, use your Mac to inspect the website you want to debug and have it open in the Safari mobile browser.

What Is Web Inspector?

Web developers use Web Inspector to modify, debug, and optimize websites on Macs and iOS devices. With Web Inspector open, developers can inspect the resources on a web page. The Web Inspector window contains editable HTML and notes regarding the styles and layers of the web page in a separate panel.

Before iOS 6, the iPhone Safari web browser had a built-in Debug Console that developers used to find web page defects. Recent versions of iOS use Web Inspector instead.

With Safari 9 and OS X Mavericks (10.9), Apple introduced Responsive Design Mode in Web Inspector. Developers use this built-in simulator to preview how web pages scale to different screen sizes, resolutions, and orientations.

To set up Web Inspector on your iPad, open your iPad's Settings and select Safari > Advanced , then turn Web Inspector On . Connect the iPad to a Mac computer, then open Safari on the Mac and select Safari > Preferences > Advanced , then turn on Show Develop menu in menu bar .

You cannot just connect your iPhone to a Windows PC and start using Web Inspector through Chrome like you can with a Mac. Installing package manager software can provide you a sort of workaround, but it's not recommended unless you're familiar with the package management app you intend to use.

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Freelance iOS, macOS, Apple Watch, and Apple TV Developer

Web inspector on ios devices and simulators.

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Over the past few weeks I’ve worked on a number of projects that have necessitated me working with HTML and JavaScript be that via Safari on iOS, an SFSafariViewController, or in an embedded WKWebView. In all of these cases, I’ve needed to dive into the DOM to see what styles are being applied to certain elements or dig into a JavaScript Console to work out why some code isn’t working. On desktop, this is trivial as Safari has a Web Inspector panel built in similar to other browsers. It turns out it is also trivial on mobile as the exact same tool can be used with both iOS simulators and physical devices.

If you select the ‘Develop’ tab from the menu bar of Safari on macOS, you’ll see a list of all of your connected devices and actively running simulators 1 . Drilling into this will then show all of the active web instances you can interact with; notice how the content within Safari has highlighted blue within the Simulator as I’ve moused over the twitter.com web instance above. When you click, a web inspector panel is then produced which allows you to make all the usual interrogations and changes you can within desktop Safari such as interacting with the console or changing CSS values of elements to see how they would look in realtime.

Here’s an example using a WKWebView within one of my client projects, Yabla Spanish :

Discovering that simulators and devices could be interacted with in this way has been a huge timesaver for me. Whilst developing Browser Note , I was constantly needing to tweak CSS values and investigate the current state of the DOM as websites have various tricks to try and make ads or cookie notices appear on top of all content (and the note needed to be on top at all times - you should totally take a look at Browser Note whilst you’re here). In doing this, I was then able to put this knowledge to use on no less than 3 client projects in the past month; this validates my theory that by working on your own side projects you can improve your efficiency when it comes to work projects.

There are a few caveats to be aware of when using the Web Inspector with an iOS device or simulator:

• If you want to use this on an actual device you’ll first need to enable the Web Inspector on iOS. To do this, go to the Settings app and then Safari > Advanced and toggle the Web Inspector on.
• Whilst the Web Inspector can interrogate WKWebView, it can only do this for apps you are running via Xcode. You cannot look at the WKWebView of apps you did not create nor of your own apps from TestFlight / the App Store. However, you can inspect debug builds installed via Xcode even if the debugger is not active (i.e. you build to the device then quit Xcode).
• Conversely, you can use the Web Inspector with any SFSafariViewController even if it is not in your own app.
• Whilst it is still possible to submit apps that use UIWebView, the web inspector will not work with them; it needs to be WKWebView .
• This also works for AppKit, SwiftUI, and Catalyst apps on macOS.

I use an “iDod” naming prefix for all of my devices; a throwback pun to my first Apple product, the iPod.  ↩︎

Debug iOS Safari with Xcode Simulator and Web Inspector

• Published: 15 Jun 2020

Uses: Xcode simulator

How I debug CSS for iOS Safari on my MacBook Pro.

If you're like me and don’t have an iOS device, you can use Xcode Simulator to view and debug mobile Safari from your Mac.

Why would you need to simulate mobile Safari? Phones in general don't even have web inspectors for debugging. Have you ever had a CSS quirk on an iPhone and no iPhone to test with? I have.

As a lifelong Android user and web designer by trade, I regularly need to preview, test, or fix things for iOS Safari. Thankfully my MacBook has a way to simulate iOS devices so that I can preview and debug mobile Safari! Likewise, it can simulate older and newer iOS versions if needed.

The following steps may vary for newer and older versions of macOS, Xcode, and Safari. This guide uses:

• MacBook Pro (Retina, 15-inch, Mid 2015)
• macOS Mojave version 10.14.6
• Xcode version 11.3.1
• Safari version 13.1.1

Step 1: Open Xcode and Launch Simulator

From your Applications, launch Xcode. (Optionally, update Xcode if it yells at you when you try to open it.)

Once Xcode opens, navigate to Open Developer Tool > Simulator from the Mac toolbar.

If you’re a Spotlight user (which I am not), just search for Simulator and bypass launching Xcode altogether.

Step 2: Adjust the Simulator

A simulated device should pop up on your screen and begin loading. From the Mac toolbar, you can adjust the simulator via Hardware > Devices and select the OS and Device. You can pick from various iPhones and iPads in the iOS dropdown.

If you need something different, select Manage Devices for a suite of additional options:

Under Devices, add a device connected through USB.

Under Simulators, add a new simulator by selecting a device and iOS version (or install an additional iOS version runtime).

You can choose to use the simulation at the actual device size (instead of your screen's full height). Assign it via the Mac toolbar under Window to Physical Size.

Step 3: Simulate iOS Safari

In the Simulator, open up mobile Safari. Navigate to the appropriate page you’d like to interact with via Safari Web Inspector.

On your Mac, open up Safari. In the Mac toolbar under Develop , select the Simulator option beneath your device’s name. Pick the iOS Safari tab loaded in the Simulator. Web Inspector will launch to start debugging mobile Safari!

Step 4: Use Web Inspector to Debug Mobile Safari

Now you can go about your business and hopefully resolve whatever brought you down this rabbit hole to begin with. Debug mobile Safari just like you normally would for desktop Safari.

Additional Resources

Need more help?

• Visit Apple's Simulator Help
• Visit Apple's Safari Developer Help

Other guides that may be helpful:

• Debugging Your iPhone Mobile Web App With Safari Dev Tools by Matthew Croak on Medium [Premium Article]
• How to Use Web Inspector to Debug Mobile Safari (iPhone or iPad) by SK on Apple Toolbox

Simulator Bonuses

In the Simulator, from the Mac toolbar under File you can take a New Screen Shot , or use CMD+S.

For a how-to on more features and functionality offered in the Simulator, browse the Help section. I kind of want a Force Touch track pad now...

• Written by Melanie E Magdalena

Tags: # debugging

Thanks for reading! If this helped or you learned something, Buy Me A Coffee.

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Quick Tip: Debug iOS Safari on a True Local Emulator (or your actual iPhone/iPad)

I’m sure plenty of folks know this, but like literally anything else in the world, plenty of folks don’t. This is an incredibly handy feature of developing responsive sites and testing them on as real of devices as you can. Plus, it doesn’t cost anything additional beyond your macOS computer.

Step 1) Download Xcode

The iOS Simulator is an app that comes bundled with Xcode. Xcode is free and you get it from the app store .

Step 2) Open Simulator

It’s in the main Xcode menu at Open Developer Tool > Simulator.

It will be a new icon in your dock. I like to move it so that it stays an icon in my dock, and I don’t need to open Xcode again to find it and use it.

(^ It’s on the far right here.)

The window for the simulator is like a fake Apple device. You can simulate just about anything (Watch, AppleTV, iPad, etc) by going to Hardware > Device.

Step 3) Open Safari and go to a website

Easy enough to type something in. It understands keyboard input so you don’t have to like use the mouse to click fake on-screen keys.

Important trick! Often times you are pasting a URL into the address field. To do this, you’ll need to have the URL on your clipboard, activate the simulator, press ⌘-V to paste, then you can click to bring up the iOS paste menu and paste it. At least… that’s what you used to have to do. I just recently upgraded to Xcode 10 and it seems like you can simply ⌘-V right into the URL bar now, so perhaps the weird work-around is fixed.

Step 4) Open Desktop Safari & Web Inspector

You’ll need to go to Settings > Advanced and check the Show Debug Menu option. Then you’ll see the option to open the web inspector for the Simulator right from that menu.

With the Web Inspector open, you can debug inside the Simulator just like you could right in a desktop browser with DevTools.

Actual Devices

Simulators are pretty great because they are easy and just a few clicks away. But if for whatever reason you want to test on a real device, you also can do that. As long as:

• The device is connected to your computer (lightning to USB), and it’s “trusted”.
• You have an “inspectable” application open, like Safari.

It should show up in the same Debug menu in Safari and let you inspect the browser right on the real device. It’s a bit surreal to watch the blue-boxes of Web Inspector showing up on your real device!

Looking for some useful browser extensions as well? Click here .

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Tools and debug

All the tools available for web development are also helpful for progressive web app development, including libraries, frameworks, code editors, builders, developer tools, debuggers, and more. But when working with PWA-specific abilities, such as installability, service workers, offline support, and more, certain tools for PWA are extra helpful. Let's see them in action.

Simulators and devices

As mentioned in the Foundations chapter , you should use agnostic design patterns to offer the best experience to every user in every context. However, it's good practice to test your experiences on different devices.

You probably won't own dozens of physical devices, including iPhones, Android phones, tablets, and desktops or laptops with different operating systems. That's why simulators and emulators exist.

Simple simulators

Most developer tools within browsers let you test your PWAs in different screen sizes or network conditions while using a single desktop browser engine. Some of these tools can also force a different user agent under these simulations.

Some available simulators are:

• Chromium DevTools: Device Mode , network throttling and several sensor simulations available
• Firefox Developer Tools: Responsive Design Mode

Apple simulators

Apple offers the Simulator app (formerly known as iOS Simulator) which allows you to test your web app on different iPhones and iPads on various operating system versions.

The Simulator app is only available for macOS computers, and it comes with [Xcode, available in AppStore ; it simulates iOS and iPadOS with different device configurations. It includes the real Mobile Safari app and the Web.app engine used when your PWA is installed on the home screen, so the final experience you see is fairly representative of an actual device.

To launch the app, once you have installed Xcode, you can open the Simulator in the Xcode menu, by selecting Open Developer Tools then Simulator . Once in the simulator, you can open Safari as if you are in a real iPhone or iPad. You can open other devices by selecting File then Open Simulator menu.

Some useful shortcuts for web developers while using Simulator to test PWAs are:

• Command-Shift-H : go to the Home screen.
• Control-Command-Shift-H : access the App Switcher.
• Command-Right and Command-Left : rotate the device.

Simulator is not a virtual machine, but an app running on top of your macOS that looks like an iPhone or iPad, so it doesn't have its own TCP stack. Therefore, if you use localhost within Simulator, Safari will point to your macOS localhost device.

By default, Xcode only installs the latest version of iOS, but you can go to Xcode, use the Preferences menu, and download older Simulators from the Components tab.

It's good practice to test your PWA on the latest version of iOS, the previous minor version, and at least one previous major version.

Android emulators

The Android ecosystem offers different emulators, but the ones available within the Android SDK are the most commonly used.

As a PWA developer, you also need browsers in your Android emulator, which will add a layer of complexity to testing, because AOSP (Android Open Source Project) doesn't include Google Chrome or Play Store to download browsers. Therefore, not every Android emulator is helpful for PWA testing.

The Android SDK comes with two tools useful for emulation:

• SDK Manager: downloads and updates different operating system versions and plugins.
• AVD Manager: adds, edits, and deletes Android Virtual Devices (AVDs), each of them representing one device with one Android OS installed, similar to a virtual machine instance.

You can only install the Android SDK or Android Studio , a free IDE including the Android SDK with the emulators. With the SDK, you will have to use the command line to open and set up your emulators. With Android Studio, you can open the tools needed from the Welcome screen's menu. Once in the AVD Manager, you can create as many devices as you want, with different combinations of screen size, abilities, and Android OS version.

With an Android emulator, you can check your PWA installation support, the entire user experience, and if the abilities you are using are working as expected.

Using Google Chrome

To use Google Chrome in the Android emulator, you have to create an AVD with Play Services inside. To do that, make sure the SDK you use for your AVD has the Play icon, as you can see in the following image:

AVDs with Play services also include Play Store, so you can update your Chrome with the latest version after setting up your account with your Google account.

Using other browsers

If you use an AVD with Play services, you can also download browsers from the Play Store.

Most of the browsers available for Android, including Samsung Internet, Microsoft Edge, Opera, Firefox, and Brave, are available as APKs (Android Packages). If you have the APK for the browser you want to test, you can just drag the file to the emulator or install it through the command-line using ADB .

Desktop emulators

Emulating a different desktop computer is typically done via a virtual machine system, such as VirtualBox or VMWare. Even with these tools, emulating some environments is impossible, such as emulating macOS on Windows or Linux, and some other options may require a license, such as emulating Windows on macOS or Windows.

Using physical devices

Using actual devices to test your PWA is also a good idea. We don't need to own several devices as there are some cloud-based solutions where you can use physical devices remotely. There are some free solutions and some commercial solutions with a free-tier available.

One of the available solutions is Samsung Remote Test Lab , a free solution to test your PWA on Samsung devices, including phones, tablets, and foldable devices.

Remote inspection

When you want to debug your Progressive Web App in an actual device, a simulator, or an emulator, you may want to connect a remote inspection session with your desktop's browser tools.

There are commercial tools available, but all the browsers also offer ways to do it, including:

• WebKit Remote Inspector to connect to Safari and installed PWAs on iOS- and iPadOS-connected devices and simulators.
• Chromium DevTools Remote Debugging to connect to Chrome, Edge, Samsung Internet, and other Chromium-based browsers on Android and PWAs installed from those browsers, including connected physical devices and emulators.
• Firefox Remote Debugging to connect to Firefox for Android on connected actual devices and emulators.

Port forwarding for Android

When testing PWAs available on localhost on Android physical devices or emulators, you will have a problem, as localhost will point to the Android TCP stack and not your development machine.

You may want to use your local IP address as a replacement to localhost , but that's not a good idea as service workers and many abilities will only work with HTTPS connections, with the exception of localhost , so your PWA won't work offline or pass PWA criteria.

You can solve the problem by enabling port forwarding on a Chromium browser on your desktop computer. In that case, you can bridge a port on localhost on the Android device to any origin and port from your host computer, including your development computer's localhost . Check this guide for more information.

Chromium browsers

Chromium browsers offer many tools for debugging and testing Progressive Web Apps, starting from DevTools.

Most Chromium-based browsers, including Samsung Internet, Microsoft Edge, and Google Chrome, offer different channels, such as Stable, Beta, and Canary. You can install separate versions on desktop and Android to test your PWA on future versions of the browser. This allows you to build and test features that are not yet widely available, or to test deprecations and changes, and work out how your app will behave in newer versions.

Using remote inspection, you can use all these tools to debug and test your PWA on desktop and Android devices.

Service worker tools

Chromium DevTools has a complete set of tools to debug service workers and their APIs' "Application" tab. From the "Service Workers" section, you can:

• See service workers' installation status and lifecycle.
• Update and unregister the service worker.
• Follow the update cycle.
• See current service workers' clients.
• Send a push message to a service worker.
• Register Background Sync and Periodic Background Sync operations.

Read more about these tools .

Storage tools

Within Application then Storage , you can see, preview, update, and delete data from your origin, such as Web Storage entries or IndexedDB stores. Inside Application , Cache then Cache Storage , you can see all the caches stored in current origin, preview content, and delete entries. Read more about the cache tool .

Also, selecting from Application then Storage , you can see the current quota used, simulate custom quota storage, and clear all your data, including the service worker registration, using Clear site data .

Background services

Chromium DevTools also has a set of background services event recording tools, found by clicking Application then Background Services . This lets you see what happens with some events in the background on top of the service workers' API. Read more about these tools .

Web app manifest tools

Chromium DevTools has a section for Web App Manifest and installability criteria under Application , Manifest . In this section, you can check whether the manifest has loaded correctly, the manifest's values, how the icons look, the app id , and a quick checker for maskable icons .

Warnings and errors around installability criteria issues are also shown in this section.

Installation debugging

On Android devices using WebAPK installation mode , you can access a list of installed apps by browsing to about:webapk on Chromium browsers.

You will see the current update status and request a WebAPK update from here.

On desktop computers, you can see a user-friendly list of installed PWAs by browsing to about:apps , and a debug version by browsing to about:app-service-internals .

At the time of writing, Safari has a more limited set of tools available for PWA testing and debugging. There are no tools to see and debug the state and lifecycle of service workers, no inspector for the cache's content, and no tools for web app manifest support and installability on iOS and iPadOS.

Safari is available only on stable, while Safari Technology Preview available for macOS will only let you try abilities of future versions of Safari beforehand. The iOS and iPadOS beta programs sometimes include new versions of Safari that you can use for testing.

What you can do on Safari (both on macOS and remotely for iOS and iPadOS) is to open an inspector window for a service worker that is currently running.

From Safari on macOS, the Develop , Service Workers menu will list all the currently running service worker sessions. You have to select the device to inspect in the Develop menu for remote inspection. Service workers' contexts will appear in the same submenu as window contexts under the origin's or PWA's installed name.

If you select one of them, Safari will open a new window with a restricted inspector, including only Consoles , Sources , and Network Tabs .

Firefox supports service workers on all platforms and App Manifest for installation only on Android. You can access the tools for PWAs on desktop and Android by a USB remote inspection session .

You can use the desktop version known as Firefox Developer Edition . As with Chromium browser, Firefox has versions in different channels on desktop and Android, including stable, beta, and dev versions.

Tools for PWAs

The service worker inspector on Firefox is a basic tool available in Developer Tools under Application , Service Workers . It lets you see the currently registered service worker, check its running status, and unregister it. Debugging the service worker's code may only be available on some developer versions of Firefox.

The manifest tool is available under Application , Manifest , and it only renders the manifest's values with a preview of the icons.

Under Storage , you can manage the origin's storage, including IndexedDB and Cache Storage.

You can read more about Firefox developer tooling for web apps .

• Chrome DevTools: Debug Progressive Web Apps
• Debug PWAs on Edge
• Firefox Developer Tools: Application Tab
• Debugging Service Workers in Chrome (video)

Except as otherwise noted, the content of this page is licensed under the Creative Commons Attribution 4.0 License , and code samples are licensed under the Apache 2.0 License . For details, see the Google Developers Site Policies . Java is a registered trademark of Oracle and/or its affiliates.

Last updated 2022-05-15 UTC.

How to Debug Safari Issues on iOS Using Xcode

Ever tried opening a website on an iPhone and noticed it looks or behaves differently? This can happen because of the way Safari on iPhones (or iOS) works. If you’re making websites or web apps, you’ll want them to work perfectly on iPhones too. This guide will show you how to spot and fix these issues using a tool called Xcode.

1. Essential Tools to Debug Safari Issues on iOS Using Xcode :

• Xcode : Ensure you have the latest version installed. It’s available on the Mac App Store.
• iOS Device or Simulator : You can either use an actual device or the built-in simulator that comes with Xcode.
• Developer Account : If using a physical device, ensure it’s registered on your Apple Developer account.

2. Setting up the Simulator :

• Launch Xcode and initiate the iOS Simulator of your choice.
• Once running, navigate to the Safari app, similar to how you’d do on a physical device.

3. Setting up Web Inspector on Mac :

• Initiate Safari : Open Safari on your Mac. Ensure you’re using Safari and not another browser.
• Access Preferences : Navigate to Safari -> Preferences -> Advanced .
• Enable Develop Menu : Check the box labeled “Show Develop menu in menu bar.”

• Access Webpages : In Safari’s menu bar, click on Develop . Under this, you’ll see your simulator or connected device listed. Hovering over the device’s name will display a list of open webpages. Click on the page you’d like to inspect.

4. Dive into Debugging :

• The Web Inspector, quite similar to developer tools in other browsers, allows you to inspect elements, check console logs, monitor network activity, and more.
• Replicate your issue in Safari (either on the simulator or device) and utilize the Web Inspector to gather insights and debug.

5. Key Features of Web Inspector :

• Console Logs : Vital for capturing errors or important logs.
• Network Requests : Monitor requests to ensure all assets load correctly and to track any API issues.

In Conclusion :

Debugging can sometimes be a daunting task, especially when the issue is platform-specific. However, with the right tools and a systematic approach, you can effectively identify and resolve problems in Safari on iOS. Always ensure you’re using the latest versions of Xcode and Safari, as updates often contain crucial bug fixes and improvements.

Happy debugging!

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Lawn Mowing Simulator - Dino Safari DLC

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En 1994, le Dino Safari a ouvert ses portes pour présenter les créatures les plus fascinantes au monde : les dinosaures ! Occupez-vous de leurs quatre enclos et occupez-vous bien de leur pelouse pour que ces fossiles ressuscités puissent vivre dans le plus grand des conforts. Pensez-vous être à la hauteur de cette mission ?

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Le Contrat relatif au Compte Nintendo s'applique à l'achat de ce contenu.

À propos des précommandes

L'utilisation d'un appareil ou d'un logiciel non autorisé permettant des modifications techniques d'une console Nintendo ou de ses logiciels pourrait rendre ce logiciel inutilisable.

Ce produit contient des dispositifs techniques de protection.

Date de lancement : {{releaseDate}} . Dans le cadre d'une précommande, le paiement sera automatiquement effectué à partir de 7 jours de la date de sortie. Pour les précommandes enregistrées à moins de 7 jours de la date de sortie, le paiement sera immédiatement effectué.

© 2024 Published and distributed by astragon Entertainment GmbH. Developed by Skyhook Games Studio Ltd. astragon, astragon Entertainment and its logos are trademarks or registered trademarks of astragon Entertainment GmbH. ©2022 EGO Power+. All rights reserved. Copyright © 2021 STIGA S.p.A. All rights reserved. SCAG Power Equipment - division of Metalcraft of Mayville, Inc. SCAG marks are registered trademarks of Metalcraft of Mayville. Turf Tiger marks are trademarks of Metalcraft of Mayville. Copyright © 2021 The Toro Company. All rights reserved. All intellectual property relating to the lawn mowers, lawn mower equipment, and associated brands and imagery (including trademarks and/or copyrighted materials) featured in the game are the property of their respective companies. The lawn mowers and equipment in this game may be different from the actual products in terms of shape, color, and performance. All rights reserved.

Jeu nécessaire

Lawn Mowing Simulator

Date de publication

Classe d'âge

Manettes compatibles

• Manette Nintendo Switch Pro

Changer de pays

• Deutschland
• UK & Ireland
• South Africa

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