How to Choose Between Clash Plus, Clash Verge Rev, and FlClash: A Platform and Workflow Comparison

Start by ruling out clients that do not support your devices

When choosing a Clash client, start by confirming which devices it needs to cover—not by comparing interfaces. Clash Plus provides entry points for Windows, macOS, Android, and iOS; Clash Verge Rev is primarily aimed at Windows, macOS, and Linux desktops; FlClash supports Windows, macOS, Linux, and Android. If you use only one computer, all three overlap considerably. If you manage both computers and phones, platform coverage can quickly narrow the choice.

The client, core, and subscription service are three separate layers. The client handles the graphical interface, configuration files, system proxy toggle, TUN permissions, and log access; cores such as mihomo parse YAML, establish connections, and route traffic according to rules; the subscription service supplies nodes, proxy groups, and rule configuration. Installing any client does not automatically provide a usable subscription, and importing one does not mean the device is already routing traffic through it.

Make a quick decision based on common device combinations

• Windows 10 or Windows 11 on one computer: all three are worth comparing further; focus on configuration editing, TUN support, and update habits.
• macOS: open the Apple menu → About This Mac to check the chip. Apple Silicon models usually use arm64, while Intel models use x64.
• Ubuntu, Debian, Fedora, and other Linux desktops: compare Clash Verge Rev and FlClash first. Debian and Ubuntu commonly use .deb, while Fedora and RHEL-based systems commonly use .rpm.
• Android phone plus Windows PC: Clash Plus or FlClash is more likely to provide a consistent client combination, but configurations still need to be imported and updated separately on each device.
• iPhone or iPad: first verify Clash Plus's iOS installation path and current system requirements. Do not apply Windows installation instructions to iOS.

Choose by configuration habits: minimal tweaking or frequent troubleshooting

If you only need to import a subscription, choose a node, and enable the system proxy, judge the client by how clear the workflow is—not by the number of settings. A typical path is Subscription or Configuration → Add → paste the subscription URL → download the configuration → set it as active, then open Proxy and choose a proxy group. Depending on the version, Profile may appear as Configuration, Subscription, or Configuration File. The function is the same, but the label may differ.

Users who frequently adjust rules, DNS, or override content should check whether the client clearly separates remote subscriptions from local edits. Updating a subscription usually downloads the remote YAML again; if you edit the downloaded configuration directly, the next update may overwrite your changes. A safer approach is to use the client's override, merge, or scripting features, or copy the file into a local configuration and disable automatic updates. Check the configuration page in your installed version for the exact capabilities.

Clash Plus: prioritize device coverage

Clash Plus stands out mainly for its platform coverage. If you need similar workflows across Windows, macOS, Android, and iOS, it can reduce the effort of learning a different client structure on each device. Each device still requires separate authorization: the desktop system proxy affects apps that read system proxy settings, while mobile devices generally route traffic through the system VPN interface. These are not the same mechanism.

If your daily workflow is limited to updating a subscription, choosing a proxy group, and connecting, check three places: the active configuration, the current proxy-group selection, and the traffic-capture toggle. Do not rely only on node latency. A successful latency test shows only that the test target is reachable; it does not prove that your browser, terminal, or other apps are using the proxy.

Clash Verge Rev: prioritize desktop configuration and diagnostics

Clash Verge Rev is a good fit for users who do most of their work on a computer. On the desktop, you can inspect subscriptions, proxy groups, connection records, and core logs together. When rules fail to match, DNS requests fail, or a port is already in use, diagnostic access is usually more valuable than a simple connection toggle. Linux users should also check whether their desktop session reads system proxy settings; command-line programs generally do not inherit desktop proxy settings automatically.

When changing core parameters, first identify which layer owns each setting. For example, ports and modes under Settings → Clash Settings usually affect core operation, while startup behavior and window options under Settings → System Settings belong to the client itself. Menu labels may change between versions. Before editing, record the original value and change only one item at a time.

FlClash: prioritize consistent desktop and Android workflows

FlClash suits users who work across desktop systems and Android and want similar interface logic. It does not automatically share connection state between devices: each device has its own configuration copy, permissions, and local ports. After changing networks on mobile, check the VPN state, DNS resolution, and background execution restrictions again.

When downloading an Android installer, choose the correct architecture. Most recent mainstream phones use arm64, but do not infer this from the brand alone; confirm the ABI in a system information tool or on the device specifications page. A universal package usually supports more architectures, but it may also be larger. On desktop, choose the format matching Windows, macOS, or Linux.

The difference between system proxy and TUN can determine the right choice

System proxy and TUN are not simply a basic mode versus an enhanced mode. A system proxy usually writes HTTP and SOCKS proxy settings to the operating system, which browsers and desktop apps that follow system settings can read. TUN creates a virtual network interface and sends a broader range of IP traffic to the core. Whether you need TUN depends on application proxy support, UDP traffic, and whether you need to handle programs that ignore system proxy settings.

Use the port to confirm that the core is actually listening

Many configurations use HTTP port 7890 and SOCKS port 7891. Some clients use mixed-port 7890 to accept both HTTP and SOCKS. Ports are not fixed standards, so use the value shown in the current configuration or client settings. If you need to test an HTTP proxy temporarily from a terminal, confirm the port first, then run:

curl -x http://127.0.0.1:7890 https://example.com/

If this reports that the connection to 127.0.0.1:7890 failed, first check whether the core is running and whether the port was changed or is already in use. If the request succeeds but plain curl fails, the terminal is usually not using the system proxy—not that the subscription is faulty. On Linux and macOS, set these temporarily as needed:

export HTTP_PROXY=http://127.0.0.1:7890
export HTTPS_PROXY=http://127.0.0.1:7890
export ALL_PROXY=socks5h://127.0.0.1:7891

socks5h makes the SOCKS proxy resolve the target hostname. After testing, close the terminal or run unset HTTP_PROXY HTTPS_PROXY ALL_PROXY to clear the variables for the current session. Windows PowerShell uses different environment-variable syntax, so do not copy Bash commands directly.

Check these four items before enabling TUN

1. First use the system proxy to confirm that the subscription, node, and basic rules work. This prevents configuration errors from being mistaken for TUN problems.
2. Check whether other VPNs, virtual network adapters, container networks, or corporate security clients are running at the same time; they may all modify the default route and DNS.
3. On Windows, check administrator permissions and service installation status. On macOS, check authorization under System Settings → Network → VPN & Filters. On Android, confirm that the VPN indicator appears in the system status bar.
4. After enabling it, retest DNS, access to local-network devices, and apps that require a proxy. Do not rely only on the client home page showing “running.”

Rules, proxy groups, and core capabilities cannot be judged by client name alone

Clash Plus, Clash Verge Rev, and FlClash provide configuration and runtime entry points; the integrated or invoked core actually executes the rules. Whether a configuration loads depends on core support for its fields, not on whether the YAML file extension matches. When migrating between clients, inspect configuration errors reported in the startup log, especially DNS, proxy protocols, rule providers, and TUN fields.

Rules are evaluated from top to bottom, and the first matching rule determines the route. The snippet below illustrates the order, but PROXY must be defined by the subscription or the user in a proxy group; it cannot be copied and used on its own:

mode: rule
rules:
  - DOMAIN-SUFFIX,example.org,DIRECT
  - IP-CIDR,192.168.0.0/16,DIRECT,no-resolve
  - DOMAIN,blocked.example,REJECT
  - MATCH,PROXY

DIRECT means a direct connection, REJECT denies the request, and MATCH is the final route when none of the preceding rules match. no-resolve only means that the IP rule will not actively resolve an address for a domain; it does not disable all DNS. If the same website takes a different route after switching clients, check the current mode, the configuration actually loaded, rule order, and the selected proxy-group exit in that order.

Do not replace configuration checks with latency rankings

Latency in a node list usually comes from one request to a test URL made by the client. The number is affected by the test target, network jitter, DNS, and connection reuse. A node showing 80 ms is not necessarily faster for downloads than one showing 120 ms. A more reliable approach is to test real targets repeatedly and confirm on the connection page that the target domain matched the expected rule and proxy group.

For users who frequently troubleshoot rules, the ability to show connection records, rule names, proxy chains, and error logs matters more than a minimal home page. Users who only browse normally do not need to accept extra maintenance for a handful of advanced fields. Choose around the frequency of your daily tasks, not a universal score based on feature count.

Update, migration, and backup methods determine long-term maintenance cost

Client updates and subscription updates are different. A client update replaces the application and may also update its bundled core; a subscription update only downloads the remote configuration again. When something breaks, first identify which layer changed recently. If the app will not start after an upgrade, check client logs and system permissions. If proxy groups disappear after a subscription update, inspect the remote configuration. If only one node fails, switch nodes within the same configuration to verify the issue.

Keep these details before migrating

• The subscription URL or the re-import link provided by the service provider; do not rely only on the client's cache.
• Local YAML files, override rules, scripts, and custom DNS settings.
• The current values of HTTP, SOCKS, and mixed-port settings, plus the LAN access toggle.
• Selections for frequently used proxy groups, such as a manual node, automatic selection, or direct connection.
• Whether TUN is enabled, whether its service is installed, and whether LAN and private network ranges are excluded.

When moving from one client to another, keep the old client installed but disable its system proxy and TUN before starting the new one. Do not let two cores compete for 7890 or modify the system proxy at the same time. After importing into the new client, test one browser request, one terminal request, and one TUN-dependent app before deciding whether to remove the old client.

Subscriptions contain access credentials and should not be pasted into public logs, screenshots, or issue descriptions. When reporting a problem, keep the rule type, error line number, port, and core version, but redact the subscription URL, node server address, and authentication fields. This explains the affected layer without exposing configuration that could be used directly.

Choose based on your workflow

Choose Clash Plus if

• You need iOS support or want similar workflows across Windows, macOS, and mobile devices.
• Your main tasks are importing subscriptions, switching proxy groups, and starting or stopping connections, without frequently editing complex overrides.
• You are comfortable completing system permissions, VPN configuration, and subscription maintenance separately on each device.

Choose Clash Verge Rev if

• You mainly use a Windows, macOS, or Linux desktop and prioritize configuration, connection, and log inspection.
• You need to distinguish system proxy from TUN and frequently troubleshoot ports, DNS, and rule matching.
• You can choose installers by system architecture and are willing to check core and configuration compatibility after upgrades.

Choose FlClash if

• Your devices include Android and a desktop system, and you want to minimize cross-platform interface differences.
• You need entry points for multiple platforms among Windows, macOS, Linux, and Android.
• You understand that configurations are independent on each device and will check Android VPN permissions and desktop proxy settings separately.

A 20-minute test when you still cannot decide

1. Install the client that matches your current system and chip architecture.
2. Import the same subscription and note how long configuration download takes and whether error messages are clear.
3. Choose the same node, enable the system proxy, and test with a browser and curl separately.
4. Check whether connection records show the target domain, matched rule, and final policy.
5. Enable TUN only if needed, then test UDP apps, local-network devices, and DNS.
6. Run one subscription update and confirm that local overrides and proxy-group selections behave as expected.

The final choice can be straightforward: for mobile coverage, start with Clash Plus or FlClash; for desktop diagnostics and configuration management, consider Clash Verge Rev; when Android and desktop workflow consistency matters, compare FlClash closely. A client does not change the quality of the subscription itself and cannot replace rule or permission checks. Rule out options by platform first, then choose based on system proxy, TUN, logs, and maintenance frequency. This is usually more useful than comparing scores produced without consistent test conditions.