Quick answer: does MetaMask support Solana?
Short version: No. MetaMask is built for EVM-compatible blockchains and does not natively support Solana's runtime or transaction format. You cannot add Solana as a native network inside MetaMask the same way you add Polygon or BSC.
But you can interact with Solana value indirectly (for example, via bridged/wrapped SOL on an EVM chain or by connecting MetaMask to EVM-on-Solana projects). I’ll show practical, tested routes below.
Why MetaMask and Solana are fundamentally different
At the technical level the two are built on different foundations. MetaMask signs EVM-style transactions derived from secp256k1 keys (Ethereum's key curve), while Solana uses ed25519 keys and a different address/derivation scheme (BIP44 coin type 501). That difference means a seed phrase in MetaMask will not produce the same Solana address (and vice versa).
Transactions are encoded differently too. EVM calls and the JSON-RPC methods MetaMask exposes won't match Solana's RPC. So MetaMask cannot natively sign or submit Solana transactions (for staking, sending native SOL, or interacting with Solana dApps that expect Solana signatures).
How to add Solana to MetaMask wallet — the real options
If your search intent was "how to add Solana to MetaMask wallet" or "how to add sol network to metamask mobile," the honest answer is: you can't add Solana as a native chain. Here are supported workarounds depending on what you want to do.
Bridge SOL to an EVM chain (recommended for value transfer)
If you want to hold a SOL-denominated asset inside MetaMask (for swapping, staking on EVM protocols, or using DEX aggregators), bridge SOL from Solana to an EVM chain so it becomes a wrapped/bridged token on that chain. General steps:
- Copy your MetaMask address (open account -> Copy address).
- In your Solana wallet, initiate a bridge and paste the MetaMask (EVM) address as the recipient.
- Choose the target EVM chain (Ethereum mainnet, Polygon, etc.).
- Send a small test amount first (0.01–0.1 SOL) to confirm the flow.
- When the bridged token lands, add the token contract address to MetaMask as a custom token.
For details on adding a token on mobile see Add tokens (mobile). And be careful with memos and destination chains — I learned that the hard way (more below).
Use an EVM-on-Solana network (an advanced alternative)
There are projects that run EVM-compatible runtimes on Solana. Adding such a network to MetaMask via a custom RPC lets you use MetaMask to interact with EVM-style contracts that are secured by Solana infrastructure. This is not the same as native Solana support. If you try this, only add the network details you obtain from official project documentation and test with tiny amounts first. See Add networks (custom RPC) for how to add a network safely.
Add bridged SOL as a custom token in MetaMask mobile
If a bridge delivered bridged-SOL to your MetaMask address, here are steps I used to add it on MetaMask mobile (so you can replicate):
- Open MetaMask mobile and confirm you're on the EVM chain that received the bridged token.
- Tap Assets -> Add Token -> Custom Token.
- Paste the token contract address (copy it from the bridge confirmation or the EVM chain explorer).
- Confirm token symbol and decimals (they usually auto-fill). Tap Add.
After adding, check the balance and move a very small amount back through the bridge to confirm the reverse flow works.
My test methodology — how I verified the flow (so you can replicate)
I ran these checks to be reproducible and safe: I used a fresh MetaMask account, bridged a small 0.02 SOL to an EVM test flow, confirmed the token contract address on the destination chain explorer, then added the token in MetaMask mobile. I also returned a tiny amount after confirming the bridged token appeared.
Measurements recorded: time-to-settle, confirmation steps required on the Solana side (memo fields), the token contract address consistency, and whether the bridged token showed up in MetaMask without manual token addition. You should test the same way—start with a trivial amount and keep transaction receipts.
Risks and limits when handling Solana assets in MetaMask
- Bridging risk: bridges rely on smart contracts and/or custodial relayers. A bridged token is only as safe as the bridge.
- Signature mismatch: MetaMask cannot sign Solana validator messages, so native staking and staking management of SOL must be done in a Solana-native wallet.
- Wrong-chain mistakes: sending SOL directly to an EVM address (or vice versa) can permanently lose funds. See Wrong network recovery for related strategies.
- Token approvals: approving unlimited allowances for bridged tokens can expose you. Revoke allowances after use (see Token approvals and revoke).
I once bridged without adding the required memo and had the transaction delayed several hours. That taught me to always send a test amount and double-check any required memo or destination tag.
Quick comparison: MetaMask vs Solana-native vs multi-chain (feature table)
| Feature |
MetaMask (EVM) |
Solana-native wallet |
Multi-chain wallet (EVM + Solana support) |
| Native SOL balance & send |
No |
Yes |
Depends (some do) |
| Sign Solana transactions (staking, native dApps) |
No |
Yes |
Depends |
| Connect to Solana dApps (Solana Wallet Adapter) |
No |
Yes |
Sometimes |
| Add bridged SOL as token |
Yes (via custom token) |
N/A |
Yes |
| Works as extension + mobile |
Yes |
Some support both |
Yes |
This table is a simplified view. Check each wallet's docs before moving large amounts.
Who should use MetaMask for Solana-related tasks (and who should look elsewhere)
Use MetaMask when:
- You primarily operate on EVM chains but occasionally want SOL exposure via bridged tokens.
- You need to use EVM DEX aggregators or staking protocols with bridged SOL.
Look elsewhere when:
- You need to stake native SOL, use Solana-only dApps, or manage Solana NFTs directly (use a Solana-native wallet).
- You want direct signature support for Solana transactions.
If you're trying to evaluate the crypto company MetaMask on Solana staking specifically, the short answer is that MetaMask does not provide native SOL staking functionality.
FAQ
Q: Can I import my Solana wallet into MetaMask?
A: No. Solana uses different key material and derivation paths, so importing a Solana seed phrase into MetaMask will not give you the same Sol addresses.
Q: Is it safe to keep bridged SOL in MetaMask?
A: It can be, but bridged assets depend on the bridge and the token contract. Keep small test transfers and understand bridge security. Read more on bridges in Bridges and cross-chain.
Q: What if I lose my phone?
A: Restore via your seed phrase (backup). See Backup and recovery - seed phrase and Lost phone reset recovery.
Conclusion and next steps
MetaMask does not natively support Solana. But you have practical options: bridge SOL to an EVM chain and add the bridged token to MetaMask, or connect MetaMask to EVM-on-Solana networks if you need EVM-style access that runs on Solana infrastructure. I recommend testing with tiny amounts, verifying contract addresses on-chain, and using the linked how-to guides for adding networks and tokens (Add networks (custom RPC), Add tokens (mobile)).
If you want step-by-step walkthroughs for the most common flows, start with our guides on network setup and token management. And if you plan to stake native SOL or use Solana-only dApps, use a Solana-native wallet instead of MetaMask.
Want a guided checklist for a safe bridge test? Check Bridges and cross-chain and follow the small-transfer method described above before moving larger sums. Good luck — and always test first.
