Feather Wallet 2.8.1 review covering features, hardware support, privacy defaults, and how it compares to the official Monero GUI for desktop users in 2026.
Feather Wallet version 2.8.1, released 2025-04-14, remains the listed current release through September 2026 sources. The project operates under a BSD-3-Clause license and is developed by dsc, tobtoht, and contributors, with the official repository hosted at github.com/feather-wallet/feather.
It provides a free, open-source, Monero-only desktop wallet for Linux including Tails and Whonix, Windows 10 and later, and macOS 12 and above. The implementation uses wallet2 with modifications and supports Polyseed 16-word seeds containing an embedded restore height, plus compatibility with standard 14- and 25-word Monero seeds.
Development receives funding exclusively through Monero Community Crowdfunding System proposals and donations, with no software fees or developer cuts applied to users. The project maintains reproducible Guix builds and a public bug bounty.
Feather Wallet runs on Linux distributions including Tails and Whonix, Windows 10 and later, and macOS 12 and above. Version 2.8.1 provides compact installers: the Windows package measures roughly 19 MB, Linux AppImages and standalones range from 23–29 MB, macOS bundles are 23–24 MB, and the source tarball is 24 MB.
Installation begins with a download from the official site. The wallet ships with a built-in Tor binary and accepts optional I2P or SOCKS5 proxies. It defaults to curated remote nodes that route most traffic over Tor except during the first sync; users may instead point it at any local or custom node they operate.
Hardware wallet support covers Ledger Nano S, Nano S+, Nano X, Stax, and Flex models. Trezor compatibility includes the Model T, Safe 3, and Safe 5. The Trezor Safe 7 is excluded because of its updated protocol, according to project documentation as of August 2026.
Feather Wallet integrates several tools that strengthen Monero's default ring-signature and stealth-address protections without adding new claims of perfect anonymity.
The wallet ships with its own Tor binary and routes most traffic through Tor by default when connecting to the curated remote nodes. Initial blockchain sync still occurs over clearnet unless the user forces a local node or SOCKS5 proxy from the start. Optional I2P support and manual SOCKS5 configuration allow further routing flexibility, but any clearnet node connection exposes the user's IP to that node operator.
View-only wallets let users generate a watching key that reveals incoming and outgoing transactions without exposing spend authority. This is useful for accounting or shared monitoring, yet the view key itself must remain offline to avoid leaking balance information.
Transaction proofs (SpendProof, OutProof, InProof) enable selective disclosure of payment details to third parties. These proofs confirm that a specific output was spent or received without revealing the full transaction graph, but they still require the prover to share metadata that could link activity if reused carelessly.
Key OPSEC gaps remain outside the wallet's control. Any XMR acquired through a KYC exchange creates an on-chain link between an identity and the wallet's first outputs. Even with Tor enabled, reusing subaddresses across services or failing to label outputs can reduce the effectiveness of coin control. Users who run Feather on Tails or Whonix obtain stronger isolation, but those on standard desktops must manually verify that no clearnet fallback occurs during node selection.
Feather Wallet implements coin control through freeze and thaw functions that let users lock specific outputs and prevent them from being selected in new transactions. Manual input selection gives direct control over which UTXOs are spent, allowing precise management of change outputs or isolation of funds tied to particular subaddresses.
Output splitting breaks larger amounts into smaller, user-defined denominations during transaction creation. This produces more uniform outputs that can improve mixing efficiency on the Monero network. Labeling attaches persistent notes to individual outputs and addresses, keeping records inside the wallet file rather than in separate documents.
Offline signing uses animated QR codes to move unsigned transactions from an online instance to an air-gapped device and return the signed result. The workflow supports view-only wallets for balance checks on the connected side while keeping private keys completely isolated. Users scan successive frames until the full transaction data transfers, then repeat the process in reverse for the signed version.
These features work with the wallet’s existing remote-node and Tor options but require the operator to maintain strict separation between online and offline instances to avoid IP or metadata leaks during the QR exchange.
Feather Wallet serves as a lighter desktop option compared with the official Monero GUI, trading full local-node capability for lower resource demands and stronger out-of-the-box support on privacy-focused operating systems.
| Feature | Feather Wallet | Official Monero GUI |
|---|---|---|
| Resource Use | Lower footprint, preferred for daily or low-resource devices | Higher, driven by full local node operation |
| Node Privacy | Defaults to curated remote nodes routed via built-in Tor | Emphasizes full local node for maximum control |
| Tails/Whonix Support | Reference wallet with native compatibility | Limited optimization for these environments |
| Coin Control | Full suite including freeze/thaw, manual selection, output splitting and labeling | Basic functionality only |
| Multisig Absence | Not supported | Available as core feature |
Secondary reviews note Feather’s edge in speed and Tails/Whonix usability, while the official GUI remains the reference implementation for users prioritizing local-node privacy. Both wallets inherit the same wallet2 codebase and will adopt future protocol upgrades such as FCMP++ once activated. Users needing multisig must therefore choose the official GUI or accept its higher resource cost.
Feather Wallet itself is free with no developer fees or cuts. Users only pay standard Monero network fees, reported around 0.009 XMR in September 2026 reports.
No, multisig is among the features currently absent, along with atomic swaps, merchant mode, built-in exchanges, and mining support.
The FCMP++ upgrade had not activated as of September 2026 and carried no confirmed hard-fork date. Once live, an updated Feather release will apply the change automatically.
Supported devices include Ledger Nano S, S+, X, Stax and Flex, plus Trezor Model T, Safe 3 and Safe 5. Trezor Safe 7 remains unsupported due to its new protocol.
Yes. Feather accepts 14-word, 25-word and its own 16-word Polyseed format, automatically handling restore heights where embedded.
No such functionality exists. Users must handle swaps or conversions outside the wallet.
