Low transaction fees
Since Sep 24Updated Nov 1, 2026Based on 21 AI responses
Reviewed by Dimitry Apollonsky
Brands AI mentions
Also mentioned rarely: Algorand, Ether (ETH), Nano, Ethereum, Optimism, TRON, Polygon PoS, Circle, Toncoin, Bitcoin Cash, Optimism Docs, Hedera, Sui, Arbitrum Nova, Bitcoin, BLAST, BNB Chain, zkSync Era, Lightning Network, Scroll, Stellar · stellar.io, Syscoin, Tether, TON (The Open Network), Ripple, zkSync
| Mentioned in | ChatGPTChatGPT | Google AI ModeGoogle AI Mode |
|---|---|---|
| Solana | 100% | 100% |
| Arbitrum | 64% | 100% |
| Base | 73% | 70% |
| XRP Ledger | 64% | 50% |
| Stellar | 55% | 40% |
Questions and answers
Google AI ModeOct 28, 2026
When you want to minimize transaction costs, the best blockchain platform depends heavily on whether you are doing simple token transfers, running smart contracts, or interacting with a specific decentralized ecosystem.
Here are the top blockchain platforms to consider, categorized by their fee structures and use cases:
- Solana — Renowned as a high-performance Layer 1 network with exceptionally low base transaction fees, typically costing around $0.001 to $0.0025 per transaction. It supports a massive ecosystem for DeFi and NFTs while keeping costs negligible.
- Layer-2 Rollups (Base, Arbitrum, Optimism) — If you need compatibility with Ethereum's security and smart contract environment, Ethereum Layer-2 networks dramatically slash costs compared to the Ethereum mainnet. Standard transactions typically range between $0.01 and $0.10.
- Nano — A specialized Layer 1 network that offers completely zero-fee transactions. It uses a block-lattice data structure rather than a traditional blockchain, making it ideal for pure microtransactions and value transfers.
- Stellar and Ripple (XRP) — Built specifically for fast global settlements and remittances, transaction fees on these networks are microscopic, generally averaging fractions of a cent (e.g., around $0.001 for XRP).
- Algorand — A pure proof-of-stake network that offers fast finality with extremely low, predictable transaction fees (fraction of a cent), making it efficient for asset issuance and smart contracts.
For a deeper dive into current network metrics, you can check live gas comparisons on the ChainGate Crypto Gas Tracker.
To help narrow down the best choice, could you tell me:
- Are you planning to send simple peer-to-peer transfers or execute complex smart contracts / DeFi actions?
- Do you have a preference for Ethereum-compatible (EVM) networks?
Sources cited in this answer4
- bleap.financeWelche Blockchain hat 2026 die niedrigsten Gebühren? Der komplette Vergleich
- spark.moneyBlockchain Fee Comparison: Gas Fees Across 15+ Chains | Spark
- bitcoinfoundation.orgTop 10 Cryptocurrencies with the Lowest Transaction Fees in 2026 - Bitcoin Foundation
- chaingate.devCrypto Gas Tracker — Compare Live Fees Across 28+ Blockchains | ChainGate
ChatGPTOct 28, 2026
If your main goal is to minimize the cost of sending blockchain transactions, I’d start by comparing Solana, Stellar, XRP Ledger, and low-fee Ethereum Layer 2 networks such as Base and Arbitrum. The best choice depends on whether you’re sending simple payments, transferring stablecoins, or building an application with smart contracts.
One important distinction: the cheapest network for a basic transfer isn’t necessarily the cheapest for a smart-contract interaction, and fees can change with network congestion.
Blockchain platforms worth considering
1. Solana
Best all-around option for frequent transactions
Solana has low base transaction fees and supports high-throughput payments, token transfers, and decentralized applications. Optional priority fees can increase the cost when you need faster inclusion.
Consider it for: frequent transfers, consumer apps, trading, and high transaction volumes.
Official documentation:
2. Stellar
Best for low-cost payments and asset transfers
Stellar is designed for payments and financial services. Its base operation fee is 0.00001 XLM, although smart contracts have additional resource fees and network congestion can raise costs.
Consider it for: remittances, cross-border payments, stablecoin transfers, and tokenized assets.
Official documentation:
3. XRP Ledger
Best for straightforward payments and asset transfers
Standard transactions have a minimum cost of 10 drops of XRP, equivalent to 0.00001 XRP at the documented base fee. This amount can increase when the network is busy. The transaction cost is destroyed rather than paid to a validator.
Consider it for: simple payments, exchange transfers, and digital asset movement.
Official documentation:
4. Base
Best for inexpensive Ethereum-compatible applications
Base is an Ethereum Layer 2 network that supports Ethereum-style smart contracts and tooling. Transactions typically cost much less than executing comparable operations directly on Ethereum mainnet, though fees depend on execution and the cost of posting data to Ethereum.
Consider it for: stablecoin transfers, EVM applications, payments integrated with Ethereum tooling, and lower-cost DeFi.
Official website:
5. Arbitrum One
Best for Ethereum-compatible DeFi and complex transactions
Arbitrum offers lower transaction costs than Ethereum mainnet for many operations while retaining compatibility with the Ethereum development ecosystem. More computationally intensive transactions cost more, and fees fluctuate.
Consider it for: DeFi, smart contracts, token transfers, and applications already built for Ethereum.
Official website:
Quick comparison
Network Best fit Main cost consideration Solana General-purpose transfers Base fee plus optional priority fee Stellar Payments and remittances Very low base operation fee XRP Ledger Straightforward asset transfers Small base fee that can rise with load Base Ethereum-compatible apps Execution fee plus Ethereum data fee Arbitrum DeFi and smart contracts Execution plus parent-chain costs Polygon PoS EVM-compatible transfers and apps Gas paid in POL; varies with demand Optimism Ethereum scaling Execution plus Ethereum data costs Layer 2 fee structures and transaction costs are explained in the Base fee documentation and Arbitrum documentation.
My recommendation
- For the lowest-cost routine transfers: start with Solana and Stellar.
- For cross-border payments: compare Stellar and XRP Ledger.
- For smart contracts and Ethereum compatibility: compare Base, Arbitrum, and Optimism.
- For an existing Ethereum application: consider Polygon PoS as another candidate.
Before choosing, compare actual fees for your transaction type rather than relying on a network's advertised minimum. Also account for token availability, exchange withdrawal fees, bridge costs, wallet support, and security assumptions.
One question to narrow it down
What kind of transactions are you trying to make?
1. What are you sending?
Native cryptocurrencies (SOL, XRP, ETH, etc.)
Stablecoins (USDC, USDT)
Payments or remittances
Smart-contract transactions or DeFi
High-volume business transactions
2. How often?
Occasionally
Daily or regularly
Hundreds or thousands per day
3. What's most important?
Lowest possible fee
Low fees and fast confirmation
Low fees with strong security and decentralization
Low fees and Ethereum compatibility
[Compare the best options]
Sources cited in this answer10
- solana.comFees | Solana
- solana.comFee Structure | Solana
- stellar.orgStellar | FAQs Web3 Blockchain Guide for DeFi & Smart Contracts
- stellar.orgStellar | Transaction Submission, Timeouts, and Dynamic Fees FAQ
- xrpl.orgTransaction Cost
- base.orgBase
- arbitrum.ioArbitrum - Powering the programmable economy
- basehub.orgNetwork Fees | BaseHub
- docs.arbitrum.ioArbitrum documentation
- help.coinbase.comLayer 2 networks and sidechains
Google AI ModeNov 1, 2026
When looking for blockchain networks with the absolute lowest transaction fees, the landscape is dominated by high-throughput Layer 1 (L1) networks and Ethereum Layer 2 (L2) rollups. According to recent data compiled by sources like the Bitcoin Foundation Low-Fee Guide and live network metrics from ChainGate Crypto Gas Tracker , here are the top networks for minimizing costs:
- Nano (XANO) : Operates on a block-lattice structure where each user has their own individual chain. This architecture enables zero-fee transactions for individual transfers.
- Syscoin & Select L2s (Optimism, Blast, Scroll) : Real-time network gas tracking places platforms like Syscoin, Optimism, and Scroll at the ultra-low end, often averaging less than $0.0001 per standard transfer.
- Base & Arbitrum : Popular Ethereum Layer 2 scaling networks that bundle transactions to keep user costs minimal, typically ranging between $0.0003 and $0.001 per transaction.
- Solana (SOL) : Renowned for high throughput and speed, Solana maintains a standard average transaction fee of roughly $0.0025 , making it extremely cost-effective for high-frequency trading and decentralized applications.
- Bitcoin Cash (BCH) & XRP : Utilizing larger block sizes or highly optimized consensus models, both networks keep basic transfer fees hovering around $0.001 to $0.002.
- Toncoin (TON) : Deeply integrated into messaging platforms, TON processes transactions for user-facing micro-payments at around $0.02 per swap.
If you'd like to narrow this down, tell me:
- Are you looking for a network for simple coin transfers/remittances , or for interacting with smart contracts/DeFi?
- Do you have a preferred ecosystem (like Ethereum-compatible L2s vs. standalone chains)?
I can help you pick the ideal network for your specific use case.
ChatGPTNov 1, 2026
As of November 2026, several blockchain networks offer extremely low transaction fees. If minimizing fees is your top priority, I'd focus on Solana, Stellar, XRP Ledger, Algorand, Base, and Optimism.
The best choice depends on whether you're sending cryptocurrency, transferring stablecoins, swapping tokens, or building decentralized applications.
1. Best low-fee blockchain networks
Here is how I'd rank the leading options based on transaction costs, speed, and practical use.
1. Solana (SOL)
(Best overall low-cost option)
- Typical basic transaction: around $0.0005–$0.001.
- Very fast confirmation.
- Excellent for token transfers, DeFi, and frequent transactions.
2. Stellar (XLM)
(Best for inexpensive payments)
- Base fee: 0.00001 XLM per operation.
- Designed for inexpensive transfers.
- Particularly attractive for cross-border payments.
3. XRP Ledger (XRP)
- Usually a fraction of a cent for a basic payment.
- Transactions settle in seconds.
- Good for payment and transfer applications.
4. Algorand (ALGO)
- Typical minimum transaction fee: 0.001 ALGO.
- Fast settlement.
- Good for low-cost payments and token applications.
5. Base
- Often fractions of a cent for simple transfers.
- Ethereum-compatible.
- Strong option for inexpensive smart contracts and DeFi.
6. Optimism (OP)
- Can offer extremely inexpensive transactions.
- Ethereum-compatible.
- Good for applications that need Ethereum ecosystem compatibility.
2. Transaction fee comparison
These are indicative costs from an October 31, 2026 fee snapshot. Actual fees fluctuate, and the type of transaction matters.
Network Basic transfer estimate XRP Ledger Less than $0.0001 Stellar Less than $0.0001 Algorand Less than $0.0001 Solana $0.0006 Sui $0.0003 Base $0.00028 Optimism Less than $0.0001 Arbitrum $0.00095 Polygon $0.0008 BNB Chain $0.00074 Ethereum $0.0024 Source: urlLive blockchain fee comparisonturn647520search1. These are estimates, not guaranteed fees.
A separate 2026 academic comparison also found Solana, Base, Arbitrum, and Optimism among the least expensive networks, using historical median fees.
3. My recommendations by use case
Your priority My recommendation Lowest possible payment fees Stellar or XRP Cheap frequent transactions Solana Stablecoin transfers Solana, Stellar, or Base Ethereum-compatible applications Base or Optimism Low-cost DeFi Solana or Base Fast, inexpensive token transfers Sui or Solana 4. Important things to watch
Low blockchain fees don't necessarily mean low total costs.
Consider:
- Network fees: What the blockchain charges.
- Exchange fees: What the exchange charges to buy or sell.
- Bridge fees: What it costs to move assets between networks.
- Token compatibility: Whether the receiving wallet or exchange supports that particular network.
For example, sending USDT over TRON can be considerably more expensive than sending it over some competing networks, depending on energy resources and account conditions.
5. One question that would help narrow this down
What are you primarily trying to accomplish?
What will you primarily use the blockchain for?
What matters most?
[Compare the best networks for my needs]
I can then narrow this down to the five cheapest practical blockchain networks, including their fees, speed, security considerations, and stablecoin support.
Also asked as
- What are some cost-effective blockchain networks for processing transactions?