Layer 2 Tokens in the Next Bull Run
Layer 2 tokens in a bull run: how L2 networks and their tokens work, the value-capture problem, unlock risks and the signals to watch for 2026 and 2027.
Layer 2 tokens could benefit from a bull run if Ethereum activity grows, but their track record shows that busy networks do not automatically mean rising tokens. Most layer 2 tokens are governance tokens with limited claims on network revenue, large scheduled unlocks and fierce competition between dozens of similar chains. In 2026 and 2027, the key question is not just "which L2 is popular?" but "does its token capture any of that popularity?"
Layer 2 networks, or L2s, process transactions off Ethereum's main chain and post data back to it, inheriting much of its security while offering lower fees. Examples include Arbitrum, Optimism, zkSync, Starknet and Base. If you are new to the concept, start with what layer 1 and layer 2 blockchains are.
How Layer 2 Tokens Have Performed Historically
Most major L2 tokens launched relatively recently, between 2022 and 2024, so they have short price histories. Common patterns:
- Strong launch interest, then decline. Many launched through large airdrops, after which recipients sold and prices fell.
- Underperformance versus ETH. Even as L2 usage grew, several tokens lagged ether over long periods.
- Sensitivity to unlocks. Large cliff unlocks — for example, Arbitrum's team and investor unlock in March 2024 — were widely watched events.
These patterns describe history up to mid-2025, not what must happen next. Our Arbitrum (ARB) price scenarios for 2026–2027 apply the same catalyst-and-risk approach to a related project.
The Value-Capture Problem
This is the central issue for any L2 investment case. A layer 2 earns revenue from user fees minus what it pays Ethereum to post data. That revenue usually goes to the sequencer operator or DAO treasury, not directly to token holders. Users typically pay fees in ETH. For a related outlook, read Polygon price prediction 2026–2027.
So when an L2 becomes popular, the clearest winners can be the operator and, to some extent, ETH — not necessarily the L2 token. Proposals to change this include:
- 1Decentralized sequencing where token holders stake to participate and earn fees.
- 2Fee sharing or buybacks using treasury revenue.
- 3Staking for provers or validators in zero-knowledge rollups.
- 4Using the token for gas on some networks.
Whether such changes happen, and how much value they direct to tokens, is one of the main things to watch in 2026 and 2027. For a related token's outlook, see our Optimism price prediction for 2026–2027.
A useful exercise is to compare a network's annual revenue with its token's fully diluted valuation, then ask how much of that revenue token holders could realistically capture. If the answer is "almost none," the token's price rests mainly on governance rights and expectations of future changes. That can still support a price in a bull market, but it is a weaker foundation than direct cash flow. Our guide on market cap vs fully diluted valuation explains why FDV matters for tokens with large future unlocks.
Layer 2 Tokens Compared
| Network | Type | Token role (as designed) | Points to research |
|---|---|---|---|
| Arbitrum (ARB) | Optimistic rollup | DAO governance | Treasury use, unlocks, sequencer decentralization |
| Optimism (OP) | Optimistic rollup | Governance of the Superchain collective | Revenue from OP Stack chains, unlocks |
| zkSync (ZK) | ZK rollup | Governance, planned broader roles | Token utility changes, competition |
| Starknet (STRK) | ZK rollup | Governance, staking | Staking design, emissions |
| Polygon (POL) | Multi-chain ecosystem | Staking and network security | Upgrade progress, supply inflation |
| Base | Optimistic rollup | No token | Shows usage without a token |
Check each project's documentation for current details, as token designs evolve. Our comparisons of Arbitrum vs Optimism and zkSync vs Starknet go deeper.
Catalysts and Risks for 2026 and 2027
Potential catalysts:
- Growing Ethereum activity that spills over to L2s.
- Clear token utility through sequencing, staking or fee sharing.
- Consolidation, where a few L2s win most users and liquidity.
- Better cross-L2 interoperability that makes moving between them seamless.
Key risks:
- Unlocks and emissions adding supply. See vesting schedules and token unlocks.
- Centralization. Many L2s still rely on a single sequencer and upgrade keys controlled by a small group.
- Fragmentation. Too many similar chains compete for the same users.
- Ethereum mainnet scaling. If Ethereum's base layer becomes cheaper, some activity could move back.
- Bridge and contract risk. Funds held in L2 bridges are exposed to smart-contract bugs.
Scenarios for Layer 2 Tokens
- Bull: a strong market, rising L2 usage and successful changes that give tokens a real economic role. Leading L2 tokens could outperform for a period.
- Base: usage grows but token value capture stays weak; tokens move broadly with the market and lag ETH.
- Bear: a weak market combined with unlocks and fragmentation; tokens fall further than larger assets.
Risk Management for L2 Token Holders
- Check the unlock calendar before buying; large unlocks can arrive at the worst time.
- Size positions conservatively using position sizing and risk management basics.
- Avoid leverage, especially around unlock dates and upgrade announcements.
- Verify bridges and tokens. Fake bridge sites and copycat L2 tokens are common; only use official links.
- Take profits in stages if a rally develops.
- Prefer native bridges or well-established routes when moving funds, and test with a small amount first.
Bottom line
Layer 2 networks are likely to remain central to Ethereum's growth, but L2 tokens are a different bet than L2 usage. In 2026 and 2027, watch whether tokens gain a real economic role, how unlocks affect supply and whether a few networks consolidate the market. Until those questions have clear answers, treat L2 tokens as higher-risk positions and size them accordingly.
よくある質問
Do layer 2 tokens go up when Ethereum goes up?
Often they move in the same direction because they are part of the same ecosystem and market, but the relationship is loose. Layer 2 tokens have frequently underperformed ether, partly because of large ongoing token unlocks and because growth in network usage does not automatically create demand for the governance token.
What are layer 2 tokens used for?
Most layer 2 tokens are mainly governance tokens: holders vote on upgrades, treasury spending and grants. Some are also used for staking, for sequencer or prover roles that are planned or being rolled out, or for paying fees. In many cases users pay transaction fees in ETH, not in the layer 2 token itself.
Why do some big layer 2 networks not have a token?
A network does not need a token to function, because users can pay fees in ETH. Some operators, such as Coinbase with its Base network, launched without a token. That shows usage and token value are separate questions: a busy layer 2 can thrive without a token, and a token can exist for a network with little usage.
What is the biggest risk with layer 2 tokens?
Common risks include heavy scheduled unlocks for teams and investors, weak links between network revenue and token value, centralized sequencers and upgrade keys, and intense competition between many similar networks. A bull market can hide these issues for a while but rarely removes them.
