What is FT?

Introduction

Flying Tulip (FT) is the native token of the Flying Tulip system, but the key thing most readers can miss is that FT can represent two different exposures depending on how it was acquired. Primary-sale FT came wrapped with an on-chain “Perpetual PUT,” a programmatic right tied to contributed capital. Secondary-market FT is simply the token unless that right is separately acquired. That distinction changes what you actually own, what protections you have, and why the market may value one form differently from the other.

The token’s intended role is straightforward in principle: convert activity inside the Flying Tulip ecosystem into demand for FT, then reduce supply through buyback-and-burn. The ecosystem is broader than the token itself, including products such as ftUSD, a stable asset designed for trading and settlement flows, and an on-chain marketplace for trading the Perpetual PUT positions attached to some primary-issued FT. The central question is not whether the system offers many products. It is whether those products create real cashflows that reliably flow back into FT.

That is the shortest way to understand the token. FT is only an indirect claim on protocol relevance. The evidence here does not show direct rights to cash distributions. Instead, the system is designed so that yield, fees, and certain capital releases are used to buy FT on the market and often burn it. If that machinery works, usage can support the token. If it does not, FT looks much closer to a speculative asset with a fixed supply and a narrative.

How does Flying Tulip convert product fees and yield into demand for FT?

According to Flying Tulip’s own documentation, FT exists to connect product activity and protocol revenue to token demand. The mechanism is simple. Products generate fees and other cashflows, those dollars are routed into FT purchases, and purchased tokens may then be burned, permanently reducing supply. In plain English, the protocol is trying to tie token support to internal economics rather than relying only on outside speculation.

The docs emphasize three cashflow sources. Backing capital yield comes from primary-sale capital that remains inside the Perpetual PUT structure and is deployed into conservative, liquid strategies. Protocol revenue and fees come from the broader product suite, including products such as ftUSD. Released backing capital from FT withdrawals is another source, because when a holder chooses to invalidate the PUT and unlock FT, that freed capital can be used for market buyback-and-burn. These are economically different streams, but they all aim at the same destination: FT purchases.

That design becomes clearer when you stop treating FT as a simple utility token. The token is closer to a sink for system cashflows. Users of Flying Tulip’s products do not necessarily need FT directly to use every product, but their activity is supposed to generate fees and carry that the protocol can recycle into FT demand. The token thesis therefore depends less on how many utility features FT can list and more on whether Flying Tulip generates durable net cashflows and whether governance routes them into buybacks and burns.

The documentation also does not present buybacks as automatic in every circumstance. They depend on realized yield, protocol revenue, and budget choices. The first call on backing-capital carry is the ecosystem budget, and only surplus is used for continuous buyback-and-burn. The mechanism is real, but the amount ultimately available to support the token is contingent rather than guaranteed.

Why do only some FT tokens include an on‑chain Perpetual PUT?

The most unusual part of FT is the Perpetual PUT attached to primary-issued tokens. During capital allocation, FT was allocated at a fixed rate of 10 FT per $1 contributed, and those primary tokens were issued inside a Perpetual PUT represented by an ERC-721 NFT called the ftPUT. Each ftPUT tracks the collateral, strike asset, and FT amount tied to that position.

A holder of a primary-issued position has an on-chain choice set that a plain secondary-market FT buyer does not automatically get. The holder can keep the FT in the PUT structure, exit at par by returning the collateralized position under the documented rules, or withdraw the FT, which invalidates the PUT and unlocks the token as ordinary FT. The docs and sale materials describe this as an on-chain redemption right, sometimes framed as a perpetual put, allowing primary-sale participants to redeem up to original principal in the contributed asset, subject to reserves, queues, rate limits, and protocol parameters.

Economically, this creates two layers of FT exposure. FT with an attached PUT includes a programmatic downside-management feature tied to original contribution terms. FT without it is simply exposure to the token’s market price and the success of the buyback-and-burn design. Flying Tulip’s own docs are explicit that only primary FT allocated via the private and public sale carries the Perpetual PUT. Secondary or non-primary FT does not automatically include that right.

So the secondary-market token is not the same thing as the sale-position token, even if both ultimately reference FT. A buyer of plain FT is not buying the original principal-protection structure unless they are specifically acquiring the ftPUT position itself. That is why the dedicated Perpetual PUT Marketplace exists: it provides a venue where these positions can trade as distinct on-chain assets.

What options do holders of ftPUT‑linked FT have and how does each option change exposure?

The Perpetual PUT structure gives primary holders three economically different paths.

Holding inside the PUT keeps the redemption-style protection attached. The capital that backs this structure remains deployed in yield strategies, and the yield can support the ecosystem budget and potentially FT buybacks if there is surplus. This is the most structured form of exposure because the holder keeps both token-linked upside and the embedded on-chain right.

Exiting at par is the protection-oriented path. In the protocol description, the holder can exit under the program rules and recover principal up to the defined terms, with queueing and rate limits intended to protect solvency and prevent abuse. This path can make primary-sale FT behave differently from ordinary unlocked tokens. It can reduce open-ended downside relative to holding plain spot FT, but only within the conditions of the reserve system and the contract rules.

Withdrawing invalidates the PUT and releases ordinary FT. This gives the holder a more standard token exposure: now they have transferable FT without the attached redemption right. The protocol docs add an interesting twist here. When holders withdraw and invalidate the PUT, the released backing capital can itself become fuel for market buyback-and-burn. Removing the protective wrapper may increase the amount of plain FT in circulation while also creating funding for token purchases and burns.

This is one of the more elegant parts of the design. The same action that converts a structured position into simple token exposure can also create demand for the token through capital release. But the exact timing, thresholds, and discretionary rules for when this happens are not fully specified in the evidence. The high-level incentive logic is clear, while parts of the execution remain open questions.

Is FT supply fixed, and how do locks, burns, and unlocks affect circulating supply?

FT has a fixed pre-minted maximum supply of 10 billion tokens. The protocol documentation says there is no additional minting inflation. That removes one common source of token dilution: endless future emissions.

But a fixed maximum supply does not mean the tradable float is simple. Tokens can remain inside the Perpetual PUT structure, can be unlocked through withdrawal, can be burned through buybacks, and can be subject to revenue-linked unlock logic. The CoinList sale page described 2 billion FT, or 20% of total supply, as allocated token supply for the sale, with 100% at TGE but initially wrapped in the Perpetual PUT structure. That is very different from saying all those tokens were immediately behaving like ordinary circulating spot supply.

There is also a specific unlock mechanic tied to revenue-funded buybacks. When protocol revenue funds buybacks, Foundation, Team, and Incentives unlock in a 40:40:20 split on a 1:1 basis according to the docs. Buybacks therefore do not work as a purely one-directional scarcity machine. They may also be linked to token releases for major stakeholder buckets.

The actual supply picture has two opposing forces. Burn activity can permanently reduce supply. Revenue-linked unlocks can increase available supply to insiders or incentive pools. Anyone trying to understand FT needs both sides in view. “Fixed supply” is true at the headline level, but market exposure depends on how much supply is locked, burned, or unlocked over time.

Which revenue sources fund FT buybacks and are buybacks guaranteed?

Flying Tulip’s token design only works if the protocol can generate cashflows that exceed costs and support repeated FT purchases. The docs point to two main economic engines.

The first is backing-capital carry. While primary-sale capital remains inside the Perpetual PUT structure, it is deployed to conservative, liquid strategies. Examples given include major stablecoins on Aave and certain liquid staking assets such as stETH, jupSOL, and AVAX-related positions. The idea is to earn relatively steady yield on capital that is sitting behind the redemption structure. The protocol says ecosystem budget comes first, then surplus carry goes to continuous buyback-and-burn.

The second is product revenue from the broader platform. Flying Tulip describes itself as a unified on-chain financial system spanning spot trading, lending, perpetual futures, insurance, options, and a settlement rail in ftUSD. For FT holders, the relevant question is whether these modules can produce fee revenue or carry that is large and durable enough to support buybacks.

ftUSD is especially relevant because the docs make the link explicit. ftUSD is a dollar-pegged asset designed to target $1 through delta-neutral strategies. By default it is non-yielding, but users can stake it into sftUSD to opt into yield. The treasury collects net strategy yield and protocol fee revenue, and distributions to stakers may occur via buyback-and-distribute in FT from a rewards vault. That creates a direct product-to-token path: if ftUSD is used widely and earns net revenue, some of that value can show up as FT market demand.

Several important details remain contingent. Realized yield on conservative strategies can fall. Product fees may be lower than hoped. Treasury decisions matter. Buybacks are not hard-coded at a fixed minimum schedule in the evidence here. The mechanism is designed to work, but token demand should still be treated as performance-dependent rather than automatic.

How do cross‑chain transfers, wrappers, and the Perpetual PUT marketplace change the FT holding experience?

FT is not a simple ERC-20 sitting on one chain with one user path. The docs describe it as a LayerZero-based Omnichain Fungible Token, which means FT can move across supported chains through OFT transfers. That can improve distribution and liquidity, but it also introduces the usual cross-chain dependency question: when a token’s movement depends on cross-chain messaging infrastructure, holders take some bridge or messaging-stack risk alongside ordinary token risk.

The same is true inside the product system. Wrappers manage single-asset capital deployment into yield strategies and integrate with circuit breakers that rate-limit withdrawals or actions. Those circuit breakers are intended to reduce flash-loan attacks and excessive withdrawal shocks. That helps explain how Flying Tulip tries to protect strategy capital and redemption-related flows, but it also means some user actions may be intentionally slowed during stress.

The Perpetual PUT Marketplace adds another layer. It lets users trade ftPUT positions rather than only plain FT. Listings can be priced in ETH or approved tokens, bids are token-only, maker and taker fees apply, and the marketplace is upgradeable and owned by the Flying Tulip treasury according to the docs. Participants can therefore choose between buying plain FT exposure and buying the structured ftPUT exposure. Those are different trades with different economics.

If you simply want token exposure, a spot venue may be enough. If you want the primary-sale style protection features, you need the ftPUT position itself, not just FT. Readers who want to buy or trade FT can do that on Cube Exchange, where the same account can move from a bank-funded USDC balance or an external crypto deposit into a simple convert flow or spot trading with market and limit orders.

What risks could break Flying Tulip’s token support loop?

The cleanest version of the FT thesis is that Flying Tulip grows usage, usage creates fees and yield, and those cashflows fund FT buybacks and burns faster than supply overhang grows. Several things could break that chain.

The first is weak or inconsistent net cashflow generation. If backing-capital strategies earn less than expected, if trading and stablecoin products do not scale, or if operating budgets absorb most carry, then less capital reaches buybacks. FT would still have a fixed max supply, but the mechanism supposed to connect usage to token support would be much weaker.

The second is reserve, strategy, and venue risk. The protocol says backing capital is placed into conservative, liquid strategies, but conservative does not mean risk-free. Aave exposure, stablecoin exposure, staking venue exposure, validator risk, and liquidity timing risk all affect realized outcomes. ftUSD’s own docs acknowledge peg risk, basis risk, venue risk, and exit timing risk. Since product cashflows feed into FT economics, weakness in these underlying venues can weaken the token.

The third is governance and control concentration. Several components are upgradeable, the marketplace can be paused, payment tokens and fees are protocol-controlled, and some oracle or settlement functions rely on in-house mechanisms. Those choices may improve responsiveness, but they also create trust dependencies. The evidence does not fully specify all upgrade authorities, timelocks, or decision constraints. For token holders, parts of the economic machine remain governance-dependent.

The fourth is the difference between primary and secondary exposure. A casual buyer may assume all FT has the same downside-management features discussed in sale materials. It does not. Only primary-sale FT carried the Perpetual PUT by default. That mismatch can create confusion in valuation and expectations, especially if secondary buyers think they are getting protections they do not actually have.

Conclusion

Flying Tulip is easiest to understand if you start from its cashflow loop rather than from its branding as a broad on-chain financial system. FT is a fixed-supply token designed to absorb value from product fees, backing-capital yield, and certain capital releases through buybacks and burns, while some primary-issued FT also carried a separate on-chain redemption-style right through the Perpetual PUT. The key thing to remember is simple: plain FT is token exposure, but ftPUT-linked FT is token exposure plus a specific on-chain protection structure, and the long-term value of either depends on whether Flying Tulip can turn real usage into repeatable buy pressure.

How do you buy Flying Tulip?

Flying Tulip can be bought on Cube through the same direct spot workflow used for other crypto assets. Fund the account, choose the market or conversion flow, and use the order type that fits the trade you actually want to make.

Cube lets readers move from a bank-funded USDC balance or an external crypto deposit into trading from one account. Cube supports both a simple convert flow for first buys and spot markets with market and limit orders for more active entries.

1. Fund your Cube account with fiat or a supported crypto transfer.
2. Open the relevant market or conversion flow for Flying Tulip and check the current price before you place the order.
3. Use a market order for immediacy or a limit order if you want tighter price control on the entry.
4. Review the estimated fill and fees, submit the order, and confirm the Flying Tulip position after execution.