ACYB - FT Vest Laddered Autocallable Buffer & Resilient Income ETF

FT Vest Laddered Autocallable Buffer & Resilient Income ETF is an actively managed exchange-traded fund that seeks to provide investor distributions while reducing downside risk to equity markets. The fund uses swaps and options to obtain exposure to a laddered portfolio of synthetic autocallable contracts designed to replicate the characteristics of autocallable yield notes. It maintains exposure to at least 24 contracts with staggered maturity and observation dates, with a maturity buffer intended to reduce losses from the worst-performing underlying asset at maturity.

Sector
Financial Services
Industry
Asset Management
Market Cap
$4.0M
Beta
0.00
52-Week Range
19.96-20.28
IPO Date
Oct 7, 2026
Exchange
AMEX

ACYB Options Snapshot

Options pricing data for ACYB is refreshed daily after the close. When listed contracts exist, this page surfaces the latest at-the-money implied volatility, max pain strike, dealer gamma exposure (GEX), and 25-delta skew. Listed contracts and live snapshots appear once the options chain has been published by the exchange for the most recent session.

What This Page Covers

The ACYB overview links into per-metric analysis views: max pain, gamma exposure, volatility skew, expected move, options chain, open interest history, and aggregate Greeks. Microstructure data is available on short interest, short volume, fail-to-deliver, and market structure.

ACYB fund facts: expense ratio 0.75%, assets under management $150.0K, NAV $19.95 as of the data source's update on Oct 10, 2026, 7 holdings in its latest file, launched Oct 6, 2026, issued by First Trust. See the ACYB holdings.

Frequently asked ACYB overview questions

What is ACYB?
ACYB is the ticker symbol for FT Vest Laddered Autocallable Buffer & Resilient Income ETF, an listed exchange-traded fund. FT Vest Laddered Autocallable Buffer & Resilient Income ETF is an actively managed exchange-traded fund that seeks to provide investor distributions while reducing downside risk to equity markets. The fund uses swaps and options to obtain exposure to a laddered portfolio of synthetic autocallable contracts designed to replicate the characteristics of autocallable yield notes. Listed on AMEX. ACYB is the ETF ticker shown on this page; ETF traders use the fund for diversified exposure to its underlying basket, for sector and factor rotation, and for hedging or replication strategies via the listed options chain.
What are ACYB's key statistics?
FT Vest Laddered Autocallable Buffer & Resilient Income ETF (ACYB) carries a market capitalization of $4.0M, 52-week range of 19.96-20.28. Full holdings disclosure, expense ratio, and tracking-error history live on the per-ticker fundamentals page or the sponsor's site; daily NAV and premium/discount-to-NAV are accessible from the same view. These structural inputs frame how the ETF options market prices implied volatility relative to its constituents.
What sector or industry does ACYB belong to?
FT Vest Laddered Autocallable Buffer & Resilient Income ETF operates in the Financial Services sector, in the Asset Management industry. Sector classification affects how the ticker correlates with sector ETFs, how it reacts to macro factors like rate moves and commodity prices, and how its options pricing compares to sector peers. Compare ACYB's implied volatility and skew against sector benchmarks to gauge whether the options market is pricing single-name or systemic risk relative to the broader peer group.
How current is the ACYB data on this page?
Options snapshots refresh after each trading session; if no snapshot is currently posted for ACYB, it usually reflects low options liquidity or a recently listed name. Fund-level fields (sponsor, expense ratio, holdings concentration where available) refresh from the vendor feed nightly. ETF-specific filings (N-CSR, N-PX, N-CEN) update on the SEC EDGAR cadence. FINRA microstructure data refreshes on the source's cadence; for ETFs the off-exchange volume signal is dominated by authorized-participant creation and redemption rather than directional flow.