SPDR SSGA My2029 Corporate Bond ETF (MYCI) seeks to provide targeted exposure to corporate bonds with maturities around 2029, creating a defined-maturity bond strategy. This target-date approach focuses on investment-grade corporate debt securities that mature near the fund's target year, offering predictable income and principal return timing.

How It Works

The fund employs a passive, target-maturity strategy that holds corporate bonds scheduled to mature around 2029, allowing the portfolio to naturally wind down as bonds reach maturity. Holdings are selected based on credit quality requirements and maturity dates rather than market-cap weighting. As bonds mature or approach the target date, proceeds are typically returned to investors rather than reinvested, creating a self-liquidating structure that provides capital preservation at maturity.

Key Features

  • Target-maturity design provides defined end date around 2029, offering predictable timeline for capital return unlike perpetual bond funds
  • Zero expense ratio makes this one of the lowest-cost corporate bond ETFs available, maximizing investor returns
  • 3.82% dividend yield provides attractive current income from investment-grade corporate bond interest payments

Risks

  • This ETF can lose value if interest rates rise significantly, as existing bonds become less attractive than new higher-yielding issues
  • Credit risk emerges if corporate bond issuers face financial distress or default, potentially causing permanent capital losses beyond rate fluctuations
  • Limited liquidity due to recent inception and zero assets under management could result in wider bid-ask spreads and trading difficulties

Who Should Own This

Best suited for conservative investors with 5-year time horizons seeking predictable income and capital preservation through 2029. Low-to-medium risk tolerance required for corporate credit exposure. Works as core fixed-income allocation (20-40% of portfolio) for investors wanting defined-maturity bond laddering strategy without individual bond selection complexity.