Generated August 15, 2026.
Figures quoted in this analysis are from its generation date and may lag the live snapshot table above, which always shows the latest data.
Overview
NVDY and TSLY are both synthetic covered-call ETFs from YieldMax that generate weekly income by selling call options against single stocks—NVIDIA and Tesla, respectively. Neither fund owns the underlying stock directly; instead, they use exchange-traded options to create a capped-upside, income-focused exposure. The key distinction is their underlying asset: NVDA is a semiconductor giant with lower volatility, while TSLA is an automotive and energy-storage company with materially higher price swings, driving TSLY's elevated yield and beta.
How they differ
TSLY yields 42.25% versus NVDY's 39.33%, a 290-basis-point gap that reflects Tesla's higher implied volatility and the steeper call strikes the strategy can sustainably sell. TSLY also carries a higher beta of 1.49 compared to NVDY's 1.36, meaning Tesla's price movements amplify more during market moves—a direct function of the underlying stock's volatility profile. NVDY has garnered larger assets ($1.42B versus TSLY's $662M) since its May 2023 inception, though TSLY launched earlier in November 2022; both charge the same 1.01% expense ratio and distribute weekly. The critical structural limitation both face is identical: call premiums are capped, so gains above the strike price are foregone—a meaningful constraint if either underlying rallies sharply.
Who each is best for
NVDY: Fits investors seeking high current income from large-cap semiconductor exposure who prioritize capital stability and are willing to trade away significant upside capture in exchange for a 39%+ yield floor.
TSLY: Fits investors who hold a bullish medium-term view on Tesla and want synthetic equity exposure blended with aggressive current income, accepting meaningfully higher volatility and a lower cap on appreciation for a 42%+ yield.
Key risks to know
- NAV erosion at extreme distribution yields. Both funds distribute yields well above historical equity returns, with TSLY at 42.25% and NVDY at 39.33%. Sustaining these payouts depends critically on rolling call premiums; if implied volatility collapses or underlying stocks stabilize, the distribution level will likely compress, potentially eroding NAV.
- Capped upside from synthetic structure. Both ETFs foreclose gains above their call strikes. If NVDA rallies 30% or TSLA rallies 35% within a distribution period, that excess return is permanently lost; the investor receives the premium collected rather than the capital appreciation.
- Single-stock concentration risk. NVDY's entire return derives from NVIDIA options; TSLY from Tesla options. If either underlying faces adverse news—earnings misses, regulatory headwinds, competitive pressure—the fund has no diversification to absorb losses.
- Higher beta and volatility for TSLY. Tesla's 1.49 beta versus NVIDIA's 1.36 means TSLY swings harder in both directions. During equity market downturns, TSLY's collateral value and call premium cushion erode faster, potentially forcing more aggressive strikes to maintain yield targets.
- Options rollover and liquidity risk. Both funds depend on liquid options markets for their weekly rolls. If bid-ask spreads widen or volume dries up—unlikely for mega-cap stocks but possible during stress—execution costs could spike and yields could face pressure.
Bottom line
If you prioritize a lower-volatility single-stock options play with slightly lower yield, NVDY's NVIDIA exposure stands out; if you can tolerate higher price swings and want to extract an additional 3% annual yield from Tesla's greater volatility, TSLY offers the tradeoff. Both funds sacrifice capital appreciation upside for current income, making them suitable only for investors comfortable with that structural constraint and prepared for meaningful distribution cuts if volatility falls. Past performance does not predict future results.
AI-generated analysis for educational purposes only. Verify important details independently; past performance does not guarantee future results.