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Is SPY’ing Worth It In The Long Run? Why ETFs Beat Mutual Funds

An old business school case study tells the story of how the benefits of the telephone over the telegraph were not appreciated at the time that the telephone was invented. It’s hard to believe, but Western Union (NYSE: WU ), the dominant U.S. telegraph company, thought the best use of this new invention would be to link telegraph offices and have operators read telegraphs to each other over the telephone. They turned down an offer to acquire the full patent from Alexander Graham Bell for $100,000, $2mm inflation adjusted today, putting them in the running for worst business decision of all time. Twenty-five years after the arrival of the SPDR S&P 500 Trust ETF (NYSEARCA: SPY ), the fund that got things rolling, I think many experts are showing a similar lack of foresight when they view the ETF as an innovation offering little benefit over traditional mutual funds. Investors do see their merits (at Elm Partners we use ETFs extensively), pushing assets invested in ETFs through the $3 trillion milestone, with SPY, the largest ETF, at close to $200bb of market cap. 1 Click to enlarge Often cited advantages of ETFs like SPY are that they can be easily traded continuously all day, options markets form around them, and they are easily marginable, allowing the active investor to raise cash when needed for other investments. At Elm Partners, we invest on an unleveraged basis, with a long-term horizon (see my recent Seeking Alpha note on expected long-term real equity returns ), and we believe that ETFs have at least three less publicized advantages for long-term investors like us: Tax efficiency, Lower cost, and Insulation of long-term holders from the trading costs induced by investor turnover. Jack Bogle and Larry Fink, the founders of the two biggest ETF sponsors, argue that many of the nearly 6,000 available ETFs do not have the desirable features we should expect from passive, index oriented products– such as low cost, diversification, transparency and simplicity — and I agree that it does make sense to avoid ETFs with labels such as “synthetic,” “actively managed,” “leveraged” and “inverse.” However, I disagree with Bogle when he states that ETFs are “just great big gambling, speculative instruments that have definitely de-stabilized the market.” 2 To the contrary, I believe the ETF structure is a source of financial stability, and is better for long-term investors, as compared to traditional mutual funds. Here’s why. Tax efficiency: First, taxes matter a lot to the long term return investors earn. ETFs like SPY are much more tax efficient than typical open ended mutual funds. 3 U.S. mutual fund tax accounting means that realized capital gains triggered by redemptions are allocated to all investors who hold the fund at year end, even though those remaining were not responsible for causing the capital gain. The tax basis of their holding will be increased, so there won’t be a double counting of capital gains, but the acceleration of their tax liability and the potential of being allocated higher-taxed short-term capital gains is unpleasant, and unfair. With ETFs, redemptions do not trigger sales that generate capital gains. Instead they cause the fund manager to deliver a basket of the underlying fund assets to the Authorized Participant who in turn gives shares of the ETF to the fund manager for redemption. The tax efficiency can be further enhanced by the fund manager delivering the lowest basis tax lots held inside the fund to the Authorized Participant. The ETF tax advantage, over a long term horizon, can be worth as much as an extra 0.5% of annual return on an after-tax basis for U.S. taxable investors. 4 Cost efficiency: Second, ETFs are typically cheaper to run than mutual funds, and this cost saving tends to get passed on to investors. ETFs usually have lower marketing, distribution, accounting and administration (including KYC and AML) expenses. This probably explains why Vanguard charges higher fees on its mutual funds than it does on its ETFs. 5 Investing in an ETF does involve paying the bid-offer spread, although for SPY that amounts to less than 0.005%, and for small trades, that can be more than offset by the low commissions on ETFs as compared to mutual fund trade charges (roughly $9 vs $30 respectively, at many brokers). There’s the risk that the price of the ETF declines in relation to NAV, but for long term investors this is less of an issue, and may even present an opportunity. Insulating long-term investors from transactions costs of subscriptions/redemptions : In a traditional mutual fund, the costs of having to buy or sell securities to accommodate incoming or departing shareholders are borne by the investors who remain in the fund, rather than by the investors who trigger those costs. In normal times, these costs can add up to as much as 0.10% of extra annual cost for long term mutual fund investors. 6 For the case of SPY, the cost difference would be less than 0.10% in normal times, but for funds investing in less liquid underlying assets– such as the iShares iBoxx $ High Yield Corporate Bond ETF (NYSEARCA: HYG ), the iShares Russell 2000 ETF (NYSEARCA: IWM ), the iShares U.S. Preferred Stock ETF (NYSEARCA: PFF ), and the iShares National AMT-Free Muni Bond ETF (NYSEARCA: MUB )– or with indexes that are quite dynamic– such as the iShares Select Dividend ETF (NYSEARCA: DVY ), the iShares MSCI Emerging Markets ETF (NYSEARCA: EEM ), the iShares U.S. Real Estate ETF (NYSEARCA: IYR ), the SPDR Dow Jones Industrial Average ETF (NYSEARCA: DIA )– ETFs can provide substantial cost savings. Particularly in times of crisis this flawed design feature is exploited by sophisticated investors who make a concerted rush for the exit, so that they can get out at the mid-market net asset value, NAV, price, leaving the remaining investors to bear the heavy cost of the liquidations the leavers instigated. Regulators have been expressing their concern about this a lot lately. By contrast, in an ETF competing brokers create and redeem ETF shares in exchange for the basket of individual securities that comprise the ETF. 7 No trades take place, and hence no costs are incurred inside the ETF as investors enter or exit. Existing ETF investors are thereby insulated from the costs of buying or selling securities to accommodate subscriptions and redemptions. Click to enlarge In turbulent times, this mechanism protects long-term investors while accommodating investors who want to exit at a fair, non-subsidized price. True, an ETF which is based on underlying assets that are not very liquid, such as high yield bonds, can give investors a false sense of liquidity. If many holders want to sell, not only will the price of the asset class fall dramatically, but the arbitrage mechanism will not stop the price of the ETF going to a substantial discount to NAV, and even to a discount to the bid side of the underlying assets. While this isn’t a pleasant scenario for the holder of that ETF, it is better than what happens with an open-ended mutual fund structure. With ETFs there is no incentive for investors to be first out the door, as each investor bears her own marginal cost of increasing or decreasing the fund size. Click to enlarge Furthermore, direct trades in the ETF between buyer and seller can bypass the basket entirely. This is referred to as the ETF ‘liquidity layer,’ which can lead to an ETF trading at a much tighter bid-offer spread than the underlying market, further reducing the total cost of investor turnover. So where does this leave us? Perhaps the most broadly voiced criticism of ETFs remains so far unanswered: that they tempt investors to become active, short term traders, which has been shown to cost investors a lot in the long term. Jack Bogle is joined by Warren Buffett, the Bank of England’s Andrew Haldane and many others on this one. Responding to their founder’s concerns, the researchers at Vanguard wrote a report, aptly titled, “ETFs: For the Better or the Bettor?” (July 2012). While we’d like to see all investors succeed (at Elm Partners we are not engaged in zero sum investment management), we agree with the Vanguard researchers’ conclusion that the temptation effect “is not a reason for long-term individual investors to avoid using appropriate ETF investments as part of a diversified investment portfolio.” So, whether your horizon is short term or long term, ETFs like SPY have significant benefits over their traditional mutual fund cousins. Notes: Globally, including ETPs, according to www.ETFGI.com . For simplicity in this note, we’ll use the term ETF to include ETPs in terms of overall marketplace description. Zweig, 2011. Just to be clear, I am not offering tax advice. Please consult your tax advisor. Based on a 24.4% effective marginal tax rate for long-term capital gains, a 3% dividend yield and long-term growth of 3.5% pa. This is generally the case for Vanguard’s U.S. listed Investor shares vs ETFs, and also the case for their Irish listed fund and ETF products. For example, for a fund with 50% annual unmatched investor turnover (which can include net subscriptions), and underlying assets with a 0.20% average bid-ask spread. The sponsor can also accept cash or partial baskets, and if the sponsor is not careful, some of the costs can slip into the ETF. Generally, we’ve found that for the biggest ETF sponsors, they are very careful. Also, we should mention that many of Vanguard’s U.S. listed ETFs are a hybrid structure, which has features of both a mutual fund and an ETF. A detailed treatment of this hybrid structure is beyond the scope of this short note. Disclosure: I am/we are long SPY, HYG, MUB, EEM, IWM. I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it. I have no business relationship with any company whose stock is mentioned in this article. Additional disclosure: This article should be construed as tax, or investment advice.

In Which I Answer A Question About The Volatility ETNs

The prevailing wisdom on the volatility ETNs, VelocityShares Daily Inverse VIX Short-Term ETN (NASDAQ: XIV ) and iPath S&P 500 VIX ST Futures ETN (NYSEARCA: VXX ), is that XIV will rise over time and VXX will fall as long as the term structure is in contango more often than it’s in backwardation. A recently elapsed period, slightly longer than a year, makes apparent that’s not the case. Over the period from 2-Mar-2015 to 18-Mar-2015, both XIV and VXX experienced substantial net losses. VXX declined -27.5%, while XIV declined -29.9% (Figures 1 and 2). Figure 1. XIV prices Figure 2. VXX prices This loss for both ETNs over a prolonged period occurred while the term structure was in contango 73% of the time – 2.7X more often than it was in backwardation, as Figure 3 shows below. Why is that? Click to enlarge Figure 3. Percent Contango from 2-Mar-2015 to 18-Mar-2016 One way to answer this question is by reference to variance drain. I picked the period 2-Mar-2015 to 18-Mar-2015 for illustration purposes in this article because it happens that the average of percent daily returns over this period is very close to zero for both ETNs. You can see that in Figure 4 below, which shows running totals for the percent daily returns for the indexes of both ETNs. Running totals for each end at zero, which of course means that the average percent daily return was also zero. Click to enlarge Figure 4. Running total of daily percent changes. The concept of variance drain was introduced by Tom Messmore in the context of comparing investment advisors based on average yearly percent returns. In brief, average periodic returns is a mathematically incorrect basis for comparison, since percentage gains accrue multiplicatively, not additively. This is best explained by example. Suppose you invest $100 in asset X. On Day 1, its market value falls by 25%. However, on Day 2, it rises by 25%. The average daily rate of return is (-25% + 25%)/2 = 0%. But your investment has not returned to its original value. Instead, it is now worth: $100*(1-0.25)*(1+0.25) = $93.75 A 6.25% loss. Since multiplication is commutative, order doesn’t matter. Investment Y that performs inversely to investment X, gaining 25% on Day 1, then losing 25% on Day 2 will also lose 6.25%. In general, this can be expressed as: I 0 *(1-α)*(1+α) = I 0 -α 2 , where I 0 is the initial investment. Clearly, the larger α is, the greater the net loss. Note that variance drain is not an actual loss. There’s no counterparty to variance drain. Nor is it a frictional drag in the sense that fees or leverage cost are. Rather it’s a demonstration that average periodic returns do not represent longer-term returns over multiple periods. In the case of the volatility ETNs XIV and VXX, the inverse relationship of their daily percent returns simply does not carry over to longer time periods, except by chance. What this means is that the question of why both XIV and VXX lost value, which several readers have raised in the comment sections of recently published articles on the volatility ETNs, is only a question if one starts from an incorrect assumption – namely that XIV and VXX are inversely correlated over time periods longer than one day. Since they’re not, both may lose value over time. Additionally, during time periods longer than one day when one loses as the other gains, those changes should not be expected to be equal and opposite. It’s also worth noting that excess of contango during this approximately one-year period did not result in XIV gaining value. On the contrary, it lost a substantial amount of its prior value. I’d like to encourage those who trade these ETNs to be certain the risks are well understood. Among those risks is the risk of placing too much faith in axioms and strategies that were formed during a period when the VIX was generally calm and declining. They may not apply during prolonged periods when the VIX is rising or is more frequently spiking. Disclosure: I am/we are long XIV. I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it. I have no business relationship with any company whose stock is mentioned in this article. Additional disclosure: I may initiate or close a long or short position in any of the volatility ETNs over the next 72 hours.

Tactical Asset Allocation – April 2016 Update

March was good month for risk assets. Let’s see if it continues in April. Here is the tactical asset allocation update for April 2016. Below are the updates for the AGG3, AGG6, and GTAA13 portfolios. The source data can be found here . These signals are valid after every trading day. So, while I maintain these month-end updates, this means that you can implement your portfolio changes on any day of the month, not just month end. FINVIZ will at times generate signals that are slightly different than Yahoo Finance. Note: I am not maintaining the Yahoo Finance versions any more. All portfolios now use FINVIZ data. Click to enlarge This month, AGG3 has one new holding with real estate, VNQ , back in the mix. AGG6 also has MTUM and VTV as new holdings. Approximate monthly and YTD performance is below. In a new change, global asset allocation is working well in 2016. Click to enlarge For the Antonacci dual momentum , GEM and GBM portfolios, GEM is back in SPY , and the bond portion of GBM is in MBB . I have changed the MBS tracking ETF to MBB, from VMBS , due to errors in FINVIZ. I also now compare the FINVIZ data to Yahoo Finance for the bond portion. The Antonacci tracking sheet is shareable, so you can see the portfolio details for yourself. The Bond 3 quant model , see spreadsheet , ranks the bond ETFs by 6-month return and uses the absolute 6-month return as a cash filter to be invested or not. The Bond 3 quant model is invested in IGOV , EMB , and VGLT . That’s it for this month. These portfolios signals are valid for the whole month of April. As always, post any questions you have in the comments.