Stocks-for-the-long-run type charts commonly plot the marvellous growth story of the US market. Sometimes you’ll also get the UK thrown in for good measure.

However you rarely see much mention of our great European frenemies: Germany and France.

Partly that’s because our cultural conversation is dominated by the US.

But it’s also because the continentals’ stock market history isn’t such a wonderful advert for investing. In fact if long-term US stock returns were similar to theirs, I suspect investing wouldn’t be anywhere near as popular as it is in the Anglosphere.

So let’s turn to our near neighbours to discover what a torrid equities experience looks like. 

(All charts show inflation-adjusted total returns, reported in local currency.)

German stock market returns 

Data from JST Macrohistory1 and MSCI. March 2024.

• Average real annualised return = 4.0%
• Cumulative growth of 1DM/euro = 426.7
• Best annual return = 149.7%, 1923
• Worst annual return = -90.0%, 1948
• Volatility = 31.4%

The German graph looks remarkably similar to the UK experience, with three main exceptions. Namely 1920s’ hyperinflation, the aftermath of World War 2, and Germany’s comparatively smooth sailing through the 1970s.

You can’t help but stare in wonder at the priapic spike driven by the stock market frenzy that accompanied hyperinflation from 1921 to 1923.

We’ve all heard of the wheelbarrows full of worthless money in Germany back then. In that climate, the stock market was a rare place you could protect your wealth – at least for a time.

Even in after-inflation terms, the market rose 722% between 1921 and 1923. It then imploded – falling by 92% over the next two years.

By 1931, in the midst of the Great Depression, the index had been set back 50 years, to levels last seen in 1881.

War hammered

From that nadir, equities rose by double digits for five years in a row. By which time the Nazis were firmly in power.

After a slight wobble in 1938, markets advanced again from 1939 to 1940 in lockstep with German tanks. Stocks were largely domestically-owned and the 30% increase in 1940 speaks to the string of victories scored on the battlefield.

The market continued to rise, even as the Germans were stopped outside Moscow. But then the Nazi government imposed a stock price floor from 1943 as its fortunes deteriorated. This move essentially froze prices for the remainder of the war. Traders declined to buy stocks that were kept aloft by artificial gravity.

1948’s vertiginous 90% drop accompanied the revaluation of the German currency to 10% of its former value.

At that point, German stocks were worth 33% less than they had been in 1871.

So much for ‘stocks for the long run’.

The only way is up

However this uncompressed calamity was followed by a 121% rebound the following year, as the post-war Wirtschaftswunder2 began to take hold.

By 1958 your stocks would have made 2021% if you’d bought into the German market in 1948.

How many people could or would have done that? Vanishingly few, I suspect.

Elsewhere the UK’s worst stock market crash still lay ahead. Our home market tombstoned -72% from 1973 to 1974.

But in contrast the German market only declined 24% during the same period.

And now, if you look back 50 years, German returns average 5.9% annualised. That compares to 6.2% annualised for the UK and 7.1% for the US.

Nevertheless, the catastrophic German war experience has left its imprint in the country’s relatively subdued overall market return of 4% annualised over the very long-term.

French stock market returns

Alas, as the French chart shows, there are other roads besides defeat in war that lead to stock market perdition:

• Average real annualised return = 1.2%
• Cumulative growth of 1F/euro = 6.58
• Best annual return = 115.9%, 1954
• Worst annual return = -46.0%, 1945
• Volatility = 21.8%

Japan is the cautionary tale commonly used by seasoned investors to scare the younglings – but it should be France.

Unlike Japan, the French market is still 33% below its World War 2 peak some 80 years later.

French equities lost 96% of their value from 1942 to 1950. But the slide didn’t stop there. The market continued to crumble for another 27 years, until 98% had been lost peak-to-trough.

Paradoxically, the French economy and people enjoyed a 30-year boom after World War 2 – a period that came to be known as Les Trente Glorieuses.

But the benefits weren’t felt by French investors.

Returns were undermined by industrial nationalisation and high inflation. It wasn’t until 1983 that the market was defibrillated back into life by Mitterand’s tournant de la rigeur economic reforms.

By then, the stock market had been a disaster area since 1914. That long era of investor sorrow has saddled French equities with a bond-like 1.24% long-run annualised return.

Yes, the past 50 years have seen French shares recover to a perfectly respectable 5.3% annualised. Even so I still believe the gallic experience is the best riposte to home bias imaginable.

The German and Japanese downturns are clearer illustrations of investing risk.

But France’s lost years demonstrate that equity rewards do not necessarily flow from economic success (something we’ve seen again more recently with certain emerging markets).

UK and US stock market returns

By way of contrast, here’s the growth charts for UK and US equities:

Real total return data from JST Macrohistory3 and FTSE Russell. March 2024.

• Average real annualised return = 5.3%
• Cumulative growth of £1 = 2,521.55
• Best annual return = 103.4%, 1975
• Worst annual return = -57.0%, 1974
• Volatility = 17.5%

Data from JST Macrohistory 4 and Aswath Damodaran. March 2024.

• Average real annualised return = 6.8%
• Cumulative growth of $1 = 24,640.33
• Best annual return = 60.9%, 1933
• Worst annual return = -41.0%, 2008
• Volatility = 18.4%

International long-term returns

And for completeness here’s how our foursome compare when you plot them all on the same chart:

I wonder how many people look at the blistering US performance and decide to go all-in on an S&P 500 ETF?

Especially after US stocks’ recent stunning results.

Or how about a bet on nordic tigers Sweden and Denmark? They’ve enjoyed US-level returns over the past 150 years.

Me? I don’t think any regime can last forever so I’m sticking with my global tracker fund.

Take it steady,

The Accumulator

1. Òscar Jordà, Katharina Knoll, Dmitry Kuvshinov, Moritz Schularick, and Alan M. Taylor. 2019. “The Rate of Return on Everything, 1870–2015.” Quarterly Journal of Economics, 134(3), 1225-1298. []
2. ‘Economic miracle’. []
3. Òscar Jordà, Katharina Knoll, Dmitry Kuvshinov, Moritz Schularick, and Alan M. Taylor. 2019. “The Rate of Return on Everything, 1870–2015.” Quarterly Journal of Economics, 134(3), 1225-1298. []
4. Òscar Jordà, Katharina Knoll, Dmitry Kuvshinov, Moritz Schularick, and Alan M. Taylor. 2019. “The Rate of Return on Everything, 1870–2015.” Quarterly Journal of Economics, 134(3), 1225-1298. []

What caught my eye this week.

The UK’s largest investment trust Scottish Mortgage ​announced​ a £1bn share buyback plan on Friday. (Disclosure: I own some).

Appropriately enough, it’s the biggest buyback ever undertaken by a trust. Meaningful even set against Scottish Mortgage’s £11bn-plus market cap.

Traders seem to think size matters. Scottish Mortgage shares ended the day up 6%.

That’s a punchy move considering that in theory a share buyback – even a £1bn one – is just a capital rejig decision from the ‘look-through’ perspective of a shareholder.

Simplifying, cash that was on the trust’s balance sheet – money each shareholder has a notional claim on – is simply converted via a buyback programme into shares repurchased by the trust that, at least initially, are also held on its balance sheet, though they are often cancelled thereafter.

In practice, however, stuff changes.

In the case of Scottish Mortgage, it is buying into its own portfolio at a wide discount – 15% to Net Asset Value (NAV) when the news broke – which is by itself accretive to its NAV.

Moreover the managers presumably have maximum faith in their own portfolio, versus any new investment the trust could have made with the money instead. So in that sense a buyback is a de-risking move.

On the other hand, a trust may increase borrowings to do a share repurchase. That increases risk.

Share buybacks do reduce the number of shares in issue. As the trust shrinks, the expenses of running it are spread across fewer shares in total. This slightly increases the costs for ongoing shareholders.

Finally, liquidity can improve for shares in companies executing a sizeable buyback. That’s because there’s a new big buyer in the market – itself!

Improved liquidity can make shares more attractive to trade, and this might narrow the discount a bit too.

Trust us, we’re professionals

The main impact of a big buyback though is surely psychological.

Alongside declaring the availability of £1bn to buy back its own shares, Scottish Mortgage said its:

[…] public and private portfolio is delivering strong operational results, evidenced in part by free cashflow from the portfolio companies having more than doubled over the past year.

Investors have fretted since the crash of 2022 about the valuations of private companies. There was a big correction in the valuation for listed growth firms, but there’s obviously no marked-to-market price for unlisted ones. You have to believe a fund manager’s valuations.

Scottish Mortgage has claimed its holdings are doing fine before. I guess the words have more weight with £1bn behind them.

To some extent then, yesterday’s 6% share price jump represents investors leaping out of their chairs and declaring themselves believers.

However it’s worth noting that the trust already bought back £353m of shares over the past two years. The increased buyback scope is huge. But it’s not a wholly novel development.

Indeed I suspect the timing of this announcement was triggered by Scottish Mortgage’s portfolio reaching a level where it could buyback £1bn of shares without breaching its limits on the proportion of private companies in that portfolio – given some of the £1bn warchest will presumably come from selling its listed equities, which will increase the percentage in unlisted ones.

Win or lose

All told it’ll be interesting to see if this little rally holds.

In Monevator Moguls, we’ve been running the Geiger counter over discounted investment trusts for a while. To me it appears to be one of the clear opportunities for active investors right now.

Everyone has a favoured theory as to why discounts have widened so much in the past 18-24 months.

I always tend to favour sentiment. Other factors fingered include the ongoing merger of smaller wealth managers that leaves less appetite for interesting stock picking, unfair cost disclosure regulation, and capital flowing out of the London market at a record pace.

Investors focusing on any individual trust – or sector – have their own pet peeves too. The unlisted holdings I mentioned for growth trusts, say, or a lack of transactions in the commercial property market driving REIT discounts or, again, the shunning of UK equities that may be behind the discounts on once-revered UK equity income trusts.

Again, I suspect it’s nothing that a prolonged bull market wouldn’t solve. But I have no crystal ball.

Naughty active investors who enjoy the thrill of the hunt – despite knowing better – are welcome to join us on Moguls. I’m sure we’ll look at more cheap-seeming trusts in the months ahead.

Finally it has to be said that investment trusts are largely a UK market peculiarity.

Perhaps – sadly – the writing is on the wall for them?

A cool £1bn from Scottish Mortgage says not, but will this news mark a reversal in the decline of the sector or perhaps a last futile throw of the dice? Time will tell.

Have a great weekend!

[continue reading…]

What is trend following? How does it work? Should active or even passive investors have a trend following fund in their portfolio? And if so, which one?

So many questions!

In this post I’ll try to answer a few of them.

Wealth warning: This post discusses some fairly advanced investing concepts. If you’re a sensible regular investor then by all means read it and learn more, but don’t take it as a recommendation to do anything except more research if it piques your interest.

Terminology

I will use the terms ‘trend followers’, ‘CTAs’ (Commodity Trading Advisors) and ‘managed futures’ synonymously in this article. They are not, strictly, the same thing. But it’ll do for our purposes. 

Broadly we are talking about funds that trade futures and generally have a ‘trend-following strategy’. That is, the funds buy (are long) things that have gone up, and sell (short) things that have gone down. 

For the avoidance of doubt, in finance speak trend following is not really the same as momentum.

When we say momentum we tend to mean a strategy or factor that is long good performers within an asset class (normally equities) and possibly short the poor performers (within the same asset class). 

How do trend-following funds work?

We are going to look at the Winton UCITS Trend Fund to explain how these things work. Specifically we’re going to dissect its January 2024 factsheet. 

I’ve chosen this fund because:

• It’s an exceedingly vanilla trend-following fund, taking its DNA from the veteran fund manager AHL. (David Harding, the proprietor of Winton, was the ‘H’ in AHL.)
• You can actually buy it (and I own some)

However, like everything on Monevator – and doubly so the more esoteric or active stuff – this is definitely not a recommendation. And anyway, the fund is a pretty underwhelming offering, as I’ll come to in a bit. 

Here’s what it says on the tin:

This is a very generic description. It would apply to pretty much every mainstream trend-following fund. 

Trend-following secret sauce

So what is the fund’s ‘rules-based investment strategy’?

First, the fund will tidy up the asset price data by turning it into (log) returns and then they’ll apply some sort of volatility normalisation to it.

After that’s done, the rules might look something like this.

• Be long when the asset is trading above its (200, 100, 50, 20)-Day Moving Average (pick one for your rule), and short when below.
• Be long when the asset is trading above its (200, 100, 50, 20)-Day Moving Average, and short when below, but ignore the last five days.
• Be long when the asset is trading above its (200, 100, 50, 20)-day Exponentially Weighted Moving (EWMA), and short when below.
• Don’t use the ‘current price’ to measure above / below-ness. Use a short-term EWMA (1, 2, 5) day figure. 
• What is the current price anyway? Last, Bid, Ask, Mid? Order Book Weighted mid-price? Ten-minute Moving Average? Of which price? 

Or the fund might not normalise volatility but use some sort of Z-score metric within the return history.

Or any of about a million possible combinations of these rules.

It will end up with something that delivers activity that look a bit like this: 

Now in the real world you don’t use one rule. You might use a handful. That’s because they’ll all give you slightly different results, have correlations slightly below 1, and, since you don’t know what the best parameter choice in the future will be, averaging lots of them is a reasonably conservative position.

Whether to choose what worked best in the past versus averaging lots of parameters/methods that just worked okay is a design decision. 

Refined company

Once we’ve got our signal, we might pass it through a Cumulative Distribution Function (CDF) to give us something like this:

Then I might set my max weight for this instrument to $10m. This means that when I’m max long I have +$10m of exposure, and when I’m max short I have $-10m of exposure. 

Fine. Then someone asks: “Is it really sensible to stay max long when the thing goes parabolic?”

So we might put the signal through some sort of response function, like this…

(Pretend I can draw. )

Which would in turn produced this sort of affect:

But then someone will point out we could actually ‘train’ the shape of the response function for each asset / rule using machine learning…

And so on. This is the sort of thing that quants who spent four years doing a Physics PhD will get up to for the first couple of years after they join the fund. 

Yet even though we don’t know Winton’s secret sauce – and even after it’s done all this clever stuff – we’ll still be able to tell if the fund is likely long or short an asset just by looking at the asset’s price chart.

Back to Winton

Don’t believe me? Let’s consider a few of Winton’s top positions by ‘risk’ and check the charts.

See if you can guess whether Winton will be long or short the following markets?

Data on our data: Unless otherwise stated all price charts in this article are from Koyfin. This up-and-coming data provider is offering Monevator readers a special sign-up offer via our affiliate link.

And here are Winton’s long/short positions – a.k.a. the answers:

Well done, full marks. Not that complicated, is it?

Portfolio construction

So far we’ve only worried about the signal for a single asset. What about portfolio construction?

We’ve already identified that these funds make no attempt to be ‘market neutral’. We can see that clearly if we look at Winton’s sector exposure: 

Winton is long bonds and stocks, neutral in currencies and metals, and short in softs. 

Sounds simple. However under the surface there’ll be quite a bit of clever portfolio construction going on – especially with respect to trying to balance out volatilities between assets so that the fund is taking similar risks in each asset.

For instance, if you want your full signal in asset A to mean the same thing as a full signal in asset B but asset B has twice the volatility, then you’ll only invest half the $ amount in asset B as in A, to get the same ‘risk contribution’.

For bonus points you might even use implied volatility from the options markets to size your positions, given that’s forward looking. 

The choice of which markets to trade is also highly relevant. One decision required is whether to only trade markets that have ‘worked’ (i.e. trended) in the past. Alternatively, you might take the ideological approach that all markets trend, and you’ve just not observed it in the data yet.

You can usually come up with some rationale for whatever you want to decide the data is telling you!

If you take the view that all markets trend, then the more uncorrelated markets you add, the better your performance will be. Your Sharpe ratio will go up with about the square-root of the number of zero correlation assets you add – but good luck finding them.

It might appear in the backtest (before anyone could actually trade them) that ‘Mongolian horse cheese non-deliverable forwards’ are completely uncorrelated with the rest of your portfolio. But that tends to end the day you add them to the real portfolio. At that point it turns out MHC forwards are pretty much just a really difficult and expensive way to trade the Spooz1.

Things are always uncorrelated until your bonus depends on them staying that way. 

Regardless, any correlation less than one is worth adding to the mix – provided that its market is reasonably well-behaved and cheap to trade. 

Rough trade

We haven’t talked about the actual trading bit yet – there’s quite a bit of that going on whenever your signal changes.

First you’ve got to decide how much of a hurry you’re in (i.e. what’s your ‘alpha decay’ profile).

Then you’ll hand it over to a whole other room of quants who do short-term signals to work out whether to trade now or trade later.

Then, once you’ve actually decided to do your trade, you’ll give it to a machine to schedule.

And that machine will give it to an algo, which will give it to a smart-order router, which will finally send it to an exchange for execution.

Suffice to say the likes of Winton know how to do this well (or at least pay a broker to do it).

Are trend following funds any use though?

You’d think after all that clever stuff we just walked through, these funds would shoot the lights out, right?

Honestly, not really. 

Source: Driving with the Rear-View Mirror 

Is a Sharpe ratio of 0.45 good or bad? I guess it depends what you compare it to. Of course nothing beats the Spooz: 4.7% for trend following vs nearly 12% for the S&P is pretty unexciting. Trend even underperforms the Global 60/40 portfolio.

What’s the point of it?

Well here’s the thing: returns are not what you buy trend following for. 

No, what you buy trend following for is this:

Source: Winton (Note: Its Sharpe is overstated here, because this fund hasn’t been around for long.)

Yes: the fund is giving you negative correlation with both stocks and bonds. 

Where does this negative correlation come from?

Well, because these funds can go short, and markets – including equities – trend, then once stocks start going down, trend funds short them. They therefore make money when stocks lose money. They also tend to go long bonds and risk-off currencies when bad things happen.

This is not a guarantee – they can’t see the future. Sudden shocks could leave them long when the stock market is going down.

In theory the perfect trend-following fund to add as a hedge to an equity-heavy portfolio would not trade the ‘long’ signals in equities, only the short. This would make it a better hedge. But it would reduce returns, since stocks mostly go up, which is why in practice you don’t see such funds.

Anyway if you add something with even fairly ‘meh’ returns, to, say, a 60/40 portfolio, that is actually negatively correlated with it, then you will improve its Sharpe ratio – although not its returns.

Whether it is the Sharpe ratio or returns that matter more to you depends on what sort of investor you are.

But before we dig into that, we need to expose trend following’s dirty little secret.

Trend’s little secret: cash 

The futures contracts and other synthetic instruments that trend followers trade are highly capital efficient. They are all, essentially, just a bet on the direction of a thing, not the purchase of the thing.

This means you only need to post a tiny fraction of the notional as ‘margin’.

For example, for the S&P500 ‘E-minis’ futures, which has a per-contract value of $50 per lot, margin is $12,650 per lot.

So with the S&P at 5,000, you’d need to post $12,650 of margin to get $250,000 worth of exposure ($50*5,000), which is about 5%. 

We can see from the Winton factsheet that the ‘UCITS commitment leverage’ is about 640%: 

Naturally, I love this. 

The 640% figure is a gross sum of all notional exposure (which is an insane way to measure leverage for rates trades, but, this is UCITS so whatever).

Assuming that the margin requirements across all Winton’s instruments are the same as for the S&P500 the fund would need to post:

640% * 5% = 32% margin

Most margin requirements, measured against notionals, are much, much lower than this.

Generally, in a moderately diverse trend-following portfolio, the margin requirements are about 20% per 10% volatility of the fund. And since Winton is actually targeting 10% volatility for this fund, their margin requirements are about 20% of the investors’ cash.

So what happens to the other 80%?

What do you think? It sits in the bank earning interest. 

Now, there are no free lunches in Finance. So that’s not free money for Winton. The financing cost of a position is obviously reflected in the price of the futures’ basis. (It has to be, otherwise you could make free money with the ‘cash-and-carry’ trade).

However, half the time trend followers are short, and hereby earning, not paying, this carry.

And anyway this structure just reflects the reality that the cash you invest in the fund will pay you the risk-free rate plus any ‘alpha’. 

It all means that the headline returns on trend-following funds are higher when interest rates are positive. Because they are mostly just cash!

Of course, none of this makes any difference to the Sharpe Ratio, where we subtract Rf…

…but psychologically it makes a huge difference.

Let’s say I’m buying my trend following fund as insurance for a mostly equities but some bonds long-only portfolio:

• If Rf is zero and that insurance costs me a percent in negative returns, then that’s expensive insurance!
• But if Rf is 5%, and so the insurance actually earns me 4% p.a. net of fees, what’s not to like?

Of course, this is just  money illusion. Assuming inflation was 0% in the first scenario and 5% in the second, then there’s no difference. In fact, the second case is worse, because I’m paying the fund manager fees on what is just inflation.

The other key observation is that – at a 10% volatility – the fund’s margin utilisation is so low that it could run at much higher volatility than this without a problem. 

Fund Volatility	Margin Utilisation
10%	20%
20%	40%
30%	60%
40%	80%?

Now, there’s a few operational reasons why you probably wouldn’t want to run 80% margin utilisation. But you could certainly run say 50% – giving your fund a volatility of 25%. 

Why doesn’t Winton? Well, it does, for institutional investors. They can basically do a ‘dial-your-own-volatility’ version of the fund (called a ‘managed account’).

But generally fees scale with volatility. And the higher the volatility the less you need to invest.

The UCITS fund is low volatility because it’s aimed at a somewhat-retail audience that doesn’t really understand this stuff and would be scared by high volatility. And Winton has anyway generally reduced the volatility of its funds as it has removed the performance fee.

In doing so the fund shop is just responding to incentives. As a manager, if you have performance fees you want high volatility, in order to maximise the potential return and hence your take. Whereas if you don’t have performance fees, you want more assets and lower volatility – because people have to invest more for the same return. 

So this is one of my criticisms of the Winton UCITS fund – its volatility is far too low.

The higher the volatility, the less of it I need to add to my 60/40 portfolio to have the hedging impact I’m after.

Adding trend to the 60/40 portfolio

If I’m going to add trend following to my 60/40 portfolio to improve its Sharpe ratio, I’ll clearly need to reduce my allocation to something else to make room. 

Bonds are the obvious candidate. Bonds generally underperform both stocks and trend, and are somewhat there to insure against bad equity markets – which is also what I’m (hoping) the trend-following fund is going to do.

Which bonds should I dial back? Well, the shorter-term ones since, as we’ve already identified, trend is mostly just cash anyway. And what’s the difference between cash and short-term bonds, really?

Let’s consider three portfolios:

• Portfolio 1: 60 equities / 40 bonds
• Portfolio 2: 54/36/10 AQR managed futures
• Portfolio 3 60/30/10 AQR managed futures

Source: Portfolio Visualizer

We can see in the graph that if we replace part of our bond allocation with trend, we get marginally better returns with slightly lower volatility. Also a better Sharpe ratio and much reduced drawdowns.

However I do acknowledge this period I’ve illustrated is too short and too recent. If we’d taken this snapshot in late 2021 we’d have seen a different result.

Do not try this at home

Can we do better? (Those of you who’ve been following me can guess what’s coming here)

That 10% allocation to trend in the above example – we’ve already identified that it’s, like, 80% cash.

So what I’ve really got is a 60/30/2/8 stocks/bond/trend (at 50% volatility) / cash portfolio.

What if – and hear me out here – I took the cash that was inside the trend following fund and… used it to buy stocks!

Then I could have a higher Sharpe ratio and higher returns. 

Now, in the case of the Winton Fund, that’s easier said than done. I could buy Corey Hoffstein’s Return Stacked US Stocks and Managed Futures ETF – which just buys S&P 500 futures with the cash collateral. But most Monevator readers couldn’t, because it’s US-listed. 

Considering the Winton Fund specifically, can I sort of synthetically achieve the same thing?

David Harding presumably doesn’t leave that investor cash laying around in a vault in Hammersmith somewhere. No, he pays it into a bank, where it earns interest.

There’s absolutely nothing stopping me going to that bank and borrowing the money to leverage up the rest of my portfolio – is there?

In fact, it doesn’t even have to be the same bank or the same money. I can simply borrow the same amount of cash as is inside my share of the Winton fund, and net, I’ve not borrowed any money at all.

In fact, my bank could be the futures market – or indirectly the futures market by buying a leveraged ETF.

Of course borrowing costs money – interest – but that’s offset (at least somewhat) by the interest I’m earning on the cash inside the trend fund.

What does this look like then? 

Portfolio 1: 60/40, Portfolio 2: 50/40/10 AQR Managed Futures / -10 Cash

Source: Portfolio Visualizer

Higher returns, lower volatility and lower drawdown (though not much better than simply replacing some bonds with trend to be honest).

Which trend-following fund should I buy?

I’m not going to make a recommendation. There are not many available anyway. And I only invest in funds where I know the principal – so my list is pretty short.

I can however share the ones I own:

• Winton Trend Fund (UCITS) – GBP I shares
  • Fees are a bit high (1.06%) for what it is
  • Not a very diverse set of instruments
  • Volatility is a bit low for my taste
• Return Stacked US Stocks and Trend ETF (RSST)
  • Most UK investors can’t buy this because of MiFiD
  • The trend bit targets 13% volatility
  • Fee is a more reasonable 1.04%  – so per unit of vol this is the equivalent of 0.8% compared to the Winton Fund
  • And you get 100% US stocks thrown in for ‘free’
  • Trend construction is not as sophisticated as Winton or AQR
• AQR (I’m in the process of trying to buy these)
  • AQR Mgd Futures UCITS F GBP (K and C)
    • Cheap: 59bps 
    • Mixed reports as to whether you can actually buy this. (I’ve failed once)
    • Cliff Asness was kind enough to respond to me when I complained about this
  • AQR Alternative Trends IAG1 GBP Acc
    • Expensive: 1.8%
    • Trades all sorts of crazy markets (+)
    • Very good recent performance (which means nothing)

I would love to hear any other ideas in the comments.

If you enjoyed this, you can follow Finumus on Twitter or read his other articles for Monevator.

1. The S&P 500 forwards contract. []