Trading futures spreads: an application of correlation and threshold filters

Abstract

A clear motivation for this paper is the investigation of a correlation filter to improve the return/risk performance of spread trading models. A further motivation for this paper is the extension of trading futures spreads beyond the ‘Fair Value’ type of model used by Butterworth and Holmes (2002 Butterworth, D and Holmes, P. 2002. Inter-market spread trading: evidence from UK index futures markets. Applied Financial Economics, 12: 783–91. [Taylor & Francis Online] , [Google Scholar]). The trading models tested are the following: the cointegration ‘fair value’ approach; reverse moving average (of which the results of the 20-day model are shown here); traditional regression techniques; and Neural Network Regression. Also shown is the effectiveness of two types of filter: a standard filter and a correlation filter on the trading rule returns. Results show that the best model for trading the WTI–Brent spread is the MACD model, which proved to be profitable, both in- and out-of-sample. This is evidenced by out-of-sample annualised returns of 26.35% for the standard filter and 26.15% for the correlation filter (inclusive of transactions costs).

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