Product Groups
Getting Started
Get started in the FX markets with EBS.
Connect to the leading fixed income platforms, analytics and more.
Market Regulation Advisory Notices View All MRANs
Intraday Data
Services
Subscription Based Data
Keep track of products you’re interested in, view trading data and access all your contracts in a single location.
Learn why traders use futures, how to trade futures, and what steps you should take to get started.
Hedging interest rate risk with CME Group U.S. Treasury futures begins with identifying the futures contract’s CTD security. Once identified, we can determine the implied basis point value (BVP). BPV is also known as value of a basis point (VBP) or dollar-value of an .01 (DV01). They all refer the same thing, the financial change of the security or portfolio to a change in a 0.01% change in yield. To construct the proper dollar-weighted hedge ratio versus the product or position at risk we need to first determine the BPV.
The calculation for the BPV is simple: the contract’s CTD BPV divided by the CTD conversion factor (CF).
BPVcontract = BPVctd ÷ CFctd
Once we have the BPV, all we need is the BPV at risk.
Assume you are long $100 million of a U.S. Treasury portfolio with an average BPV of $450 per million. This BPV is closest to the BPV of the CME Group U.S. Treasury 5-Year Note futures contract so we will use it as our hedging instrument.
The CTD for the 5-Year contract versus the March 2017 expiry is the 1.375% of May 31, 2021. It has a BPV of 42.45 per $100,000 face value and a conversion factor of 0.8317.
We use $100,000 because that is face value of one 5-Year Note futures contract. Our risk position is quoted in million-dollar increments so we will make a slight multiplication to adjust apples for apples.
For our example, we have the following: BPVcontract = 42.45 / 0.8317 = $51.04
The next step is to determine the value at risk. Our portfolio was $100 million and the average BPV per million was $450. Therefore, 450 x 100 = $45,000 value at risk.
Now we can calculate our hedge ratio. We will use the following formula:
Hedge ratio (HR) = Value at risk ÷ Value of contract, or
HR = BPVrisk ÷ BPVcontract
HR = 45,000 / 51.04 = 881.66 or 882 5-Year futures
Because we are hedging a long position that is exposed to higher interest rates we would sell the futures contracts.
It would be highly unlikely for a portfolio manager to hedge her entire risk position. That would effectively leave her with no rate exposure. In other words, if rates went lower, she would not participate in the capital gain of higher prices. Usually risk managers of large rate positions use futures contracts to hedge a portion of their risk or to modify their portfolio’s target duration.
CME Group is the world's leading and most diverse derivatives marketplace. The company is comprised of four Designated Contract Markets (DCMs). Further information on each exchange's rules and product listings can be found by clicking on the links to CME, CBOT, NYMEX and COMEX.
CME Group / Chicago HQ
Phone: +1 312 930 1000
Toll Free (US Only): +1 866 716 7274
© 2019 CME Group Inc. All rights reserved.
Careers | Site Map | Disclaimer | Privacy Policy | Cookie Policy | Terms of Use | Modern Slavery Act Transparency Statement