Access to Real Assets

CAIA Level II · CAIA · 5 min read · Updated: 8 Nov 2026

Accessing Real Assets

Real assets—such as real estate, infrastructure, natural resources, and commodities—offer portfolio benefits including inflation hedging, diversification, and long-term capital appreciation. However, how an investor accesses these assets fundamentally drives their risk, return, liquidity, and governance profiles.

1. Listed vs. Unlisted Real Estate Fund Structures

Investors can access real estate through direct ownership or through pooled fund vehicles in either listed (public) or unlisted (private) markets.

Fund Structures

Listed Real Estate Vehicles: Typically structured as Real Estate Investment Trusts (REITs) or listed real estate operating companies (REOCs). These trade continuously on public stock exchanges, have liquid shares, and REITs are generally subject to statutory distribution mandates (such as distributing at least 90% of taxable net income to maintain tax pass-through status).
Unlisted Real Estate Funds: Organized primarily through private partnerships or institutional unit trusts. These include:
- Open-End Private Core Funds: Infinite life, quarterly liquidity mechanisms subject to manager gating, lower leverage, and focused on stable, income-generating prime assets.
- Closed-End Private Real Estate Funds: Fixed life (typically 7 to 10 years), capital call/drawdown structures (blind pools), higher target returns, and higher leverage (value-add and opportunistic strategies).

Performance Drivers and Differences

The performance differences between listed and unlisted real estate funds reflect differences in underlying drivers rather than purely the properties owned:

Equity Market Beta and Sentiment: In the short to intermediate term, listed real estate shares are heavily influenced by broader equity market volatility and general equity risk premia. Unlisted funds reflect local property fundamentals with minimal daily equity market contagion.
Pricing Frequency and Appraisal Smoothing: Listed REITs are priced continuously by exchange transactions, leading to high reported volatility. Unlisted funds rely on periodic valuation appraisals, creating artificial return smoothing, lagged valuations, and understated return correlations with other asset classes.
Discounts and Premiums to NAV: Listed REITs frequently trade at significant discounts or premiums to their underlying Net Asset Value (NAV), driven by market sentiment, access to capital, and governance perceptions. Unlisted funds transact at or near reported NAV (adjusted for transaction fees).
Leverage and Financing Terms: Listed REITs generally maintain lower, more transparent balance sheet leverage with broad access to unsecured public debt markets. Unlisted closed-end funds often utilize higher, asset-specific secured mortgage financing.

2. Commodity Ownership Methods

Commodities do not produce cash flows or dividends, meaning exposure must be gained through distinct ownership structures:

Physical Ownership: Direct acquisition and storage of raw materials (such as gold bullion, crude oil tankage, or agricultural stockpiles). This involves substantial holding costs, including storage, insurance, spoilage, transportation, and financing costs, partially offset by any convenience yield (the implicit benefit of physically holding inventory during shortages).
Commodity Futures and Swaps: Derivative contracts avoiding physical delivery. Investors post margin (collateral) and maintain synthetic exposure by rolling contracts before maturity.
Commodity-Linked Equities: Shares in resource extraction, mining, or agribusiness firms. These carry operating leverage and broad equity market risk, often diverging significantly from spot commodity price changes due to corporate debt, capital expenditures, and managerial execution.
Exchange-Traded Notes (ETNs): Senior, unsecured debt instruments issued by financial institutions that contractually promise to pay the return of a target commodity index minus an investor fee.
- Advantage: Precise index tracking with zero tracking error relative to the underlying index benchmark.
- Risk: Exposure to the credit risk of the issuing financial institution (underwriting bank default risk), unlike asset-backed Exchange-Traded Funds (ETFs).
Private-Market Commodity Investing: Direct deployment of capital into natural resource infrastructure, private equity resource funds, farmland, timberland, and mineral or royalty interests. These vehicles provide direct ownership of productive biological or extractive capacity, long investment horizons, and illiquidity premia.

3. Leveraged and Option-Based Structured Commodity Exposures

Investors seeking non-linear or amplified returns utilize structured and leveraged vehicles:

Leveraged and Inverse Commodity Products

Leveraged exchange-traded products aim to provide a fixed multiple (e.g., \(2\times\) or \(-1\times\)) of the daily return of an underlying commodity index. Because these products rebalance daily, their performance over multi-day periods is subject to compounding volatility drag (also known as beta slippage). In choppy, mean-reverting commodity markets, leveraged products experience structural performance erosion over longer horizons.

Option-Based and Structured Commodity Exposures

Structured notes combine fixed-income debt obligations with embedded commodity derivatives to shape custom payoff profiles:

Capital-Protected Notes: A zero-coupon bond guarantees principal return at maturity, while the remaining discount capital purchases call options on a commodity or commodity basket, offering partial upside participation with downside capital preservation.
Participation Notes with Caps and Buffers: Provide amplified exposure up to a stated return ceiling (cap), while incorporating buffer or barrier provisions that absorb the first tranche of market losses.
Collared and Spread Strategies: Utilizing simultaneous call options and put options to finance exposure while bounding downside and upside outcomes.

4. Key Concepts in Managing Commodity Exposure

A fully collateralized commodity futures investment generates a return composed of three primary structural components:

\( R_{\text{total}} = R_{\text{spot}} + R_{\text{roll}} + R_{\text{collateral}} \)

Spot Return (\(R_{\text{spot}}\)): The percentage change in the spot or near-month futures price of the underlying commodity, driven by global supply and demand dynamics.
Roll Return / Roll Yield (\(R_{\text{roll}}\)): The return generated from selling an expiring futures contract and purchasing a further-out contract. The shape of the futures forward curve dictates the sign and magnitude of the roll return:
- Backwardation: When near-term futures prices are higher than longer-dated futures prices (downward-sloping curve). Rolling short-dated contracts into cheaper longer-dated contracts generates a positive roll yield (buying low, selling high as contracts converge toward the spot price at maturity).
- Contango: When longer-dated contracts trade at a premium to near-term contracts (upward-sloping curve), reflecting carrying costs (storage, insurance, and interest). Rolling contracts in contango generates a negative roll yield (selling low, buying high), causing structural drag over time.
Collateral Return (\(R_{\text{collateral}}\)): The yield earned on the cash reserves deposited as collateral against futures positions, typically invested in short-term sovereign debt (such as Treasury bills).

Active Management and Curve Positioning

Managing institutional commodity portfolios requires dynamic strategies to mitigate contango drag and capture roll yield:

Dynamic Rolling Strategies: Instead of blindly rolling along the front-month contract, managers roll into points along the curve exhibiting the least contango or highest backwardation.
Contract Optimization: Spreading exposure across multiple maturities or employing rules-based indices that alter roll schedules according to inventory levels and seasonal supply patterns.
Cash and Collateral Management: Optimizing the yield on margin balances while maintaining sufficient liquid buffers to withstand variation margin calls during periods of elevated price volatility.

References

CAIA Level II Exam Curriculum — CAIA Association

Quick check

Can you answer these now?

Open each question to check the key ideas from this chapter.

What are the primary structural differences between listed real estate vehicles (REITs) and unlisted private real estate funds?

Listed REITs trade continuously on public exchanges, offer daily liquidity, and have statutory distribution mandates, whereas unlisted funds are private partnerships with fixed-life or quarterly redemption terms, capital call structures, and illiquid holdings.

Why do unlisted real estate funds display smoother returns and lower reported correlations than listed REITs?

Unlisted funds rely on periodic, lagged appraisal valuations that introduce artificial return smoothing, whereas listed REITs are marked-to-market continuously on public exchanges.

What distinguishes the pricing of listed REITs relative to their Net Asset Value (NAV) compared to unlisted private funds?

Listed REIT shares frequently trade at significant discounts or premiums to NAV based on market sentiment and capital access, whereas unlisted funds transact directly at or near reported NAV.

What are the key costs and implicit benefits associated with direct physical ownership of commodities?

Direct ownership incurs explicit carrying costs (storage, insurance, transportation, financing, and spoilage) which can be partially offset by the implicit convenience yield.

What is the primary advantage and principal risk of accessing commodities via Exchange-Traded Notes (ETNs)?

The main advantage is exact index tracking with zero tracking error, while the principal risk is exposure to the credit default risk of the issuing financial institution.

Why do leveraged and inverse exchange-traded commodity products suffer performance erosion over multi-day periods?

Because they rebalance daily to achieve their target multiple, compounding volatility drag (beta slippage) structurally erodes returns over multi-day horizons in volatile or mean-reverting markets.

How is a capital-protected commodity-linked note structurally constructed?

It combines a zero-coupon bond that matures to par with a call option (or call spread) purchased using the bond discount to provide upside commodity exposure.

What are the three structural return components of a fully collateralized commodity futures investment?

The total return comprises the spot return, the roll return (roll yield), and the collateral return: \( R_{\text{total}} = R_{\text{spot}} + R_{\text{roll}} + R_{\text{collateral}} \).

How does the shape of the futures curve affect roll yield in contango versus backwardation?

Backwardation produces a positive roll yield (buying cheaper longer-dated contracts), while contango produces a negative roll yield (selling cheaper near-dated contracts to buy more expensive longer-dated ones).

What dynamic rolling strategies do active commodity managers use to mitigate contango drag?

Managers dynamically select contracts across the futures curve exhibiting the least contango or highest backwardation rather than automatically rolling into the front-month contract.

Ready to test yourself?

Turn these notes into exam-style practice. Get unlimited AI questions on this topic with instant marking and explanations.

Practise This Topic

More CAIA Level II chapters

* The content provided by thinka is generated by AI and may not always be accurate or up-to-date. Please use it as a supplementary resource and verify with official materials.

Put These Notes into Practice

Reading the notes is a great start. Now practise with unlimited AI-generated questions and get instant feedback. 100,000+ students are already improving their grades.

Start Practising Now View Pricing

Done reading? Test yourself with AI practice questions

Practise This Topic Now