| 1-Year Fixed | 2-Year Fixed | 3-Year Fixed | 4-Year Fixed | 5-Year Fixed | 5-Year Variable | |
|---|---|---|---|---|---|---|
| Lowest Rates | % | |||||
| Average Rates (10 Lenders) | ||||||
| 30-Days Change of Average Rates |
| Term | Lowest Rates | Average Rates (10 Lenders) | 30-Days Change of Average Rates |
|---|---|---|---|
| undefined-Year Fixed | % | % | NaN bps lower |
| undefined-Year Fixed | % | % | NaN bps lower |
| undefined-Year Fixed | % | % | NaN bps lower |
| undefined-Year Fixed | % | % | NaN bps lower |
| undefined-Year Fixed | % | % | NaN bps lower |
| undefined-Year Variable | % | % | NaN bps lower |
The basket of 10 lenders includes: CIBC, BMO, TD, Scotiabank, RBC, National Bank, Desjardins, nesto, Tangerine, First National.
| Date | BoC Rate | Prime Rate | 5-Year Variable | 1-Year Fixed | 2-Year Fixed | 3-Year Fixed | 5-Year Fixed |
|---|---|---|---|---|---|---|---|
| 2026-06-01 | 2.25% | 4.45% | 3.3% | 4.69% | 3.99% | 4.04% | 4.04% |
| 2026-12-31 | 2.5% | 4.7% | 3.65% | 5.04% | 4.56% | 4.32% | 4.24% |
| 2027-06-30 | 2.75% | 4.95% | 3.9% | 5.18% | 4.64% | 4.38% | 4.29% |
| 2027-12-31 | 3% | 5.2% | 4.15% | 5.24% | 4.67% | 4.4% | 4.34% |
| 2028-06-30 | 3% | 5.2% | 4.15% | 5.26% | 4.69% | 4.43% | 4.39% |
| 2028-12-31 | 3% | 5.2% | 4.15% | 5.28% | 4.7% | 4.46% | 4.44% |
| 2029-06-30 | 3% | 5.2% | 4.15% | 5.29% | 4.72% | 4.5% | 4.49% |
| 2029-12-31 | 3% | 5.2% | 4.15% | 5.29% | 4.76% | 4.55% | 4.54% |
| 2030-06-30 | 3% | 5.2% | 4.15% | 5.33% | 4.83% | 4.63% | 4.62% |
| 2030-12-31 | 3% | 5.2% | 4.15% | 5.4% | 4.91% | 4.7% | 4.68% |
| 2031-06-30 | 3.25% | 5.45% | 4.4% | 5.5% | 4.99% | 4.78% | 4.75% |
| 2031-12-31 | 3.25% | 5.45% | 4.4% | 5.58% | 5.07% | 4.85% | 4.79% |
| This table is populated based on the forward CORRA (Canadian Overnight Repo Rate Average) as reported by Chatham Financial on May 28, 2026. These forecasts change frequently as market prices change. In making these forecasts, we have assumed the risk premium and the term premium to stay constant and market expectation of the risk-free rate to be correct. Note: The forecast data in this section is updated regularly based on market prices, typically every week. Interpretations and summaries may not reflect the most recent updates. For the latest insights, please refer to the forecast table directly. | |||||||
Probabilities implied by CORRA forward contracts as of May 28, 2026. Current rate: 2.25%
* Date to be confirmed by the Bank of Canada
The start of the U.S.–Israel war with Iran in early 2026 and the resulting disruption of the Strait of Hormuz represent one of the largest energy shocks in modern history. The Strait carries roughly 20% of global oil supply, making its closure a direct and immediate shock to global energy prices.
Energy, particularly gasoline, natural gas, and other fuels, forms a direct component of CPI. A sharp increase in oil prices, therefore, leads to an immediate rise in headline inflation.
Historically, central banks tend to look through energy-driven inflation spikes, because:
This distinction is critical: a rise in headline inflation caused purely by oil may not trigger a policy response on its own.
The key risk is not the initial increase in energy prices; it is whether that shock broadens into core inflation:
This is the mechanism through which a temporary oil shock can evolve into a sustained inflation problem. Supply‑driven shocks of this kind create a policy dilemma because they raise inflation while simultaneously slowing economic growth.
For the Bank of Canada, the distinction between temporary vs. persistent inflation becomes decisive:
This is why recent energy shocks have shifted market expectations away from rate cuts and toward policy uncertainty with high upside risk.
If a political resolution is reached and shipping through the Strait normalizes in the first half of 2026 :
Interest rate implication:
However, even in this scenario, the episode leaves behind higher oil prices and risk premiums for many months, meaning rates may not return to pre‑shock expectations.
If the conflict escalates or the Strait remains impaired for months:
This creates a stagflationary environment, where policy tradeoffs become severe.
Interest rate implication:
The Strait of Hormuz shock reinforces a key structural change in the rate outlook:
If you are considering a Variable Rate: Note that while core inflation is contained near 2%, the Bank of Canada is heavily constrained. If the Strait of Hormuz closure forces energy costs to bleed into wider corporate input costs, your variable rate is highly vulnerable to sudden hikes.
If you are considering a Fixed Rate: Fixed rates are driven by bond yields, which have already seen an upward drift because markets are pricing in higher-for-longer uncertainty. Locking in a shorter-term fixed rate (e.g., 2 or 3 years) might hedge against the current stagflationary risk without locking you into high rates for half a decade if the peace scenario manifests.
Since 1994, Canada's economy has been deeply woven into North American production networks. This high specialization makes Canada structurally vulnerable to US trade restrictions, as intermediate goods cross the border multiple times before final assembly. This exposure is highly regional:
Throughout 2025, US trade policy shifted from blanket threats to targeted, unpredictable sectoral penalties, creating severe policy uncertainty that cooled business hiring and investment:
Tariffs pull the economy in two opposite directions, hand-cuffing monetary policy:
The May 2026 Twist: This dilemma has taken a dramatic turn. While tariff uncertainty continues to damage long-term industrial capacity, the broader Canadian economy is currently being protected by a massive global commodity rally.
The current 2.25% policy rate is not a permanent fixture, but rather a tactical holding position determined by competing global forces. While the immediate energy shock has paused monetary easing, the interest rate outlook remains highly fluid.
June 10, 2026
Watch if inflation excluding food and energy stays anchored at 2.0%, or if it begins ticking up due to prolonged shipping disruptions.
If oil breaches the $120/bbl psychological threshold, expect fixed mortgage rates to face immediate upward pressure.
Their rates show the risk-free rate, determine fixed mortgage rates, and embed available information about inflation expectations.
In an April 2026 publication, RBC Economics expects the overnight policy rate to stay at 2.25% in 2026 and rise to 3.25% by the end of 2027.
In a May 2026 publication, TD Economics expects the policy rate to stay at 2.25% through the end of 2027.
In a March 2026 publication, Scotiabank Economics expects the policy rate to rise to 3% by the end of 2026 and stay at that level throughout 2027.
In a May 2026 publication, BMO Capital Markets expects the overnight policy rate to be at 2.25% throughout 2026 and 2027.
In an April 2026 publication, CIBC Capital Markets expects the overnight policy rate to stay at 2.25% over the course of 2026 while rising to 2.75% in 2027.
In an April 2026 publication, NBC Capital Markets expects the overnight policy rate to stay at 2.25% through 2026 and rise to 2.75% during 2027.
| Bank | Publication Date | 2026 Forecast | 2027 Forecast |
|---|---|---|---|
| RBC | April 2026 | Stay at 2.25% | Rise to 3.25% by the end of year |
| TD | May 2026 | Stay at 2.25% | Stay at 2.25% through end of year |
| Scotiabank | March 2026 | Rise to 3.00% by end of year | Stay at 3.00% throughout the year |
| BMO | May 2026 | Stay at 2.25% | Stay at 2.25% throughout the year |
| CIBC | April 2026 | Stay at 2.25% over the year | Rise to 2.75% |
| National Bank | April 2026 | Stay at 2.25% through the year | Rise to 2.75% during the year |
As of April 2026, Canada’s inflation rate has risen to 2.8%, up from 2.4% in March, driven almost entirely by energy prices. Energy inflation has surged to 19.2% year‑over‑year, with gasoline up roughly 29%, reflecting the closure of the Strait of Hormuz.
In contrast, underlying inflation remains more contained. Core measures are close to the Bank of Canada’s 2% target, and inflation excluding food and energy is around 2.0%, indicating that the recent increase in inflation is primarily energy‑driven.
At the component level, inflation is uneven:
The Bank of Canada is unlikely to respond directly to energy‑driven inflation if it proves temporary. However, the current environment materially constrains policy:
This reflects the risk that elevated energy costs broaden into more persistent inflation—even if base effects eventually unwind.
The policy rate is expected to remain broadly stable in the near term, but the direction of risk has shifted.
Even if the current energy shock proves temporary, markets are no longer pricing a return to lower rates. Instead, the outlook is characterized by limited downside and increasing upside risk, with any persistence in inflation likely to translate into higher interest rates.
Canadian homes’ average price is around $670k. Thus, an average home buyer who has saved over 20% ($150k) for their down payment to reduce their risk and save on mortgage insurance premiums requires a mortgage of around $520k.
Currently, Canada's interest rate environment is such that advertised mortgage rates range from 3.7% to 6%. So if you are shopping for a mortgage, 4.2% is a reasonable rate depending on the term and features of your mortgage.
WOWA's mortgage interest calculator shows that conservatively buying an average house with a competitive mortgage rate and a typical 25 year amortization would translate into a monthly mortgage payment of $2,790, initially including $1,820 in interest costs.
The median after-tax income for a Canadian family is $74.2K per year (2023 stat), around $6,180 per month. It is easy to see that mortgage expenses are the most significant expense for a Canadian family (45% for mortgage payment). The mortgage expense is much more for those living in the most expensive Canadian population centers of the Greater Toronto Area (GTA) and the Greater Vancouver Area (GVA). So optimizing your mortgage expense might be the most effective way of improving your finances.
Financial institutions treat lending in the overnight market—primarily via CORRA repos—and purchasing T-bills as near-risk-free alternatives. When managing liquidity, they favour the higher yield. The expectations hypothesis posits that T-bill yields reflect the geometric average of expected overnight rates (spot CORRA) over the bill's term.
This dynamic allows analysts to infer market-implied BoC policy rate expectations from money market yields. Among available rates, CORRA forward curves provide one of the most direct signals due to their tight linkage to overnight funding costs.
CORRA Overview
The Canadian Overnight Repo Rate Average (CORRA) benchmarks the cost of overnight general collateral repo transactions secured by Government of Canada treasury bills and bonds. It anchors BoC monetary policy transmission as Canada's primary risk-free overnight rate.
Key features:
Extracting Expectations
CORRA forward rates (e.g., 1-month, 3-month) reveal implied policy path shifts. For instance, a rising 3-month CORRA forward vs. spot CORRA signals markets pricing higher future BoC rates. This approach outperforms T-bill yields alone, as CORRA embeds repo market liquidity premia more precisely.
Over decades, technological advancements and globalization have acted as powerful deflationary forces, driving a long-term decline in interest rates that encouraged widespread debt accumulation across economies. While rates frequently surpassed 2023 highs between 1968 and 2001, Western economies like Canada's have undergone profound structural shifts, leaving debt levels far higher than in the 20th century and limiting the economy's tolerance for sustained high rates in the 2020s.
Since 1990, general government debt, which includes Federal, provincial and local government debt, has expanded 5.7-fold, while household debt has surged 9-fold, fueled by falling rates, rising incomes, and relatively stable debt service ratios until recently. Household income growth outpaced population expansion dramatically over this period—population up 51%, nominal incomes up 347%, with total inflation at 115%—yielding a real per capita gain of 38% after adjustments.
Debt service pressures have nonetheless intensified for Canadian households. The total ratio climbed from ~12% in the early 1990s to ~15% recently, with the peak of 15.17% in Q1 2023, the second and third highest values of 15.14% and 15.13% relate to Q2, 2023 and Q4 2023. Mortgages represent ~75% of household debt yet generate service costs comparable to non-mortgage debt, given the latter's higher rates on credit cards and auto loans; this balance highlights growing vulnerability to rate hikes.
Mortgages represent ~75% of household debt yet generate service costs comparable to non-mortgage debt, given the latter's higher rates on credit cards and auto loans; this balance highlights growing vulnerability to rate hikes.
We can think of interest as a price for using money, yet interest differs from rent because money differs from real property. The intersection of the supply and demand curves for rental properties determines rents. Money is different from rental properties because the supply of money is unlimited.
Bank of Canada, Federal Reserve or any other central bank can buy an asset or make a loan by crediting the seller's or borrower's account. In this purchase or loan process, new money is created. More interestingly, when a commercial bank uses depositors’ money to make loans, it creates money. Because the depositors still have their money, while those who have received the loans also have the money and can spend it.
On the other hand, when a central bank sells an asset or receives a loan payment, money is destroyed. Similarly, when a commercial bank receives loan principal payments, money is destroyed (annihilated). This temporary nature of money allows policymakers to set its rent (interest rate).
In Canada, the Bank of Canada (BoC) has several responsibilities. The most important mandate of the Bank of Canada is achieving price stability. BoC has agreed with the Department of Finance to define price stability as having a 2% CPI inflation rate.
| Factors that push interest rates higher | Factors that pull interest rates lower |
| High inflation | Low inflation |
| Low savings rate | High savings rate |
| Decreasing trade | Increasing trade |
| Risk of default | Loan security |
| Decrease in labour productivity | Increase in labour productivity |
| High employment | Low employment |
To understand how we can save on our mortgage costs, we should understand how mortgages work in Canada. A bank can use deposits it is holding to lend out a mortgage. The first problem with using depositor money for lending a mortgage is that those who have deposited their funds in a chequing account or a savings account might want their money back at any time.
In contrast, a mortgage borrower would repay his debt on a predetermined schedule over many years. So the bank would have to put aside some money to provide liquidity to its depositors.
Moreover, the bank might lose money on this loan if the borrower fails to make their scheduled payments and becomes delinquent. Thus such a mortgage would increase the amount of capital the bank requires. Still, because the loan is secured by real estate, it is pretty safe, and the added capital requirement it imposes on the bank is relatively small.
The three preceding paragraphs explained how a home equity line of credit (HELOC) works. HELOC interest rates are often slightly higher than the prime rate. Looking at variable mortgage interest rates, we see that most lenders offer rates below the prime rates (and below HELOC rates). OSFI regulation imposes a HELOC limit of 65% of the property value. In comparison, conventional mortgages can be up to 80% of the property value, and high ratio (insured) mortgages can be up to 95% of the property value.
Because of their lower loan-to-value (LTV) ratio, HELOCs pose a lower risk to lenders than mortgages. We know an interest rate comprises a risk-free rate plus a risk premium. So why do HELOCs, despite their lower risk, have a higher rate than residential mortgages?
Mortgage rates in Canada are relatively low in part because legislation created frameworks to transform mortgages into safe and liquid assets. There are two main securitization instruments:
These frameworks reduce mortgage rates through several mechanisms:
First, when mortgages can be easily sold (are liquid), banks face lower liquidity costs. Without securitization, banks would need to hold significant low-yielding liquid assets to offset their illiquid mortgage portfolio, increasing their overall cost of funds. Securitization reduces this need, lowering funding costs.
Second, liquid assets improve banks' risk management. In stress scenarios, banks can sell liquid assets rather than raise expensive emergency capital that would dilute shareholders. This reduced risk translates into lower required returns.
Third, securitization creates standardized, tradeable securities that attract a broader investor base, including pension funds and insurance companies seeking long-term fixed-income assets. This increased demand and competition for mortgage exposure drives down yields.
Finally, the government guarantee on NHA MBS eliminates credit risk for investors, allowing them to accept lower yields than they would demand for direct mortgage exposure.
Together, these factors enable Canadian financial institutions to offer mortgages at rates materially lower than their prime lending rates.
Covered bond programs reduce funding costs for Canadian lenders by transforming their mortgage assets into liquid assets. However, lenders face another challenge: many borrowers want fixed-rate mortgages, while a lender's cost of funds typically varies with market interest rates. This creates interest rate risk that lenders must manage.
Since the interest rates paid on deposits and other funding sources typically move with market rates, using these variable-rate funding sources to make fixed-rate mortgage loans creates interest rate risk for the lender. To manage this mismatch, banks use various hedging strategies.
Interest rate swaps are a key tool for hedging this risk. These contracts allow banks to exchange variable-rate interest payments for fixed-rate interest payments. Several types of swaps exist in financial markets:
A particularly important type of interest rate swap is the Overnight Index Swap (OIS). In an OIS, parties exchange the difference between an overnight interest rate index and a fixed rate. The overnight rate is typically a benchmark like CORRA (Canadian Overnight Repo Rate Average) in Canada.
OIS contracts serve as a risk management tool for institutions exposed to overnight rate fluctuations. They are marked-to-market and settled daily, with the swap value recalculated based on changes in the overnight rate."
Disclaimer: