Estimate yield, income, risk, and callable outcomes. Test scenarios with market price and coupon inputs. Review clearer metrics for smarter fixed-income decisions every time.
These sample rows are illustrative and help you test the calculator quickly.
| Bond | Face Value | Coupon Rate | Market Price | Years | Frequency | Indicative YTM | Current Yield |
|---|---|---|---|---|---|---|---|
| Industrial A | $1,000 | 6.50% | $980 | 8 | 2 | 6.84% | 6.63% |
| Utility B | $1,000 | 5.25% | $1,015 | 5 | 2 | 4.91% | 5.17% |
| Retail C | $1,000 | 7.10% | $1,080 | 12 | 2 | 6.19% | 6.57% |
Annual Coupon = Face Value × Coupon Rate
Current Yield = Annual Coupon ÷ Market Price
Price = Σ [Coupon per period ÷ (1 + y/m)^t] + [Face Value ÷ (1 + y/m)^n]
Here, y is annual yield, m is payments per year, and n is total periods.
Approx. YTM = [Annual Coupon + (Face Value - Price) ÷ Years] ÷ [(Face Value + Price) ÷ 2]
The calculator solves the bond pricing equation numerically until the calculated price matches your market price.
The same pricing method is used, but the final redemption value becomes the call price and the time horizon becomes years to call.
Macaulay Duration = Σ[Time × Present Value of Cash Flow] ÷ Bond Price
Modified Duration = Macaulay Duration ÷ (1 + y/m)
Convexity refines price sensitivity and improves estimates when interest rates move by larger amounts.
Yield to maturity estimates the annualized return earned if you buy the bond at today’s price, collect all coupons, and hold it until final redemption.
Current yield only compares annual coupon income with the market price. YTM also includes the gain or loss between today’s price and the maturity value.
Use yield to call when the issuer can redeem the bond before maturity. It is especially important when the bond trades above face value or near call dates.
Yield to worst is the lowest potential yield among valid redemption paths. Investors use it to judge downside return when a bond has callable features.
Duration estimates how sensitive bond price is to interest-rate changes. Higher duration generally means bigger price swings when market yields rise or fall.
Convexity adjusts the simple duration estimate and improves accuracy for larger rate moves. It helps investors understand curvature in the bond’s price-yield relationship.
Yes. A premium bond has price above face value, while a discount bond has price below face value. The calculator handles both cases automatically.
Spread to benchmark shows how much extra yield the bond offers over a chosen reference yield. Higher spread often reflects higher credit or liquidity risk.
Important Note: All the Calculators listed in this site are for educational purpose only and we do not guarentee the accuracy of results. Please do consult with other sources as well.