Conservative
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Solve how long your current crypto DCA plan may take to reach a target balance.
Enter assumptions, then calculate a crypto retirement estimate.
Methodology: Monthly compounding, selected contribution frequency converted to monthly cash flow, contribution fees on new buys, platform/custody fees deducted monthly, and optional exit/tax haircuts on the ending balance.
Disclaimer: Educational estimate only. No investment advice, no price prediction, and no data is sent to a server. Last reviewed: June 23, 2026. Author/reviewer: Starlight Robotics.
Calculate to compare.
Calculate to compare.
Calculate to compare.
| Year | Starting balance | Contributions | Investment gains | Fees / tax | Ending balance | % of target |
|---|---|---|---|---|---|---|
| Calculate to generate the yearly projection. | ||||||
The calculator converts the selected contribution frequency to a monthly equivalent and projects month by month. That makes it possible to include buy fees, monthly platform/custody fees, beginning-vs-end contribution timing, tax haircuts, and withdrawals without hiding those assumptions.
FV = PV(1+r)^n + PMT * (((1+r)^n - 1) / r). If contributions are made at the beginning of each period, the contribution term is multiplied by (1+r).
PMT = (FV - PV(1+r)^n) / (((1+r)^n - 1) / r). The live calculator uses a binary search so fees and timing are included.
The calculator projects one month at a time until the gross balance reaches the target. With no fees, this is equivalent to solving the future-value equation for n.
At retirement, the projected portfolio is reduced by exit fee and tax haircut, then monthly income gaps are withdrawn while the remainder earns the post-retirement return.
Worked example: With a 35-year-old investor, a $5,000 balance, $400 monthly DCA, 8% annual return, 3% inflation, and a $200,000 target, the tool projects to age 65, compares the balance with the inflation-adjusted target, and shows how fees and taxes reduce the spendable result.
Crypto returns can move sharply and may not resemble a smooth annual-growth assumption.
Large losses near retirement can matter more than the long-term average, especially once withdrawals begin.
A target that feels large today may buy much less decades later. Use inflation scenarios to build a buffer.
Small trading, custody, exit, and tax assumptions can materially reduce long-term spendable value.
Private keys, exchange risk, wallet security, and beneficiary access are planning issues, not just technical details.
Many retirement plans limit volatile assets to a controlled allocation rather than relying on one asset class.
It can be modeled as one part of a retirement plan, but crypto is volatile and speculative. Treat this as an educational estimate, not investment advice.
It depends on spending, other income, taxes, life expectancy, and price assumptions. Use the target and future coin price fields to estimate the number of coins implied by the goal.
Use multiple assumptions rather than one forecast. The conservative, base, and aggressive scenarios show how sensitive the plan is to annual return.
Yes. Buy fees, platform fees, exit fees, and taxes can reduce the spendable result, especially over a long timeline.
There is no universal safe allocation. Many investors keep crypto as a limited portion of a diversified retirement plan and avoid relying on it for near-term spending.
Inflation increases the future nominal balance needed to maintain today's purchasing power. Retirement-age modes inflate targets and income needs to the retirement year.
DCA spreads entry prices and can be easier to sustain, while lump-sum investing gives more market exposure earlier. The better outcome depends on market path and risk tolerance.