Market Linked Growth
NPS allocation across equity and debt drives return potential. This planner helps you model practical return ranges and compare outcomes.
Estimate your retirement corpus using salary growth, contribution percentage, and long-term return assumptions in one clean planning dashboard.
Use your monthly basic pay plus DA if applicable.
Common benchmark is 10% employee + 14% employer.
This increases your projected yearly contribution base.
Use a realistic long-term average for planning.
Longer horizons increase the compounding advantage.
₹7,875,201
₹22,537,823
Principal
Interest
Compare SIP, annual step-up, and contribution strategy to stress test your retirement planning assumptions.
NPS allocation across equity and debt drives return potential. This planner helps you model practical return ranges and compare outcomes.
Annual salary growth matters because your contribution value steps up. The effect compounds strongly over multi-decade horizons.
Use conservative assumptions, review yearly, and track variance from actual statements to keep your retirement plan realistic.
This NPS Calculator is designed for fast scenario planning. Enter your current salary details, project future increments, and evaluate how compounding changes your retirement corpus over time.
Add basic pay and relevant components used for NPS contribution calculations.
Enter combined employee and employer contribution percentage to model monthly investment flows.
Use realistic assumptions to avoid overestimating future corpus.
Review the split between principal and growth and iterate for alternate scenarios.
| Expected Return | Approx Time to INR 1 Cr | Approx Monthly Contribution |
|---|---|---|
| 8% | 29 years | INR 12,000 |
| 9% | 26 years | INR 11,000 |
| 10% | 24 years | INR 9,500 |
| 11% | 22 years | INR 8,500 |
This calculator estimates your final retirement corpus, total invested contribution, and expected wealth gain based on salary growth and annualized returns.
Use related finance tools to benchmark retirement assumptions against SIP growth and lump-sum compounding paths.