Rebirth
The rebirth system resets your progress in exchange for permanent multipliers. Learn when to rebirth, what carries over, and how to optimize each cycle for maximum long-term gains.
Rebirth Multipliers
| Rebirth # | Permanent Multiplier | Enemy Scaling |
|---|---|---|
| 1 | x1.5 | +15% |
| 2 | x2.25 | +30% |
| 3 | x3.375 | +45% |
| 5 | x7.6 | +75% |
| 10 | x57.7 | +150% |
Rebirth Quick Guide
- 1Don't rebirth too early — wait until your income slows noticeably before progressing
- 2All permanent multipliers carry over, so your progress compounds with each rebirth
- 3Enemy HP scales +15% per rebirth cycle, so you need stronger units each round
- 4Rebuy zones quickly after rebirth — they're your main passive income source
- 5Focus on S-tier units before your first rebirth to handle the enemy scaling increase
Rebirth Guides
Roll to Defend How to Rebirth — Complete Rebirth Walkthrough
Step-by-step walkthrough for your first rebirth in Roll to Defend. Learn the rebirth process, what resets, what carries over, and how to prepare for maximum benefit.
Read More →
Roll to Defend Rebirth Fast Strategy — Speed Run Your Rebirth Cycles
Speed-run your rebirth cycles in Roll to Defend. Minimize downtime between rebirths with optimized rebuild order, efficient coin cycling, and gamepass leverage for the fastest permanent multiplier accumulation.
Read More →
Roll to Defend Rebirth Multiplier Guide — Complete Scaling Breakdown
Complete breakdown of rebirth multiplier scaling in Roll to Defend. Luck multipliers, income multipliers, enemy scaling, and how each rebirth cycle compounds your permanent bonuses.
Read More →
Roll to Defend Enemy Scaling After Rebirth — How Enemies Get Harder
Complete analysis of enemy scaling after rebirth in Roll to Defend. Zombie HP and speed increases per rebirth, how to adapt your defense, and why rebirth is still worth it.
Read More →
Roll to Defend Best Rebirth Strategy — Optimal Rebirth Cycle Plan
The best rebirth strategy for Roll to Defend covering cycle planning, timing thresholds, resource allocation, and the optimal number of rebirths for maximum permanent multiplier accumulation.
Read More →