Quick Answer
The SunSafe app automatically creates a safe tanning routine by calculating how long you can stay in the sun based on your skin type and the current UV Index. It adjusts your routine daily to reduce burn risk while supporting gradual tanning.
How the SunSafe Tanning Routine Works
- Skin type analysis determines your baseline sensitivity to UV.
- Live UV Index tracking adjusts recommended exposure in real time.
- Time-to-burn estimation sets safe limits for each session.
- Exposure tracking prevents overdoing it across the day.
- Daily adjustments adapt your routine as conditions change.
Why a Personalized Tanning Routine Matters
There is no single “safe” tanning time for everyone. UV intensity, skin type, location, and previous exposure all affect burn risk. A personalized routine helps you tan more evenly while reducing unnecessary skin damage.
Example Guidance by UV Index
| UV Index | Sun Exposure Risk | SunSafe Routine Adjustment |
|---|---|---|
| 0–2 | Low | Longer safe exposure; tanning progresses slowly. |
| 3–5 | Moderate | Balanced routine; ideal for gradual tanning. |
| 6–7 | High | Shorter sessions; increased protection recommended. |
| 8–10 | Very high | Very limited exposure; routine becomes conservative. |
| 11+ | Extreme | Tanning discouraged; SunSafe prioritizes skin safety. |
What SunSafe Helps You Avoid
- Staying out too long on high-UV days
- Burning while trying to “build a base”
- Guessing how long is safe
- Uneven or inconsistent tanning
- Accumulating too much daily UV exposure
Frequently Asked Questions
Does SunSafe tell me exactly how long to tan?
Yes. SunSafe estimates safe exposure time using your skin type and the current UV Index, helping you know when to stop before burning occurs.
Does sunscreen stop the routine from working?
No. Sunscreen reduces UV intensity but does not prevent tanning. SunSafe accounts for protection so tanning can still happen more gradually.
Is the routine the same every day?
No. The routine adapts daily based on UV levels, location, and your recent exposure history.