Overdue for a refresh — no successor announced yet. Prices should be at their lowest
Best for: Users who want Garmin's best health analytics and sports tracking on a stylish AMOLED watch that doesn't look like a hiking GPS. Works equally well for Android and iPhone. The best Garmin option for someone who prioritises everyday wellness over extreme outdoor sports.
Full details →Late in cycle — a new model is likely coming
Best for: Serious endurance athletes — particularly runners and triathletes — who want Polar's unmatched training load science and recovery guidance, combined with ECG health monitoring and running power in a premium package.
Full details →| Garmin Venu | Polar Vantage V | |
|---|---|---|
| Tier | Smartwatch | Sports GPS |
| Platform | iOS & Android | iOS & Android |
| Battery | 14 days | 8 days |
| Always-on display | ✅ | ✅ |
| GPS | ✅ | ✅ |
| Cellular | ❌ | ❌ |
| Health sensors | hr, spo2, hrv, stress, body battery, nap detection | ecg, hr, spo2, hrv, running power, skin temp |
| Released | Sep 7, 2023 | Oct 4, 2023 |
| Cycle length | 868 days | 1063 days |
| Cycle advice | bad | bad |
| Deals advice | good | good |
| Next model | — | Polar Vantage V4 (2026) |
Garmin's signature energy monitoring tracks stress, sleep, and heart rate variability to give you a daily 0–100 energy score — more nuanced than raw step counts.
The Venu 3 automatically detects when you nap during the day and logs it accurately in your sleep data — a unique wellness feature among smartwatches.
Most AMOLED smartwatches last 1–2 days. Garmin's efficient software architecture stretches the Venu 3 to 14 days — a huge practical advantage.
Polar Vantage V3 is one of the few sports GPS watches with on-demand ECG — usually only found on lifestyle smartwatches.
Running power measurement without a foot pod or chest strap — a significant training metric for pacing effort on hills and varied terrain.
The most detailed training load analysis in any sports watch: muscle groups targeted per session, recovery status per muscle, and long-term load trends.