Home/School/Electronic Accessories/Wearables/Coros - Vertix 2S GPS Adventure Watch - Moon

Coros - Vertix 2S GPS Adventure Watch - Moon

Currently out of stock

Product details

Features

All-new GPS with dual-frequency satellite tracking.
40 days of regular use / 118 hours of full GPS.
Next-generation optical heart rate sensor.
10 ATM water resistance for open water activities.
Advanced global offline maps with turn-by-turn directions.
Always-on 1.4" sapphire touchscreen and titanium bezel.
Backed by the COROS training system to achieve your goals.
Wide range of activity modes and third-party integrations.
Two watchbands and one charging cable are included.
Warranty Year Coverage: 2 Years.

Description

The Coros Vertix 2S GPS Watch is easy to operate with tactile buttons and a large digital dial, allowing easy access to all features even when wearing thick gloves. Made to be tough, it features a scratch-resistant sapphire screen and a PVD-coated titanium bezel, ensuring durability in the harshest environments. With the power to endure, the watch boasts an impressive battery life of 40 days of regular use or 118 hours of full GPS tracking, making it perfect for long adventures like multi-day ascents or 250+ mile races.

The pin-point GPS accuracy is achieved through dual-frequency GPS technology and pro-tested algorithms, providing precise location data in challenging terrains like mountains or narrow canyons. The navigation & route planner offers on-wrist global maps, allowing you to create, follow, and return along your path, with navigation mirroring to follow complex routes from both your phone and watch.

Featuring a next-gen optical sensor, the watch delivers accurate heart rate tracking for precise training and fitness data and integrates with the Coros app to monitor your progress and provide actionable insights for peak performance. The recovery & sleep tracking feature helps monitor sleep quality and stages, while real-time stress analysis and wellness checks provide health insights, including heart rate variability and breathing rate.

Overview