Timex Expedition® Men's Chrono Alarm Timer - Green/Black/Brown

The Timex Expedition® Men's Chrono Alarm Timer in Green/Black/Brown is a field-proven tactical watch designed for operators, outdoor professionals, and military personnel who demand reliability under extreme conditions. Built on decades of Expedition heritage, this model combines analog ease-of-use with digital precision timing—delivering the chronograph, alarm, and timer functions essential for mission-critical operations, navigation, and field coordination. Whether deployed in wilderness settings or urban tactical environments, this watch serves as a dependable wrist-mounted tool that performs when conventional electronics may fail.

The dual analog/digital architecture provides operational flexibility: the analog face offers quick, glanceless time reading during high-stress situations, while the digital display houses the chronograph for precise interval timing, multi-alarm capability for coordinated team movements, and countdown timer functions for range work or controlled operations. The green/black/brown colorway is optimized for tactical environments, reducing visual signature while maintaining excellent legibility in low-light conditions. Timex's Indiglo® night-light technology ensures you can read time and function displays without compromising night vision or revealing position, a critical advantage in law enforcement and military applications.

This chronograph alarm timer excels for SWAT teams, military units, search-and-rescue personnel, and tactical instructors who rely on synchronized timing and instant chronograph access during training drills or field operations. The compact 3 x 3 x 4-inch profile and 0.2 lb weight ensure minimal encumbrance under duty gear or field load-bearing equipment. The durable construction withstands water immersion, temperature extremes, and impact typical of law enforcement and military field use, making it an ideal backup or primary timing instrument for any operator seeking field-hardened simplicity over electronic complexity.