Mechanical Stopwatch|Mechanical Stopwatch, Analog Timer with Lanyard - Precision Timing for Sports, Soccer, Physics Experiments (30s/15m)

Description: Meet your professional timing needs with the Diamond Brand Mechanical Stopwatch, a reliable analog stopwatch timer designed for both sports and academic settings. Crafted with a sturdy metal casing, this mechanical chronograph features a 13-jewel movement that ensures 0.1-second precision and supports 30s/15m timing capabilities. The 50mm dial clear visibility, while the included lanyard makes it easy to carry around your neck or attach to a bag, perfect for soccer referees tracking game time, physics students conducting experiments, or coaches monitoring training sessions. To maintain optimal performance, avoid strong impacts and keep the stopwatch in a dry environment. Each package includes one mechanical stopwatch with lanyard, ready to use right out of the box. Whether you're timing a race, a experiment, or a soccer match, this, portable stopwatch consistent, accurate results every time. Features:. Material: Metal. Size: about 50mm/1.97inch. Note: Manual measurement, please allow slight errors on size. The colors may exist slight difference due to different screens. Package Including Mechanical stopwatch*1

• This analog stopwatch is ideal for soccer referees, physics educators, and sports coaches, providing reliable timing for fast-paced activities and controlled experiments.
• Diamond Brand mechanical stopwatch maintains consistent accuracy over extended periods, thanks to its precision-engineered 13-jewel internal structure.
• Portable mechanical chronograph comes with an included lanyard and boasts a 50mm dial, making it easy to carry and handle for on-the-go timing tasks.
• Mechanical stopwatch features a 13-jewel mechanical drive, delivering 0.1-second precision and supporting 30s/15m timing to meet professional timing needs for sports and use.
• Analog stopwatch timer is built with a robust metal casing, ensuring stable performance and long-lasting durability during repeated use in various settings.