Intelligent WiFi Canopy Velocimeter: Highly Accurate 30-999.9fps Speedometer with 20 Data Set Storage

Introducing the Advanced Velocimeter: Accurately measure the velocity and acceleration of various objects with our state-of-the-art velocimeter, designed specifically for assessing the design speed of shooting toys. Ideal for tracking the flight speed of projectiles such as badminton shuttles and arrows, this device offers unparalleled precision and user-friendly features.

Product Highlights:

• Exceptional Measurement Range: Capture speed within 1-999.9 m/s, with an impressive accuracy of ≤ 0.5%, making it perfect for diverse applications including physics experiments and recreational activities.
• Comprehensive Features: Includes velocity measurement, energy calculation, and the ability to review records and averages for enhanced data analysis.
• WiFi Connectivity: The WiFi-enabled version allows seamless connection to your cellphone, offering real-time access to view, store (up to 20 data sets), and analyze measurement results easily—boosting its utility for both research and educational purposes.

Industrial Grade Durability: Crafted from durable aluminum alloy and stainless steel, this device ensures long-term stability and dependable performance across a variety of environments, both indoors and outdoors.

DIY Learning & Experience: Engage with hands-on assembly and operation to deepen your understanding of microcontroller high-speed data processing technology, fostering an interest in scientific exploration among students and hobbyists alike.

Specifications:

• Construction: Aluminum alloy + stainless steel
• Power Requirement: 4 AA batteries (not included)
• Voltage: 6VDC
• Measurement Range: 1-999.9M/S (FPS 30-999.9)
• Operating Temperature: -30℃ to 60℃
• Dimensions: 350 x 110 x 110 mm / 13.78 x 4.33 x 4.33 in
• Weight: 681g / 1.50lb

Packing List:

• 1 Velocimeter

Embrace precision, convenience, and education with the Advanced Velocimeter—the ultimate choice for innovators, educators, and enthusiasts seeking to explore the dynamics of motion with confidence and ease.