Remote Digital Servo Tester and Consistency Tester The Remote Digital Servo Tester and Consistency Tester is a precision tool designed for accurate and reliable testing, calibration, and synchronization of servos used in remotecontrolled models, robotics, and other applications. Key Features and Benefits: Test up to four servos simultaneously with 2 microsecond precision, ensuring accurate performance measurements and adjustments. Choose between auto or manual testing modes to suit different calibration needs. Easytoread LCD display for clear and quick status monitoring during tests. Supports both 50Hz analog and 250Hz digital signals, offering wide compatibility with various servo types and models. Builtin overload and shortcircuit protection safeguards both the servos and the tester. Lightweight design for portability, making it easy to carry between workspaces or onsite projects. Functions and Performance: Enables precise calibration for optimizing servo movement and consistency in remotecontrolled helicopters, cars, and aircraft. Ideal for signal debugging, helping technicians identify performance issues and correct them efficiently. Facilitates synchronization of multiple servos to ensure smooth and coordinated operation in complex control systems. Compatibility: Suitable for analog and digital servos operating at 50Hz or 250Hz signal frequencies. Compatible with servos used in remotecontrolled models, robotics systems, and automotive model projects. Practical Applications: 1. Remote aircraft maintenance – Ensures all servos respond consistently and accurately to remote control inputs, improving flight safety and handling. 2. DIY robotics projects – Assists in aligning and tuning servo movements for smooth robotic arm operation or precise movement control. 3. Automotive model tuning – Allows for accurate servo adjustments to enhance responsiveness and consistency in RC cars and similar vehicles. This tester is a valuable tool for remote hobbyists, robotics engineers, and technicians who require dependable performance and accurate calibration in servodriven systems. Its combination of precise measurements, versatile signal compatibility, and protective features makes it an essential part of any servo maintenance and testing toolkit.