The Exercise Bike Torque & Power Accuracy Testing Machine is designed to verify the accuracy of displayed power output and evaluate riding torque performance under various operating conditions. By simulating real cycling loads and controlled rotational speeds, the system provides precise measurements of torque, speed, and calculated power, helping manufacturers ensure that exercise bikes deliver accurate performance data to users.
The machine uses a servo-driven closed-loop speed control system to simulate cycling conditions across multiple resistance levels. During testing, the system supplies controlled rotational speed to the exercise bike and measures the corresponding riding torque. Based on the measured torque and speed, the software automatically calculates rider power output and compares it with the bike’s displayed values.
The integrated software supports customizable test profiles, allowing continuous operation at three different speed conditions. Real-time monitoring displays torque, speed, and power curves, while automatic data recording and export functions simplify quality control, product validation, and R&D analysis.
Widely used by fitness equipment manufacturers, testing laboratories, and quality assurance departments, this system provides a reliable solution for exercise bike performance verification, calibration, and compliance testing.
Key Features
Simulates real cycling conditions with programmable speed control
Measures riding torque under different resistance levels
Calculates actual rider power output from torque and speed data
Verifies exercise bike displayed power accuracy
Supports multi-stage operating condition testing
Real-time monitoring of torque, speed, and power curves
Automatic data collection, storage, and report generation
Computer-controlled operation with servo closed-loop speed control
Suitable for R&D, quality control, and production testing
Technical Specifications
| Parameter | Specification |
| Machine Dimensions | 4000 × 1000 mm |
| Power Consumption | 0.8 kW |
| Torque Sensor Capacity | 100 Nm |
| Torque Sensor Resolution | 3/10000 |
| Speed Sensor Accuracy | ≤ ±0.05% |
| Rotational Speed Accuracy | ±0.5 RPM |
| Control Method | Computer Automatic Program Control |
| Servo Control | Closed-Loop Speed Control |
FAQ
Q1: What is the primary purpose of this testing machine?
A: It verifies whether an exercise bike's displayed power output accurately reflects the actual power generated under various resistance and speed conditions.
Q2: What parameters can be measured during testing?
A: The system measures torque, rotational speed, and calculated power output while displaying real-time performance curves.
Q3: Can different riding conditions be simulated?
A: Yes. The software allows users to create and run customized test profiles with multiple speed stages and resistance conditions.
Q4: Is the machine suitable for product development and certification testing?
A: Yes. It is widely used for R&D validation, performance benchmarking, production quality control, and laboratory testing.
Q5: Can test data be exported for analysis?
A: Yes. All test results, graphs, and performance data can be stored and exported for reporting and further analysis.
