What are the key considerations when installing a power meter on a folding tandem bike, and are there any specific compatibility issues that need to be addressed, such as crankset and bottom bracket compatibility, or the potential impact of the folding mechanism on power meter accuracy and reliability.
How do the unique demands of tandem cycling, such as synchronized pedaling and potentially higher power outputs, affect the choice of power meter and its installation.
Are there any power meters on the market that are specifically designed or recommended for use on folding tandem bikes, and what are the advantages and disadvantages of different types of power meters, such as crank-based, pedal-based, or hub-based systems, in this application.
What are the potential challenges and limitations of using a power meter on a folding tandem bike, such as increased weight and complexity, or the potential for interference with the folding mechanism, and how can these be mitigated.
How can the accuracy and reliability of a power meter be ensured on a folding tandem bike, and what maintenance and calibration procedures are recommended to ensure optimal performance.
How do the unique demands of tandem cycling, such as synchronized pedaling and potentially higher power outputs, affect the choice of power meter and its installation.
Are there any power meters on the market that are specifically designed or recommended for use on folding tandem bikes, and what are the advantages and disadvantages of different types of power meters, such as crank-based, pedal-based, or hub-based systems, in this application.
What are the potential challenges and limitations of using a power meter on a folding tandem bike, such as increased weight and complexity, or the potential for interference with the folding mechanism, and how can these be mitigated.
How can the accuracy and reliability of a power meter be ensured on a folding tandem bike, and what maintenance and calibration procedures are recommended to ensure optimal performance.