RoadRunner RS5 MAX Electric Scooter with PMT 100/55 R6.5 B STRADALE tires - I'm 158 lbs. What tire pressure should I run for street usage with speeds up to 45 mph?
For the RoadRunner RS5 MAX Electric Scooter with PMT 100/55 R6.5 B STRADALE tires, the recommended tire pressure can vary based on several factors, including rider weight, riding conditions, and manufacturer specifications. However, a general guideline for street riding with electric scooters is:
- **For street usage:** Typically between 30 to 35 psi (pounds per square inch) is a common range for performance tires like the PMT STRADALE.
Given that you weigh 158 lbs, staying within this range should provide a good balance of grip and comfort while allowing you to reach speeds up to 45 mph safely.
That said, it is always best to check the manufacturer's recommendations for your specific tire model, as there may be specific pressure guidelines noted. Also, make sure to regularly check the tire pressure, especially before longer rides or when experiencing significant changes in temperature.
Update (2025-06-06):
For the RoadRunner RS5 MAX Electric Scooter with PMT 100/55 R6.5 B STRADALE tires, the recommended tire pressure is typically printed on the side of the tire or specified in the user manual. However, for street usage at speeds up to 45 mph and a weight of 158 lbs, a general guideline for tire pressure usually falls between 30 to 40 psi.
To ensure optimal performance and safety:
1. **Check the Tire Sidewall**: Look for the manufacturer's recommended tire pressure on the sidewall of the tires.
2. **Adjust for Weight**: Since you're 158 lbs, you can start at around 35 psi and make minor adjustments based on ride feel, comfort, and handling.
3. **Test Ride**: After inflating to your chosen pressure, take a short test ride and monitor the tire's performance. If the ride feels too soft or you notice decreased handling, consider increasing the pressure within the recommended range.
Always make sure to check your tire pressure regularly, as it can change with temperature and usage.