Why haven't you upgraded your scooter controller yet?
Scooter Controller Upgrade Journey
So, I've been getting a lot of questions lately about upgrading the controllers on electric scooters, especially from those of you who are really pushing the limits of speed and performance. I thought I'd share an interesting exchange we had recently that might shed some light on the process for anyone in the same boat.
Initial Query: Speed Limitation Woes
Dave: "Hi, I've just bought a 60V scooter but the top speed I'm reaching is only 61kph. It feels as if there's some limiter on it but I can't find anything in the P settings. Some numbers in the settings aren't available; the only thing I can do is turn on kick to start. Is there any way around this, or will I need to buy better controllers? Any help or info would be much appreciated."
Our response was to dig deeper into the possible causes, notably the battery voltage which often plays a crucial role in determining top speed.
Troubleshooting the Issue
Our Team: "Thank you for reaching out! There are several factors affecting top speed, with battery voltage being a significant one. A fully charged 60V battery should show around 63-65V when the throttle is fully engaged at top speed. Any drop below this, say to 56-58V, might be why not hitting top speed. Remember to check this safely! If it's not the P settings, it could be the battery."
We also encouraged Dave to share more details and images of his current parts to provide accurate guidance.
Deep Dive: Inspecting the Hardware
Dave: "Hi, I've opened up the deck of my scooter and found the controllers. I'm looking to upgrade to achieve 45mph as the current controllers only reach 37mph. Also found an uninsulated phase wire with damage—concerned as the scooter is new with only 100 miles on it."
Here, we suggest a few critical checks:
Ensure the motors have hall sensors, as our controllers require them.
Verify the BMS current of the battery, as it needs to support a 45A controller dual drive.
Address the damaged phase wire to prevent short circuits.
Upgrade Path: ORDOOspeed Controllers
For those looking to upgrade, our ORDOOspeed Brushless FOC Sinewave Controller is a robust choice. We've provided a detailed link for the controller kit, and we're always here to help with troubleshooting and installation.
>>>60V45A DS20 FOC Sinewave Controller for Escoot
If your upgrade isn't urgent, keep an eye out for our new series controllers—we're continuously improving and welcome you to follow our development progress on Facebook.
>>>ORDOOSPEED OFFICIAL SUPPORT CENTRE
Upgrading scooter controllers isn't just about swapping out parts; it requires understanding the intricacies of your scooter. From battery voltage to phase wire conditions, each element plays a part in achieving optimal performance.
Have questions or need further assistance? Reach out! We're here to ensure your scooter runs at its best.
And there you have it! A glimpse into the journey of upgrading scooter controllers, full of practical advice and real-world solutions. Keep those questions coming, and ride safe!