Hi hivemind -- I came across this wireless brake controller made by Curt. I searched for this on this Forum, and can't believe no one has mentioned using it? It appears to be an alternative to the Tenosha Brake Controller. I just got a new RV, the 2019 Honda Ridgeline which already comes with a towing package.
https://www.etrailer.com/Brake-Controller/Honda/Ridgeline/2019/C51180.html?vehicleid=201983209Pros and cons?
Thanks in advance, Chris
2016 T@B Max Q
Human: Christopher Lehfeldt T@B: 2016 Max Q named "atT@Boy" TV: 2019 Honda Ridgeline RTL-E HQ: Rochester, NY
Comments
2016 Nissan Frontier SV 4x4 Crew Cab
i had the tech ride with me when we set up the Curt and he was very impressed. They sell and install the Prodigy RF. It does hang out a ways, I don’t think it will ever fall out, but I may rig a safety harness of some sort anyway. Nice option if you have multiple tow vehicles, happy with it so far.
2018 T@B 400, 300Ah Renogy LiFePo batteries, 350W Renogy rooftop solar
Poughquag, NY
2018 GMC Canyon
Texas Hill Country
It also seems like the brake application lags, which is especially terrifying when the trailer brakes lock up unexpectedly in town and continue to drag for a few seconds even after you lift off the brake pedal.
2020 Honda Ridgeline RTL (AWD) Lunar Silver Metallic
Rick and Barbara - North Texas
cheers
2020 Honda Ridgeline RTL (AWD) Lunar Silver Metallic
Rick and Barbara - North Texas
2020 Honda Ridgeline RTL (AWD) Lunar Silver Metallic
Rick and Barbara - North Texas
cheers
2020 Honda Ridgeline RTL (AWD) Lunar Silver Metallic
Rick and Barbara - North Texas
cheers
cheers
2023 Honda Ridgeline RTL-E with Redarc Trailer Brake Controller
2021 T@B 320S Boondock “The T@B”
Towed by a white 2019 Ford F-150 4x4 Supercab, 3.5L V6 Ecoboost “The Truck”
2023 Honda Ridgeline RTL-E with Redarc Trailer Brake Controller
The discussion was about the Curt and then the wireless Tekonsha brake controllers.
A simple wired in unit (the Tekonsha Primus as one example) is a self contained unit. It's reliability (R) is whatever the reliability of that single unit is.
When you consider the Tekonsha Prodigy the likelihood of failure (F) must also take into consideration of the reliability of the handheld unit. Each unit has a probability of failure. The expected reliability of that "system" will be less than a single unit (as in the Primus).
By design a wireless unit with two components is less reliable than a one unit hardwired system. The discussion was what do you do with a Prodigy to engage the emergency braking if the handheld unit fails. The answer was that this feature cannot be used.
This is where the Kurt Echo has an advantage over the Prodigy unit, you can use any smart phone for the control program, so having two phones setup, but only one in use at a time, gives you a redundancy system in the cab. If one phone fails, switch on and connect the second phone.