Considering I’ve been up there a dozen times in my Toyotas (that never had this issue FWIW), I will be doing this trail again in the future lol.Go up again and see if happens the second time!
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Considering I’ve been up there a dozen times in my Toyotas (that never had this issue FWIW), I will be doing this trail again in the future lol.Go up again and see if happens the second time!
Would the available display of Tire Temperature reflect added heat from the brake system (i. e. increased temperature observed after significant use of brakes)?Great point. Especially considering that this scenario consisted of sub freezing temps, snow, and icy puddles.
You would think that brake and engine oil temps would be in the temp screen in the off-road menu. I care way less about my tire temps than I do the critical fluids.![]()
Retract my comment. I was coming down Deer Creek 10 days ago. No snow or ice. I don't think that incline would heat up your brakes, I have been there 3x this year with 5 Grenadiers. No one had an issue. But maybe the ice did it, I have zero experience with ice. But also the sub zero should have mitigated it some. It is worth asking Red Noland to as Ineos, what causes the warning. Heat? Too much slipping? The software engineers aren't the best. Was it even real, or a software glitch. It is dangerous.Great point. Especially considering that this scenario consisted of sub freezing temps, snow, and icy puddles.
You would think that brake and engine oil temps would be in the temp screen in the off-road menu. I care way less about my tire temps than I do the critical fluids.![]()
Oil temperature is displayed in the off road screen on the B57 diesel engine version. Which isn't helpful in the US where you only get the B58.Great point. Especially considering that this scenario consisted of sub freezing temps, snow, and icy puddles.
You would think that brake and engine oil temps would be in the temp screen in the off-road menu. I care way less about my tire temps than I do the critical fluids.![]()
Thank for affirming this. I have 10+ years experience driving these roads and never once felt I was abusing the brakes. I’ve driven this particular road a dozen times in my Toyotas and never had an issue like this. I’m trying not to take offense at the comments “ride a lower gear”Retract my comment. I was coming down Deer Creek 10 days ago. No snow or ice. I don't think that incline would heat up your brakes, I have been there 3x this year with 5 Grenadiers. No one had an issue. But maybe the ice did it, I have zero experience with ice. But also the sub zero should have mitigated it some. It is worth asking Red Noland to as Ineos, what causes the warning. Heat? Too much slipping? The software engineers aren't the best. Was it even real, or a software glitch. It is dangerous.
You're right. Downhill Assist uses the brakes, so it can cause them to heat up on a long, icy slope. It's not meant for that.The downhill assist uses the brakes as well. I never had to use a DA on icy roads, but if the brake system heats up, that could also happen with the DA, as it also uses the brakes. Maybe you need to take other measures, as the DA is not designated to go down icy tracks.
Maybe it would be better to use snow chains and winter tires (if not already done) or tire spikes. Every system has its limit and a steep, icy track may be over the limit of every system.
AWo
FTR, DA was on for 50 feet just to get through the tough corner. I’m 90% sure the brakes did not overheat. I’ll talk with my dealer tomorrow to understand more. I’ll post a follow-up.You're right. Downhill Assist uses the brakes, so it can cause them to heat up on a long, icy slope. It's not meant for that.
For a steep, icy track, your best bet is proper tires. Snow chains or tire spikes are the real solution for that kind of condition.
Throw in a slushy wheel speed sensor and it's not hard to see a system condition that the BMS cannot process so it throws the toys out of the pram.My first thought before the mention of brake overheating was a situation the software had difficulty processing. Could the right combination of having DA on, feathering the brake, the surface condition, wheel slip, steer angle, pitch and yaw with the brake traction control be enough to find that point the software causes the ABS /traction module to activate in an unexpected way for the situation? A situation where the holes line up and is difficult to replicate.