I have to drive about 10 miles before the cabin starts to warm up. Probably another 15 miles before it reaches a comfortable range. Outside temp is about 30 degrees now. As this is my first winter, I do not know what to expect from my 2011 insight. What is the norm?
I have a 2010 and my Insight heats up pretty quickly. Blue light goes off in 2-3 miles and cabin is heated up nicely in 4-5 miles.
Do you run the heat from the get go; or wait a few minutes? By running it right away, it takes longer for water/antifreeze in the cooling system to heat up. I don't turn on the heat until the blue light goes off.
__________________ 2010 EX with DDM 4500k HID Low Beams; with relay harness. Honda Splash Guards. Honda Vent Visors. Honda Rear Bumper Applique. Honda All Weather Floor Mats and Cargo Tray. Honda Leather Steering Wheel Cover. Yokohama Avid Touring S 195 60 15 Tires. Insulated doors for road noise with Quick Roof. kjanracings window rattle fix. Oversized Amsoil EAO44 Oil Filter. Honda Accord Low Horn Upgrade.
Welcome aboard!!! Yeah, hybrid heat and air. it's best in my experience to grin and bear it 3 or so miles after the cold engine light goes off when the heat starts. It takes about 30 minutes to an hour when the car starts to feel warm and fuzzy.
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Enginer 4 kilowatt PHEV, 3000k 35 watt fogs, Eco bulb highs, 4300k 35 watt low all w/relay kits, DRLs/Rear Wiper removed&rear interior gutted, Sony HU W/front speakers, Tanabe nf springs, 35% tint all around, all LED lamp replacement, 09 fit progress rear sway bar, OEM block heater, full gril block, KN Filter, Honda vent visiors, group 51 battery, home made balancer/grid charger Best/Worse MPG 96/36
I'm comfortable within 3-5 miles but comfortable is a relative term. I don't like it too hot to begin with and in 30 degree weather I am usually content with the heat off after the cabin has initially warmed up.
I agree that it's best to let the car warm up with the heat off. I usually wait a couple minutes after the light goes off.
Thank you all for the immediate attention. I wasn't expecting so much advise. I am new here. I will pay more attention to the Blue light before I request any heat this morning.
I get warm air coming out of the vents in about a mile. Toward the end of the mile I have to drive up a pretty big hill, so, the engine is getting wound up pretty good which accelerates the heating process.
Two miles I usually have pretty good heat.
It will take a little bit longer if you have flat ground in every direction ...
If I don't scrape the windshield and just get in and turn on the car with the defrost button enabled, it takes about 3 minutes for the frost to thaw just idling, which IMO, is pretty good.
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Nothing like insulating a woodside cabin with heat, LOL.
Yeah, I have a full exterior grill block, but I nurse it to try to hang on to a 60mpg over all average per a tank. I just need to get up early to plug in the heater, but I have to leave for work at 5am as is.
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Enginer 4 kilowatt PHEV, 3000k 35 watt fogs, Eco bulb highs, 4300k 35 watt low all w/relay kits, DRLs/Rear Wiper removed&rear interior gutted, Sony HU W/front speakers, Tanabe nf springs, 35% tint all around, all LED lamp replacement, 09 fit progress rear sway bar, OEM block heater, full gril block, KN Filter, Honda vent visiors, group 51 battery, home made balancer/grid charger Best/Worse MPG 96/36
I have a 2010 and my Insight heats up pretty quickly. Blue light goes off in 2-3 miles and cabin is heated up nicely in 4-5 miles.
Do you run the heat from the get go; or wait a few minutes? By running it right away, it takes longer for water/antifreeze in the cooling system to heat up. I don't turn on the heat until the blue light goes off.
How does that theory work? I've heard that many times and if it works for you, GREAT. It just doesn't add up on paper...at least my paper. lol
How does that theory work? I've heard that many times and if it works for you, GREAT. It just doesn't add up on paper...at least my paper. lol
It works because by leaving the heat/fan off you remove the heater core from the coolant loop. Less surface area for potential heat loss means faster engine warm up time.
It's similar to leaving you oven door partially open when pre-heating. Sure the oven will eventually reach 350, but with more paths for potential heat loss it will take longer.
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