Red interior for the win! That Goat is crazy! '65 was a great year. Mine was a '66.
Our GS350 F Sport:
RX450h F Sport:
Our GS350 F Sport:
RX450h F Sport:
Red interior for the win! That Goat is crazy! '65 was a great year. Mine was a '66.
Our GS350 F Sport:
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RX450h F Sport:
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Help us understand this. No brake pedal?I’m still getting used to the one pedal driving.
Agressive regenerative braking ?Help us understand this. No brake pedal?
It has a brake pedal, but regenerative braking is strong enough to bring a car almost to a complete stop. Instead of coming off the accelerator pedal to apply the friction brakes, you release the throttle pedal more slowly to limit or blend regenerative braking in. Once down to about 2-3 mph you fully release the throttle and the car automatically applies the friction brakes to come to a complete stop and hold the car in place.Help us understand this. No brake pedal?
Help us understand this. No brake pedal?
Only one way to find out...Help us understand this. No brake pedal?
It took me 2 seconds to get used to it. Our M3P is low; coming to a speed bump simply requires a lift off the accelerator to modulate your speed. One pedal driving on the freeway is incredible.@Torrid described it very well. There are electronic adjustments I can choose to lessen the one-pedal affect (at a cost of energy scavenging), but the I’m trying to maximize efficiency and get used to it asap.
On my way!Only one way to find out...
Wayne you really gotta come to CA and drive my car. One pedal driving is the bomb!
For me I still coast a bit more which reduces the regenerative effect, but it feels more natural and smooth to me how I've always driven cars. I figure it's probably gentler on the tires than aggressive regenerative braking all the time. I'm not 100% convinced heavy regenerative braking is the most efficient, but I would like to capture the power while stopping the car. I think my method should capture a similar amount of power, it just happens over a longer period of time while being gentler on the tires. I just don't hard stop to do it or waste any friction brakes at the cost of regen in regular driving.@Torrid described it very well. There are electronic adjustments I can choose to lessen the one-pedal affect (at a cost of energy scavenging), but I’m trying to maximize efficiency and get used to it asap.
For me I still coast a bit more which reduces the regenerative effect, but it feels more natural and smooth to me how I've always driven cars. I figure it's probably gentler on the tires than aggressive regenerative braking all the time. I'm not 100% convinced heavy regenerative braking is the most efficient, but I would like to capture the power while stopping the car. I think my method should capture a similar amount of power, it just happens over a longer period of time while being gentler on the tires. I just don't hard stop to do it or waste any friction brakes at the cost of regen in regular driving.
That is one of my favorite cars. Love yours and it even has the correct tail pipe tips. A friend of mine had a new one in high school, same color combo. By the time I bought mine the '66 model was out so that is what ended up with. Tri-power, 4 speed, and limited slip 3:55 gears (no A/C and no power steering.) I put American Racing Torq Thrust 15" wheels on mine.My 65 GTO, there’s nothing better.
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That is one of my favorite cars. Love yours and it even has the correct tail pipe tips. A friend of mine had a new one in high school, same color combo. By the time I bought mine the '66 model was out so that is what ended up with. Tri-power, 4 speed, and limited slip 3:55 gears (no A/C and no power steering.) I put American Racing Torq Thrust 15" wheels on mine.
I'm curious and am not throwing stones. Given the accelerator behavior you described, how do you drive the car fast on, say, a twisty mountain road? It seems like it would be virtually impossible to smoothly modulate the brakes when entering a corner.It has a brake pedal, but regenerative braking is strong enough to bring a car almost to a complete stop. Instead of coming off the accelerator pedal to apply the friction brakes, you release the throttle pedal more slowly to limit or blend regenerative braking in. Once down to about 2-3 mph you fully release the throttle and the car automatically applies the friction brakes to come to a complete stop and hold the car in place.
Nice and smart move. Your BMW is going to be much easier to repair years from now vs anything Tesla. Curious as to if your insurance on the new BMW is similarly priced compared to other vehicles that you own? I've read that some ev's have higher insurance premiums vs their gas counterparts.
I'm curious and am not throwing stones. Given the accelerator behavior you described, how do you drive the car fast on, say, a twisty mountain road? It seems like it would be virtually impossible to smoothly modulate the brakes when entering a corner.
Scott
Beautiful car!It was significant price difference, but I got a good deal on the BMW. 11% off msrp as it’s a ‘24. Plus the 7.5k both qualify for. Yes, M50. Msrp was 77k and change, it’s loaded pretty well. You got a fantastic car btw.
Red interior is the best.
I totally get it. They have no soul, and they are only going to get worse in this regard. Modern EVs are still like Model Ts of the ice world. They do haul ass, effortless launches, and have a ton of creature comforts.
This one’s for you bud, old school cool. Pontiac 462 under the hood.