Scout Motors - design philosophy
blog.scoutmotors.com
Forging The Future: Our Philosophy of Exterior Design – Scout Motors Stories
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Yep. I won't go back to ICE. Even selling my motorcycle because the Mustang is more fun to drive and doesn't require as many stops on a road trip.Just some more EV reading. Only a screen shot but doesn’t shock me
I’m a gear head, and as such, I have a couple fun vehicles that are ICE. I look at them as pure nostalgia. I like mechanical things. For me it’s like how people collect vinyl records and listen to turn tables. I’m sure those same folks utilize digital music more often on the whole. But, to your point, I will not go back to ICE as a daily driver/go to vehicle.Yep. I won't go back to ICE. Even selling my motorcycle because the Mustang is more fun to drive and doesn't require as many stops on a road trip.
I'm an absolute gear head. But I experience very little nostalgia, so I'm always looking for the next thing to try. EVs will keep me busy for a good long while.I’m a gear head, and as such, I have a couple fun vehicles that are ICE. I look at them as pure nostalgia. I like mechanical things. For me it’s like how people collect vinyl records and listen to turn tables. I’m sure those same folks utilize digital music more often on the whole. But, to your point, I will not go back to ICE as a daily driver/go to vehicle.
I’ve been doing a lot of self guided research on batteries and packs. And with the improvements that are coming the estimated range numbers shown by Scout might be higher. A lot of research organizations have been showing that LFP cells are really strong with their life span. And for testing packs I’m actually not surprised that we’ve been testing them wrong.![]()
EV Batteries May Last Longer Than Expected Because We’ve Been Testing Them Wrong: Study
University researchers say battery lifespan is almost 40 percent longer than originally predicted.www.thedrive.com
Lol. Thats hilarious there’s alot of work that would have to be done to fit a v8 in an area where a Electric motor goes from wiring, chassis mounts, ect.Report: all electric cars in the US to be retrofitted with V8s
Unused batteries will be repurposed into massive monster truck ramps
https://www.topgear.com/car-news/satire/report-all-electric-cars-us-be-retrofitted-v8s
Made me laugh.
With the harvester do we think a built in battery heater would be put into the batteries coolant system? But also it’s an off-roader so I feel that Scout has a trick up their sleeve for battery heating in cold weather since it’s an 8day a week vehicle.It’s the season and interesting read on survival in a stranded EV versus ICE
Pretty much all EV's have a battery management system to keep the battery at an optimum temperature in hot or cold weather. A parked EV will draw power to keep the battery in the "sweet spot". Smart EV's will allow you to precondition the battery to optimize charging time or max performance.With the harvester do we think a built in battery heater would be put into the batteries coolant system? But also it’s an off-roader so I feel that Scout has a trick up their sleeve for battery heating in cold weather since it’s an 8day a week vehicle.
Obviously thats a standard in EVs battery heating. But the extra heat from the harvester could be used for something also maybe a heat exchanger to get more range like how F1 cars do. Which i think it has since those massive cans that were showed in the harvesters reveal video of where the harvesters would be.Pretty much all EV's have a battery management system to keep the battery at an optimum temperature in hot or cold weather. A parked EV will draw power to keep the battery in the "sweet spot". Smart EV's will allow you to precondition the battery to optimize charging time or max performance.
Time will tell, nothing I’ve heard but I like the thinkingWith the harvester do we think a built in battery heater would be put into the batteries coolant system? But also it’s an off-roader so I feel that Scout has a trick up their sleeve for battery heating in cold weather since it’s an 8day a week vehicle.
I’d be curious to see another comparison -adding a Harvester/EVER in the mix and seeing what survival/heat time would be. I’m guessing in that test scenario the pure EV Scout would heat longer than the harvester version as that generator may run through gas “faster” than just the pure EV but its tech beyond my understanding so guess I’ll wait until Jamie feeds us more.Obviously thats a standard in EVs battery heating. But the extra heat from the harvester could be used for something also maybe a heat exchanger to get more range like how F1 cars do. Which i think it has since those massive cans that were showed in the harvesters reveal video of where the harvesters would be.
Something like this: https://en.wikipedia.org/wiki/Exhaust_heat_recovery_system
Im only coming up with these guesses because most things we see in Automobiles today stems from Highly Advanced Technology in Race cars.I’d be curious to see another comparison -adding a Harvester/EVER in the mix and seeing what survival/heat time would be. I’m guessing in that test scenario the pure EV Scout would heat longer than the harvester version as that generator may run through gas “faster” than just the pure EV but its tech beyond my understanding so guess I’ll wait until Jamie feeds us more.
There were also discussions at some point of using hydronic heat for the vehicle. Imagine using a liquid cooling loop that wrapped the battery pack and the generator/engine then flowed the tubing in the floor of the trucks to keep feet warm through radiant heating-tubing loops back outside to recoil further before running past batteries and starting the loop all over. Would love to see exhaust heat utilized but I feel that would be complicated. If generator was in front with longer exhaust system I wonder if exhaust flow would be strong enough to put “spinners” inside to gain a bit more energyIm only coming up with these guesses because most things we see in Automobiles today stems from Highly Advanced Technology in Race cars.
It would be funny if they are gonna use a heat exchange exhaust system and not an alternator/generator to create power from the Harvester. Especially since ewe all think its gonna be an Alternator/generator.
I love how creative people get here its amazing.There were also discussions at some point of using hydronic heat for the vehicle. Imagine using a liquid cooling loop that wrapped the battery pack and the generator/engine then flowed the tubing in the floor of the trucks to keep feet warm through radiant heating-tubing loops back outside to recoil further before running past batteries and starting the loop all over. Would love to see exhaust heat utilized but I feel that would be complicated. If generator was in front with longer exhaust system I wonder if exhaust flow would be strong enough to put “spinners” inside to gain a bit more energy. Lot of work for little return but anything cheap to harvest more energy is a win or recover the heat to benefit the passengers in winter with less use of fans. Lots of firsts could be in the works