Scout concepts on Jay Leno’s Garage

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Remember the battery in these vehicles right now are intended to load/unload, low speed moving for video production and running the power components. Just a shame they didn’t note that very clearly so the less educated don’t trash it. Like running a 1982 4-cylinder honda civic over the Rocky Mountains-it’s gonna whine
No whining for J Alynn...lol
 
Remember the battery in these vehicles right now are intended to load/unload, low speed moving for video production and running the power components. Just a shame they didn’t note that very clearly so the less educated don’t trash it. Like running a 1982 4-cylinder honda civic over the Rocky Mountains-it’s gonna whine
As a Jeep owner I didn’t think it was loud at all!
 
Appropriated from Scout EV forum...lol

Summary of Performance Figures, Performance Metrics, and Technical Specs:
  • **? Acceleration:
    • 0 to 60 mph in 3.5 seconds (all-electric mode)
    • 0 to 60 mph in 4.5 seconds (with range extender)
  • **? Electric Range:
    • Pure EV range: 150 miles
    • Combined range with gas extender: 500+ miles
  • **? Torque:
    • Up to 1,000 lb-ft of torque, providing significant power and towing capability
  • **⛽ Gasoline Range Extender:
    • High-output four-cylinder engine located on the rear axle
    • 15-gallon fuel tank capacity
    • Operates automatically or manually (EV, hybrid, heavy-duty towing modes)
  • **? Towing and Payload Capacity:
    • Pure EV truck: 10,000 lbs towing, 2,000 lbs payload
    • SUV version: 7,000 lbs towing
    • Hybrid mode: Up to 5,000 lbs towing for both models
  • **? Technical and Structural Features:
    • Body-on-frame construction (blend of steel and aluminum)
    • Solid rear axle for durability and torque delivery
    • 800-volt architecture (supports fast charging)
    • Dual electric motors (front and rear) for AWD capability
  • **? Battery Types:
    • Main EV battery: Nickel Manganese Cobalt (NMC)
    • Range extender battery: Lithium Iron Phosphate (LFP) for durability and cost-efficiency
  • **? Off-Road and Utility:
    • Disconnectable sway bars and electronic lockers for enhanced off-road performance
    • Adjustable air suspension (optional) for ground clearance optimization
    • Gradeability: 100% (suitable for steep terrain)
  • **⚡ Charging and Power Supply:
    • Fast charging capability: Up to 350 kW
    • Vehicle serves as a power generator with 120V and 240V outlets (ideal for worksites and campsites)
  • **? Additional Driving Modes:
    • EV-only mode for short commutes
    • Hybrid mode for optimized efficiency
    • Heavy-duty mode for towing and demanding tasks
  • **? Braking System:
    • Four-wheel disc brakes for reliable stopping power
  • **? Production and Release:
 
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Appropriated from Scout EV forum...lol

Summary of Performance Figures, Performance Metrics, and Technical Specs:
  • **? Acceleration:
    • 0 to 60 mph in 3.5 seconds (all-electric mode)
    • 0 to 60 mph in 4.5 seconds (with range extender)
  • **? Electric Range:
    • Pure EV range: 150 miles
    • Combined range with gas extender: 500+ miles
  • **? Torque:
    • Up to 1,000 lb-ft of torque, providing significant power and towing capability
  • **⛽ Gasoline Range Extender:
    • High-output four-cylinder engine located on the rear axle
    • 15-gallon fuel tank capacity
    • Operates automatically or manually (EV, hybrid, heavy-duty towing modes)
  • **? Towing and Payload Capacity:
    • Pure EV truck: 10,000 lbs towing, 2,000 lbs payload
    • SUV version: 7,000 lbs towing
    • Hybrid mode: Up to 5,000 lbs towing for both models
  • **? Technical and Structural Features:
    • Body-on-frame construction (blend of steel and aluminum)
    • Solid rear axle for durability and torque delivery
    • 800-volt architecture (supports fast charging)
    • Dual electric motors (front and rear) for AWD capability
  • **? Battery Types:
    • Main EV battery: Nickel Manganese Cobalt (NMC)
    • Range extender battery: Lithium Iron Phosphate (LFP) for durability and cost-efficiency
  • **? Off-Road and Utility:
    • Disconnectable sway bars and electronic lockers for enhanced off-road performance
    • Adjustable air suspension (optional) for ground clearance optimization
    • Gradeability: 100% (suitable for steep terrain)
  • **⚡ Charging and Power Supply:
    • Fast charging capability: Up to 350 kW
    • Vehicle serves as a power generator with 120V and 240V outlets (ideal for worksites and campsites)
  • **? Additional Driving Modes:
    • EV-only mode for short commutes
    • Hybrid mode for optimized efficiency
    • Heavy-duty mode for towing and demanding tasks
  • **? Braking System:
    • Four-wheel disc brakes for reliable stopping power
  • **? Production and Release:
Remove the credits, they don’t do it to us… why give the respect lol.
 
Appropriated from Scout EV forum...lol

Summary of Performance Figures, Performance Metrics, and Technical Specs:
  • **? Acceleration:
    • 0 to 60 mph in 3.5 seconds (all-electric mode)
    • 0 to 60 mph in 4.5 seconds (with range extender)
  • **? Electric Range:
    • Pure EV range: 150 miles
    • Combined range with gas extender: 500+ miles
  • **? Torque:
    • Up to 1,000 lb-ft of torque, providing significant power and towing capability
  • **⛽ Gasoline Range Extender:
    • High-output four-cylinder engine located on the rear axle
    • 15-gallon fuel tank capacity
    • Operates automatically or manually (EV, hybrid, heavy-duty towing modes)
  • **? Towing and Payload Capacity:
    • Pure EV truck: 10,000 lbs towing, 2,000 lbs payload
    • SUV version: 7,000 lbs towing
    • Hybrid mode: Up to 5,000 lbs towing for both models
  • **? Technical and Structural Features:
    • Body-on-frame construction (blend of steel and aluminum)
    • Solid rear axle for durability and torque delivery
    • 800-volt architecture (supports fast charging)
    • Dual electric motors (front and rear) for AWD capability
  • **? Battery Types:
    • Main EV battery: Nickel Manganese Cobalt (NMC)
    • Range extender battery: Lithium Iron Phosphate (LFP) for durability and cost-efficiency
  • **? Off-Road and Utility:
    • Disconnectable sway bars and electronic lockers for enhanced off-road performance
    • Adjustable air suspension (optional) for ground clearance optimization
    • Gradeability: 100% (suitable for steep terrain)
  • **⚡ Charging and Power Supply:
    • Fast charging capability: Up to 350 kW
    • Vehicle serves as a power generator with 120V and 240V outlets (ideal for worksites and campsites)
  • **? Additional Driving Modes:
    • EV-only mode for short commutes
    • Hybrid mode for optimized efficiency
    • Heavy-duty mode for towing and demanding tasks
  • **? Braking System:
    • Four-wheel disc brakes for reliable stopping power
  • **? Production and Release:
OK. Now I’m gonna rant and whine…..
?
 

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First off, I do hope they change that road noise. It sounded like gear noise - the same noise I got on my Jeep before I had to do a $2k repair to the rear axle. Jay mentions at 18:10 that it is a test mule - the gear noise will be addressed during development. Jamie did not comment on Jay's observation. Jay mentions the gear whine again at 26 minutes - don't judge the car by the whine, it's a test mule. Must be annoying as hell though...

I am still going through the video, but "Steady State" might be part of the issue. They want the Harvester to provide enough electricity to maintain a steady state at 70mph. Hook up a trailer, and the amount of energy to tow at 70mph probably doubles. If the Harvester can not provide that level of power, there will be no steady state (you will be draining the battery). At some point, they could partially address this in software - They are already planning a mode that starts the Harvester early for performance. They would just need to see what it can handle and for how many miles. Perhaps you could get 7-8k of towing if you plan ahead and accept you are towing with an EV with a range extender - that will still need periodic charging during the trip (as opposed to just adding gas and keep driving).
 
Yeah I understand that. But does LFP battery really suffer over NMC? Does the rate of how fast or how much the Battery is discharging really make any difference if the Motors that are driving the vehicle are the same?
Power density is also affected by chemistry, and a host of other characteristics, it’s not just capacity and charging speed.
 
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