Same!! But that was reporting on just the harvesters I think. Pretty wildHappy Friday! Just saw an article by The Drive saying these models will have 800 HP
Same!! But that was reporting on just the harvesters I think. Pretty wildHappy Friday! Just saw an article by The Drive saying these models will have 800 HP
800! Is that both EREV and BEV?Happy Friday! Just saw an article by The Drive saying these models will have 800 HP
800! Is that both EREV and BEV?
Yes Sir!!!! Love seeing real metal bodiesThere is no doubt that this picture of all the hard work the Scout team has invested brings *huge* amounts of happiness!
And we are thankful!!!
Originally they were noted to be pushing 1,000-or at least I thought I remembered seeing thatSame!! But that was reporting on just the harvesters I think. Pretty wild
I think the discharge rate of the different battery chemistries could play a role, limiting power on the Harvester models. I guess we'll have to wait and see.If that is accurate, the maximum "horse power" would apply to both. The HP of an EV is mainly determined by the electric motors, and the motors will almost certainly be the same for both the BEV and EREV.
I swear I saw somewhere that the EREV would have a slower 0-60 than the BEV. I think it was 3.5 vs. 4.5. My guess is its because of the LFP battery in the Harvester and NMC in the BEV. See @speedrye's comment above. If 800HP gets you 4.5 seconds, imagine the HP on the BEV. It has to be close to 1,000.If that is accurate, the maximum "horse power" would apply to both. The HP of an EV is mainly determined by the electric motors, and the motors will almost certainly be the same for both the BEV and EREV.
I remember seeing that time difference as well.I swear I saw somewhere that the EREV would have a slower 0-60 than the BEV. I think it was 3.5 vs. 4.5. My guess is its because of the LFP battery in the Harvester and NMC in the BEV. See @speedrye's comment above. If 800HP gets you 4.5 seconds, imagine the HP on the BEV. It has to be close to 1,000.
As it relates to the motors, Rivian has a "performance" package that boosts HP by about 100 HP. It's available on my dual motor R1T (I don't have it). So it's possible to boost HP without adding motors.
Your 0-60 numbers are correct. I'm hoping the Harvester has the same hardware underneath (motors, inverters, axles, etc). It'll be slow, but the drivetrain should last a long time if it's designed to take the beating of the BEV's power.I swear I saw somewhere that the EREV would have a slower 0-60 than the BEV. I think it was 3.5 vs. 4.5. My guess is its because of the LFP battery in the Harvester and NMC in the BEV. See @speedrye's comment above. If 800HP gets you 4.5 seconds, imagine the HP on the BEV. It has to be close to 1,000.
As it relates to the motors, Rivian has a "performance" package that boosts HP by about 100 HP. It's available on my dual motor R1T (I don't have it). So it's possible to boost HP without adding motors.
Haha, I literally was reading speedrye's comment about that being slow and had the exact same thought before I read your reply.Sometimes I take a pause. It’s just crazy to me that we’re at a point where a 4.5 second 0-60mph time could be considered slow.
I swear about 20 years ago only cars like a Z51 C6 or a BMW M6 were hitting numbers like that.
Those numbers for timing I think were just early numbers. I’m sure they are probably different nowI swear I saw somewhere that the EREV would have a slower 0-60 than the BEV. I think it was 3.5 vs. 4.5. My guess is its because of the LFP battery in the Harvester and NMC in the BEV. See @speedrye's comment above. If 800HP gets you 4.5 seconds, imagine the HP on the BEV. It has to be close to 1,000.
As it relates to the motors, Rivian has a "performance" package that boosts HP by about 100 HP. It's available on my dual motor R1T (I don't have it). So it's possible to boost HP without adding motors.
Sometimes I take a pause. It’s just crazy to me that we’re at a point where a 4.5 second 0-60mph time could be considered slow.
I swear about 20 years ago only cars like a Z51 C6 or a BMW M6 were hitting numbers like that.
Possibly but the larger battery in the BEV might push more power than the smaller one in the Harvester. I also don't think the Harvester will approach anything close to 800 HP when the engine is running. I could be wrong though.If that is accurate, the maximum "horse power" would apply to both. The HP of an EV is mainly determined by the electric motors, and the motors will almost certainly be the same for both the BEV and EREV.
I dont have the boost in my Rivian either, but I did get it in my Long Range Model 3 and I was seriously impressed with the difference.I swear I saw somewhere that the EREV would have a slower 0-60 than the BEV. I think it was 3.5 vs. 4.5. My guess is its because of the LFP battery in the Harvester and NMC in the BEV. See @speedrye's comment above. If 800HP gets you 4.5 seconds, imagine the HP on the BEV. It has to be close to 1,000.
As it relates to the motors, Rivian has a "performance" package that boosts HP by about 100 HP. It's available on my dual motor R1T (I don't have it). So it's possible to boost HP without adding motors.
I currently have the most powerful vehicle I've ever had at 385hp, 387tq. So that sucker can be quick to me.I've been driving a faster car for almost 20 years, so I'm definitely biased. The 0-60 is okay, but the 60mph-100mph range is where I always feel I need more power. 800hp is solid for a 3,600lb car, but in a 6,500lb SUV with lots of rotating mass, it's merely acceptable.![]()
Depends on the generator and invert. Is my guess.I also don't think the Harvester will approach anything close to 800 HP when the engine is running. I could be wrong though.
That brings up an excellent point. If the inverter can combine the lower current from the LFP battery with the generator current, the Harvester model might be as quick as the BEV.Depends on the generator and invert. Is my guess.
All numbers we will find out in early 2027 probably when the website gets updated