I don't ride my EX on the streets, but this surely looks interesting anyway.If this is going to be road legal, then it would be at the top of my list as my EXs replacement.
I don't ride my EX on the streets, but this surely looks interesting anyway.If this is going to be road legal, then it would be at the top of my list as my EXs replacement.
Yes, by the time they will start producing it, Stark will have evolved. However, if better cells will be available, Radian may take advantege of them, too and possibly use for example 9.5 kWh instead of 8.6.
that will delay the launch even more, i dont think this bike will be released before Q1 2028... this things always get delayedYes, by the time they will start producing it, Stark will have evolved. However, if better cells will be available, Radian may take advantege of them, too and possibly use for example 9.5 kWh instead of 8.6.
im pretty sure the Alg will come in 2027, Street 2028 and minivarg on 2029@happyinmotion In the enduro sector this is a huge win. The more quality bikes out the better for the whole market.
As for the other bikes you've mentioned from Stark... completely different markets. You'll be lucky to see any of them by early 2028.
For Adv I'd still want ICE.
For street Im keeping an eye on BBM.
For minis, I'd have my kids on an RTR ATM.
I've not seen an Alg test mule about in about 6 months. About the same time as their new battery supplier came on board. Adding in their current expansion rate from what they want to what they have.... Im under the impression that they are WAY behind on their road map.im pretty sure the Alg will come in 2027, Street 2028 and minivarg on 2029
I was thinking the same thing.Yes, by the time they will start producing it, Stark will have evolved. However, if better cells will be available, Radian may take advantage of them, too and possibly use for example 9.5 kWh instead of 8.6.
Please tell us more. Why would Royal Enfield pursue one strategy but Radian the opposite?It depends on how they did it. If each "half pack" is full system voltage then it does indeed increase system cost and complexity. If each "half pack" is half voltage and they are connected in series, then the addition cost and complexity penalty is not so much.
For the RE Him-E each "half pack" is full system voltage. The bike basically has two battery packs in it.
Please tell us more. Why would Royal Enfield pursue one strategy but Radian the opposite?
Can RE run with one battery removed? Will it be lopsided?