It’s a very good start at a proper emtb...reliability is key...be nice to see this do well
It does have something over them, it's not common. Some of us don't like riding what everyone else rides.It would have to offer something special over say Haibike / Cube.
OK, so we are actually talking about the frame and name on it, not being common as you say. All other parts are not unique. I'm more than happy for you to be a guinea pig, but from my experience this has back fired on me. Due to this, I personally never buy the latest of anything until it's been out for a while and proven, with bugs ironed out.It does have something over them, it's not common. Some of us don't like riding what everyone else rides.
I totally agree and wish you the best. It appears your support is very good, which in my mind is just as important as the product itself.Thanks for your good wishes Steve.
We accept this was a big gamble for a small business, but as with our City and Trekking bikes we will stick with it. If nothing else we are tenacious!
I don't expect to compete on numbers with the likes of KTM and Haibike, but for someone who wants something a little different, bought from a company with a longer reliability and support record than any of the big brands mentioned in the thread, we may be a good choice?
Hopefully you will be able to emulate push bike MTB brands such as Orange.Cheers Steve!
I have just learned from Jeremy that there are many reasons why a light and ultra rigid frame is so important, apparently it's not just about weight and cornering characteristics. When a rider puts a lot of force onto the pedals an alloy bike frame will flex and twist. This twisting action saps the amount of energy a rider is putting into driving the bike. A unidirectional carbon frame will make steep ascents easier to climb.
No incline can be as steep as this leaning curve!
do you know any UK bike manufacturers that are known for their lightweight frames and bikes?Hopefully you will be able to emulate push bike MTB brands such as Orange.
They didn't have a 'name', but the bikes did well once word got around they were technically very good.
You might want to look at emulating Orange in other ways.
They 'manufacture' their bikes in Halifax using components sourced cheaply from abroad.
https://www.orangebikes.co.uk/stories/view/handbuilt_in_halifax
AfternoonCheers Steve!
I have just learned from Jeremy that there are many reasons why a light and ultra rigid frame is so important, apparently it's not just about weight and cornering characteristics. When a rider puts a lot of force onto the pedals an alloy bike frame will flex and twist. This twisting action saps the amount of energy a rider is putting into driving the bike. A unidirectional carbon frame will make steep ascents easier to climb.
No incline can be as steep as this leaning curve!
Afternoon
I've heard different opinions on the frame flex sapping power point. One as above and one that the flex pings back , so the frame acts more like a momentary storage rather than actual loss of power input. No idea myself ! As I've a titanium frame which is flex and zingy I like the concept [emoji4]
Also, with the weave vs unidirectional thing. Does this have any impact on blunt force impact resistance do you know
. It seems to be the downfall of carbon generally that a seemingly minor knock canncompromise the whole frame. Especially when the impact point is, er, pointy - like small rock
Anyway , good.luck!
Off the top of my head - no.do you know any UK bike manufacturers that are known for their lightweight frames and bikes?
Yep, but not ebikes and not carbondo you know any UK bike manufacturers that are known for their lightweight frames and bikes?
Good point, last winter I fell off my e-bike at the same time as my friend who was on a standard bike going down hill and we are similar weight. We hit black ice and my bike ended up much worse off damage wise. The bike mechanic said he thought this was due to the e-bike being much heavier which sounds logical. Frame ended up with some nasty gouges out of it, not sure how carbon would have coped being scraped along the road for 50 yards hmmmm.Afternoon
I've heard different opinions on the frame flex sapping power point. One as above and one that the flex pings back , so the frame acts more like a momentary storage rather than actual loss of power input. No idea myself ! As I've a titanium frame which is flex and zingy I like the concept [emoji4]
Also, with the weave vs unidirectional thing. Does this have any impact on blunt force impact resistance do you know
. It seems to be the downfall of carbon generally that a seemingly minor knock canncompromise the whole frame. Especially when the impact point is, er, pointy - like small rock
Anyway , good.luck!
I agree any ebike falls heavily.Good point, last winter I fell off my e-bike at the same time as my friend who was on a standard bike going down hill and we are similar weight. We hit black ice and my bike ended up much worse off damage wise. The bike mechanic said he thought this was due to the e-bike being much heavier which sounds logical. Frame ended up with some nasty gouges out of it, not sure how carbon would have coped being scraped along the road for 50 yards hmmmm.
We know the guys from Orange very well indeed. The Directors have bought Wisper City bikes from us for parents. They are freinds of Jeremy’s. We like what they do will try to emulate them. We are not ruling out building our high end range in Kent.Hopefully you will be able to emulate push bike MTB brands such as Orange.
They didn't have a 'name', but the bikes did well once word got around they were technically very good.
You might want to look at emulating Orange in other ways.
They 'manufacture' their bikes in Halifax using components sourced cheaply from abroad.
https://www.orangebikes.co.uk/stories/view/handbuilt_in_halifax
FORTUNE FAVOURS THE BRAVE !!!Cheers Steve!
I have just learned from Jeremy that there are many reasons why a light and ultra rigid frame is so important, apparently it's not just about weight and cornering characteristics. When a rider puts a lot of force onto the pedals an alloy bike frame will flex and twist. This twisting action saps the amount of energy a rider is putting into driving the bike. A unidirectional carbon frame will make steep ascents easier to climb.
No incline can be as steep as this leaning curve!