Another new TQ motor: hpr40

I am not familiar with Fazua Ride 60, but from you description it sounds like it has different settings and how it manages assist. On my last ride I watched the power meter and most of the time I was putting in 150W, the motor contributed 0W-10% of the time, 30W-50% of the time, 60W-30% of the time, and 150W-10% of the time. 42miles, 3500 elevation gain and the battery had ~55% charge remaining when I got home. I was riding with my wife who has the same BMC as me an her battery had 72% charge remaining. She is lighter and stronger than me so road most of the ride in eco-30W assist.
Sadly Porsche the owners of Fazua have just closed down the company laying off the entire staff it seems having bought Fazua a couple of years ago.

 
I am not familiar with Fazua Ride 60, but from you description it sounds like it has different settings and how it manages assist. On my last ride I watched the power meter and most of the time I was putting in 150W, the motor contributed 0W-10% of the time, 30W-50% of the time, 60W-30% of the time, and 150W-10% of the time. 42miles, 3500 elevation gain and the battery had ~55% charge remaining when I got home. I was riding with my wife who has the same BMC as me an her battery had 72% charge remaining. She is lighter and stronger than me so road most of the ride in eco-30W assist.
Thank a lot .It's confirming my assumption / estimation fpr the 290w battery .Unfortunately for the time being is impossible here to find a test bike [ Scott/Bmc/Ridley] so far we can only simulate and/or extrapolate data
 
Sadly Porsche the owners of Fazua have just closed down the company laying off the entire staff it seems having bought Fazua a couple of years ago.

Indeed it has been a shocking news and globally a very sad news for all of us riding a FazuaRide60...On other hand Porsche's Financial Result are so bad that no core business is out of scope
 
Had my BMC for a couple weeks and been playing around with motor settings. What seems to be working for my riding style and location follows. At these settings I can get +60miles of range with 3000-4000ft of climbing. Also suggest that TQ40 would be plenty for my type of riding. Curious to hear what others are using...

ModePower CapSupport %Pedal ResponseRationale
Eco30 W30%LowOffset bike weight/tire penalty while preserving analog feel and range
Mid60 W60%Low / Medium“10 years younger” mode
High150 W100%MediumShort-term boost for steep climbs, wind, or fatigue
It really depends on the rider and too many other factors. Here's the stat page of a gravel rally organiser who rode a Raymon Norza Pro (a carbon Bosch SX gravel bike).

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63 miles, 5,082 ft elevation gain, with some 14% grade climbs, an area consisting only of climbs and descents. He rode in a Tour+ assistance, which is 45 Nm max and 300 W motor mechanical assistance max. Tour+ is a dynamic mode, which automatically switches between ECO and TURBO as needed. His e-bike (rented for tests by Bosch E-Bike to him) had a 400 Wh battery, of which he used 94% for that ride. The man is a 40-yo able-bodied rider. Given the e-bike had an EU 25km/h restrictor, I assume he rode all descents and flats without any assistance.

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E-bike weight 32.4 lb.
 
Pinarello Nytro E Allroad, 32 pounds, HPR50. I'm still tuning.

Eco: 120w/71%
Mid: 200w/111%
High: 300w/200%

I ride about 40% Off, 60% Eco, with an occasional bump to Mid. I have never used High except for experimentation. As I get fitter, I expect to drop the Eco assist below 100.
 
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