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The e-MTB market is dense and the differentiation criteria are rare thanks to the dependence on motor and battery suppliers. Superlatives therefore help to stand out from the crowd. "The lightest e-bike in its class" therefore sounds very bold. This can be read on the website of the Spanish manufacturer Orbea. But which class does it actually refer to? At 20.1 kilos, our test bike won't win any trophies in the league of light e-bikes - the top models there break the 17-kilo mark. The Transalpes E1 is the current cup contender in the low-motorised lean models with less than 16 kilos and consistent trail equipment. The Rise H, with its motor throttled down to 60 Newton metres, is equally unable to compete in the league of classic e-mountainbikes. In this category, 80 Newton metres and 630 to 750 watt hours are the norm. In the small print, the Spaniards therefore specify their advertising slogan: "No other aluminium e-bike with this range and this performance can keep up with the Rise H." Aha, that's more like it.
The superlative has thus been relativised, but the concept remains exciting. If you take a closer look at the slim Spaniard, you will notice what is probably the most carbon-like aluminium frame of all time. Only a single weld seam on the down tube in front of the motor betrays the conventional material. The elegantly hydroformed front offers perfect transitions, the down tube remains slim, although the battery in the Rise H has grown by 50 per cent. The developers stuffed a whopping 540 watt hours into the closed frame. The throttled Shimano motor and thus the sporty overall concept have been retained. The aluminium frame and larger battery add just under two kilos to the weight, bringing our test bike to over 20 kilos. This is only really light if you compare the Rise H with conventional e-MTBs - it undercuts them by around four kilos. However, it is also helped by tyres that are too thin-walled for a trail bike.
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General information
Drive
Equipment
Measured values 2)
1) The reach height was determined during standardised test rides on an asphalt climb with a gradient of 12.2 percent. Highest support level, 150 watts pedalling power of the rider, rider weight incl. equipment 90 kg. The average speed refers to the journey with full assistance. 2) Determined on the test benches in the EMTB test laboratory, weight without pedals. Battery weight incl. screwed-on cover where applicable. 3) Manufacturer's specification