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Are E-Road Bikes Pointless?

E-road bikes face a fundamental paradox: regulations force the motor to cut out at 25 km/h, precisely when many strong riders are just hitting their stride. Do these bikes simply become dead weight on the flats, or does the assisted climbing justify the trade-off? Three riders — a seasoned racer, an experienced all-rounder, and a mountain biker new to drop bars — tackle the same punishing 30 km loop to find out. The question isn't just whether e-road bikes are faster, but whether they fundamentally change the joy and social dynamics of riding.

Durée de la vidéo : 17:25·Publié 14 mars 2026·Langue de la vidéo : en-GB
5–6 min de lecture·2,645 mots prononcésrésumé en 1,046 mots (3x)·

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Points clés

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The 25 km/h motor cut-off wasn't the limitation feared; the bikes felt normal without assistance rather than sluggish, and climbing gains more than offset any flat-road disadvantages.

2

Smaller, lighter riders benefit disproportionately — 200 watts of assistance means far more to a 45 kg rider than a tall, powerful cyclist.

3

E-road bikes delivered genuine fun without feeling like «cheating»; riders still worked hard (one hit an 18-month heart rate high) but climbed dramatically faster.

4

Social stigma remains a barrier: younger riders especially fear being judged for arriving at group rides on an e-road bike unless there's a clear «need».

En bref

E-road bikes proved surprisingly fast and fun, feeling remarkably like normal bikes when the motor wasn't working — but their real value scales with rider size and terrain difficulty, making them transformative for some and merely pleasant for others.


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The Lung Buster Challenge

Three riders, three fitness levels, one brutal 30 km loop to test e-road bikes.

The experiment centers on «the lung buster», a punishing 30 km route featuring two major climbs — one averaging 6% but pitching to 13%, the other a mile-long grind on busy roads. Simon, an obsessive FTP-focused rider, previously completed his fastest ascent of the main climb at 24.5 km/h average speed — just 0.5 km/h below where e-bike motors legally cut out. This detail frames the central tension: will the motor even matter for strong riders?

Matt brings decades of cycling experience but has stepped back from peak fitness training, while Pixie is primarily a mountain biker with limited drop-bar experience. Each rider tackles the route first on a conventional bike (or reviews their baseline performance), then repeats it on the Canyon Endurace Onfly e-road bike. The diversity of backgrounds is deliberate: what feels transformative to one rider might feel redundant to another, depending on power-to-weight ratio and riding history.


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Speed Gains: The Numbers

All three riders went faster, but effort levels told different stories.

Simon's Time Improvement
3 minutes faster (59 min → 56 min)
Despite riding at only 5 watts higher average power (220W → 225W)
Matt's Climb PB Improvement
1 minute 20 seconds
Shattered a 5-minute personal best on the signature climb
Matt's Peak Heart Rate
18-month high
Motor didn't make riding easy — he pushed harder because climbing faster was enjoyable
Motor Power Output
200 watts
TQ HPR40 motor delivers less than full-fat e-bikes (750W) for natural feel
Motor Torque
45 Nm
Roughly half the 80+ Nm of cargo e-bikes; blends assistance subtly

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The Technology Behind the Assist

TQ HPR40 Motor
Delivers 200W and 45 Nm torque — significantly less than cargo e-bikes (750W, 80+ Nm) to preserve natural pedaling feel and reduce weight.
🔋
Compact Battery Pack
Lower power draw enables smaller, lighter battery while maintaining range. Top-spec Canyon Endurace Onfly weighs under 10 kg total.
🤫
Silent Operation
Motor runs so quietly that riders couldn't hear it engage or disengage, making power delivery feel seamless and organic rather than mechanical.

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«It's Like Having a Really Strong Mate with a Hand in Your Back»

Matt describes the motor as amplifying effort rather than replacing it.

It's like having a really, really strong mate with a really, really strong hand in the small of your back going up the hill, right? Just like just nudging you up the whole time. And every time you went harder, it pushed you to go a bit harder again.

Matt


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Three Rider Perspectives: Was It More Fun?

Fun factor varied by fitness level and riding style, with surprising insights.

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Pixie: «Unfortunately Yes» As a slower climber who dreads being dropped, the e-road bike eliminated anxiety and let her keep pace. She enjoyed road riding dramatically more with assistance.

2

Matt: «Yes, Actually — I'm Surprised» The novelty of sharp equipment combined with climbing speed made rides genuinely enjoyable, though he wondered if the thrill would fade after six months of ownership.

3

Simon: «Fun, But Not More Fun» For a high-fitness rider, the e-road bike felt like a normal road bike with occasional climbing boosts — enjoyable but not transformative compared to his unassisted experience.


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The Stigma Question

Social acceptance remains complicated, especially for younger and female riders.

⚠️

The Stigma Question

When asked whether turning up to a group ride on an e-road bike would carry stigma, Pixie immediately answered yes — unless the rider had a «particular reason» to need one. This suggests e-road bikes still face judgement in traditional road cycling culture, despite delivering genuine fitness benefits and effort. Simon countered that if you're beaten by someone on an e-bike, «the problem is probably with you and not them», advocating for acceptance on all group rides.


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The Size Advantage No One Talks About

Smaller riders gain disproportionately more from a 200-watt motor boost.

TALL, POWERFUL RIDERS
Modest Relative Gain
For riders like Simon, Matt, and Pixie (all taller than average), 200 watts represents a meaningful but not overwhelming boost — perhaps 30–50% more power on climbs. The motor amplifies existing capability rather than redefining it. These riders still work hard and may only gain a few minutes over hilly routes.
SMALLER, LIGHTER RIDERS
Transformative Impact
A 45 kg, 5'2" rider producing 150 watts suddenly has 350 watts available — more than doubling climbing power. This fundamentally changes who can keep up on group rides and which terrain becomes accessible. The same motor delivers radically different experiences based on rider size and natural power output.

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The Verdict: Who Should Consider an E-Road Bike?

E-road bikes serve specific riders brilliantly but aren't universal upgrades.

E-road bikes proved fastest and most transformative for riders facing significant fitness gaps or extreme terrain. Pixie, who dreaded being dropped on climbs, found genuine liberation in keeping pace without suffering. Matt, stepping back from peak training, enjoyed rediscovering the thrill of fast climbing. Simon, already strong, saw modest time gains but no fundamental shift in enjoyment.

The technology itself exceeded expectations. The 25 km/h cut-off — feared as a fatal flaw — proved irrelevant; bikes felt normal rather than sluggish when the motor wasn't working. The TQ motor's subtlety meant riders couldn't distinguish motor engagement from their own effort, preserving the psychological reward of «earning» climbs. Counter-intuitively, assistance didn't make rides easier overall: Matt hit an 18-month heart rate peak because he pushed harder when climbing became fun.

The social dimension remains unresolved. While Simon argues e-road bikes should be welcomed on any ride, Pixie's immediate acknowledgment of stigma reveals cycling culture hasn't caught up to the technology. For now, e-road bikes work brilliantly for riders who prioritize personal enjoyment over peer perception — and especially for those whose size or fitness makes 200 watts genuinely game-changing.


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Personnes

Simon
Host / Experienced Road Cyclist
host
Matt
Experienced Cyclist (Moderately Active)
guest
Pixie
Mountain Biker / Road Novice
guest

Glossaire
FTPFunctional Threshold Power: the maximum average power a rider can sustain for one hour, used as a fitness benchmark.
PBPersonal Best: a rider's fastest time on a particular route or segment.

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