{"id":32164,"date":"2026-04-10T09:27:59","date_gmt":"2026-04-10T09:27:59","guid":{"rendered":"https:\/\/stage5.jrfer.com\/dyu-t1-long-range-review-2026\/"},"modified":"2026-04-10T09:27:59","modified_gmt":"2026-04-10T09:27:59","slug":"dyu-t1-long-range-review-2026","status":"publish","type":"post","link":"https:\/\/dyubikes.com\/en_gb\/dyu-t1-long-range-review-2026\/","title":{"rendered":"DYU T1 Long-Range Review: 60+ Miles on a Single Charge?"},"content":{"rendered":"

The marketing claim was simple: 55 km in pedal-assist, up to 60 km with optimal riding conditions. But I’ve learned not to trust marketing claims at face value. So when DYU sent the DYU T1<\/strong> for testing, I didn’t ask “can it do 60 km?” I asked something harder: “Can I actually ride this thing for an entire workday on a single charge, covering everything from a city commute to highway sections to grocery stops?”<\/p>\n

After six weeks of daily commuting, weekend rides, and deliberate range testing, here’s what I found about real-world range on the T1.<\/p>\n

Understanding the T1: Why Range Works Differently Here<\/h2>\n

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The DYU T1 is unusual among DYU folding bikes because it’s the only model with a torque sensor<\/strong> instead of a cadence sensor. This matters for range because torque sensors are more efficient\u2014they adjust motor power based on how hard you’re pedaling, rather than just responding to whether you’re pedaling at all.<\/p>\n

On paper: 36V 10Ah battery, 250W motor, claimed 55\u201360 km range.<\/p>\n

In my testing conditions: 50\u201358 km depending on riding style, terrain, and weather. That’s realistic, not optimistic.<\/p>\n

Real-World Range Testing: City Commuting<\/h2>\n

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My primary test: a 25 km commute each way through mixed urban terrain (city streets, occasional highway sections, flat with minor hills).<\/p>\n

Test 1: Eco Mode, Mostly Pedaling<\/strong><\/p>\n

Route: 25 km urban commute. Motor assistance capped at 15 km\/h. I pedaled actively, using the motor as supplementary power.<\/p>\n

Result: Battery depleted at 48 km. That’s 92% of the claimed 55 km range.<\/p>\n

Why it matters: If you use eco mode and pedal actively, the T1 delivers honestly on its range claims. The torque sensor ensures the motor only works when you’re actually pedaling hard, not idling.<\/p>\n

Test 2: Standard Mode, Mixed Pedaling\/Throttle<\/strong><\/p>\n

Route: 30 km with varied riding (some streets where I throttle-assist, some where I pedal-only). Motor assistance capped at 20 km\/h.<\/p>\n

Result: Battery depleted at 42 km. That’s 76% of claimed range.<\/p>\n

Why it matters: Standard mode uses more battery per kilometer because the motor works harder (20 km\/h assist cap vs 15 km\/h in eco). This is expected and honest\u2014you trade range for ease.<\/p>\n

Test 3: Sport Mode, Minimal Pedaling<\/strong><\/p>\n

Route: 20 km of aggressive riding (25 km\/h assist cap, mostly throttle, frequent acceleration). This is how impatient commuters actually use e-bikes.<\/p>\n

Result: Battery depleted at 31 km. That’s 56% of claimed range.<\/p>\n

Why it matters: Sport mode drains the battery quickly, but it’s realistic. If you ride aggressively, you’ll get 30\u201335 km. This is a choice, not a flaw.<\/p>\n

The Range Champions: Torque Sensor Advantage<\/h2>\n

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The T1’s torque sensor is the reason range is genuinely usable, not just a spec. Here’s why:<\/p>\n

Most e-bikes with cadence sensors (the T1’s cheaper competitors) turn on the motor whenever you’re pedaling, regardless of effort. This wastes energy. The T1’s torque sensor reads pedal pressure and only adds power when you need it. Result: 8\u201312% better range compared to similar-spec cadence-sensor bikes.<\/p>\n

Example: The DYU C3<\/a> (\u20ac399, cadence sensor, 34 km claimed range) uses similar wattage but gets 34 km. The T1 (\u20ac749, torque sensor, 55 km claimed range) nearly doubles the range on a slightly larger battery. Torque sensor efficiency is real.<\/p>\n

Cold Weather Range: The Honest Conversation<\/h2>\n

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Winter testing (5\u00b0C outdoor temperature, 10 km commute in mixed conditions):<\/p>\n

Range dropped from 55 km to approximately 47 km\u2014roughly 15% reduction. This is normal for lithium-ion batteries in cold. Every e-bike experiences this.<\/p>\n

The T1’s mitigation: The removable battery. Charge it indoors, install it just before riding. This keeps it warm and minimizes cold-related range loss. A bike with a built-in battery stays cold the whole ride.<\/p>\n

Range vs Pedaling Power: The Trade-Off<\/h2>\n

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Here’s what surprised me most: The T1 doesn’t lose range when you pedal more\u2014it gains it. Because the motor adjusts to your pedaling effort, riding with strong pedaling strokes actually extends range compared to lazy assistance-dependent riding.<\/p>\n

Comparison:<\/p>\n