Highlights based on this e-bike’s specs, comparisons and practical strengths.
100
Excellent downhill control
Front and rear suspension should improve control and confidence on descents.
Front and rear suspension should improve control and confidence on descents.
Hydraulic disc brakes should provide controlled braking on descents.
The 29-inch or mullet wheel setup should help stability and control on descents.
The mountain bike design should be better suited to controlled descending.
100
Excellent power-to-weight ratio
Power-to-weight is high compared with similar e-bikes.
Power-to-weight is high compared with similar e-bikes.
Motor power is low compared with similar e-bikes.
The bike is lighter than many similar e-bikes, which helps the power-to-weight balance.
The calculated power-to-weight score is 227.27.
100
Excellent battery efficiency
The bike appears to get strong range from its battery size.
The bike appears to get strong range from its battery size.
The calculated range per battery unit is 188.89.
93
Excellent range-to-weight balance
Range is above average for this type of e-bike.
Range is above average for this type of e-bike.
The bike is very light compared with similar e-bikes, which strongly supports range-to-weight balance.
Battery efficiency appears strong, which supports a better range-to-weight balance.
Range is strong without needing an unusually large battery, which supports efficiency.
The calculated range per kg is 61.82.
The calculated range per battery unit is 188.89.
88
Excellent rider information and controls
The included display or control unit should give useful ride information and control.
The included display or control unit should give useful ride information and control.
Multiple ride modes should give the rider more control over assistance levels.
Torque and cadence sensing should improve how precisely the bike responds to rider input.
87
Excellent smooth power delivery
Torque and cadence sensing should help the motor deliver more natural and controlled assistance.
Torque and cadence sensing should help the motor deliver more natural and controlled assistance.
Multiple ride modes should help riders choose a smoother level of assistance.
The included display or control unit should make it easier to manage assistance levels.
81
Good off-road capability
The mountain bike design should be well suited to off-road riding.
The mountain bike design should be well suited to off-road riding.
Front and rear suspension should improve control and comfort off-road.
Hydraulic disc brakes should help with control on loose or uneven terrain.
Torque is low compared with similar e-bikes, which may limit off-road climbing support.
The 29-inch wheel size should help rollover and stability on rougher terrain.
81
Good charging speed
Charging time is low compared with similar e-bikes.
Charging time is low compared with similar e-bikes.
The quoted charging time is long in absolute terms.
80
Good technical trail control
The mountain bike design is well suited to technical trail control.
The mountain bike design is well suited to technical trail control.
Front and rear suspension should significantly improve control on technical trails.
Hydraulic disc brakes should provide the control needed for technical trail riding.
The 29-inch wheel size should help rollover and stability on technical terrain.
Torque is low compared with similar e-bikes, which may limit technical climbing and control.
Torque-sensing assistance should help with smoother control on technical sections.
Power-to-weight is strong, which should help with technical sections that need quick support.
Multiple ride modes should help the rider manage assistance on technical trails.
76
Good braking confidence
Hydraulic disc brakes should provide strong and controlled stopping power.
Overview
The Scott Lumen 910 is a lightweight mountain bike designed for trail riding, offering a responsive feel and smooth motor support that makes climbing and navigating rough terrain more manageable. Its efficient battery use provides a decent range for most rides, though the smaller battery capacity means you'll need to plan charging stops for longer trips. The hydraulic disc brakes offer confident stopping power, and the carbon frame adds to its lively handling, but the motor's lower punch and torque may feel less impactful on steep inclines. While it's not the most powerful option, it strikes a good balance for riders who prioritize agility and trail performance over maximum hill-climbing strength.
Best For
✓
This mountain e-bike should suit trail riders who prioritize performance on rough terrain and want a balance of power, control and efficiency. Its high power-to-weight ratio and smooth power delivery make it responsive and natural to ride, especially for riders who value confident braking and control on technical trails. The front and rear suspension, combined with wide tires, should provide comfort and stability on uneven surfaces, making it a solid choice for riders who frequently tackle off-road paths. Its above-average range and fast charging time also support longer rides without frequent stops for recharging.
Who Should Avoid It
×
Riders seeking a larger battery or stronger torque for challenging terrain may want to compare similar mountain e-bikes. The battery capacity is below average for this category, and the motor power and torque are also lower than some rivals, which could affect performance on steep hills. However, the bike still offers a good balance of power-to-weight and smooth assistance for riders prioritizing agility and efficiency on varied trails.
Ownership considerations
These points highlight practical ownership factors such as maintenance, storage, charging, everyday
handling and bad-weather usability.
16
More maintenance likely
Poor
Chain drive is common and serviceable, but needs more cleaning and lubrication than a belt drive.
Chain drive is common and serviceable, but needs more cleaning and lubrication than a belt drive.
Hydraulic disc brakes are a strong everyday setup, though they may need occasional specialist servicing.
Tyres are listed, but there is no clear puncture-protection signal.
The carbon frame material can be lightweight, though damage checks may need more care.
The mountain bike format may involve more wear from rougher riding and more complex components.
A higher number of gears can add drivetrain complexity.
Front and rear suspension can add maintenance complexity.
0
Limited storage practicality
Poor
The frame does not appear to fold, so storage will depend more on size and weight.
The frame does not appear to fold, so storage will depend more on size and weight.
The bike is lighter than many similar e-bikes, which should make storage and moving it around easier.
A full-suspension mountain bike format is usually bulkier and harder to store indoors.
59
Mixed liftability
Mixed
The bike is very light compared with similar e-bikes, which should make it easier to lift and move.
The bike is very light compared with similar e-bikes, which should make it easier to lift and move.
The listed weight is 1.1 kg.
The carbon frame material should help keep weight down.
The mountain bike format can be bulkier and harder to lift than simpler urban e-bikes.
The 29-inch wheel size can make the bike more awkward to lift or store.
6
No removable battery advantage
Poor
The battery does not appear to be removable, so the whole bike may need to be near a charging point.
The battery does not appear to be removable, so the whole bike may need to be near a charging point.
This bike type can be larger or heavier, so a removable battery adds useful charging flexibility.
81
Good charging speed
Good
Charging time is low compared with similar e-bikes.
Charging time is low compared with similar e-bikes.
The quoted charging time is long in absolute terms.
100
Excellent battery efficiency
Excellent
The bike appears to get strong range from its battery size.
The bike appears to get strong range from its battery size.
The calculated range per battery unit is 188.89.
51
Decent everyday equipment
Mixed
The included display or control unit adds useful ride information for daily use.
The included display or control unit adds useful ride information for daily use.
Multiple ride modes should help adapt the bike to different everyday journeys.
Hydraulic disc brakes are useful equipment for confident daily riding.
Payload capacity is average or better, which helps with bags, shopping or daily kit.
40
Some bad-weather limitations
Weak
Hydraulic disc brakes should provide better control and confidence in wet conditions.
Hydraulic disc brakes should provide better control and confidence in wet conditions.
Built-in lights are not listed, so bad-weather visibility may depend on extra accessories.
The mountain bike format should offer useful control on rough or slippery surfaces.
Suspension can help control and comfort on rough, wet or uneven surfaces.
A very light e-bike may feel less planted in poor weather or windy conditions.
The wheel size should be workable for regular poor-weather riding, depending on tyre choice.
Frame material is listed as carbon fiber, which gives useful durability and maintenance context.
28
Limited family utility practicality
Poor
Payload capacity is average for this type of e-bike.
Payload capacity is average for this type of e-bike.
The listed maximum payload is practical for lighter utility use.
The listed maximum payload is 128 kg.
Hydraulic disc brakes are useful when carrying children, shopping or heavier loads.
Range is average or better compared with similar e-bikes, which supports practical daily use.
Where to buy
The Scott Lumen 910 is priced at £7,299, which looks demanding when compared to similar mountain bikes from 2025. While it offers high-end components and performance, the price may be a consideration for buyers seeking more affordable options in the category.
Compared with similar mountain bike e-bikes on Bikkerr, this model sits £1,640.93 above average
The Scott Lumen 910 is listed at £7,299, which feels demanding when compared with similar mountain e-bikes from the same year. It offers a strong power-to-weight ratio and efficient battery use, which should appeal to riders prioritising agility and responsiveness on trails. However, some competitors may provide a larger battery or stronger climbing support, which could be important for longer rides or steeper terrain. For this type of mountain e-bike, the trade-off between a lighter frame and a more modest battery capacity is clear, and the non-removable battery may limit charging flexibility for some users. Riders who value a nimble, responsive ride and are less concerned about extended range or battery convenience may find the value case more compelling. The price is easier to understand if the focus is on performance and trail handling rather than outright range or battery size.
We reach this value score by combining the bike’s price, specification, performance data and comparison against similar e-bikes in our database.
34
The price/value label suggests this bike is expensive compared with similar options.
The listed price is GBP 7,299.
Against bikes from a similar release year, the price is expensive.
200W more powerSame range120 Wh more battery19 kg heavierSame gears
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Potential limitations
Areas where this e-bike may be less strong based on its specs and comparisons.
0
Limited storage practicality
The frame does not appear to fold, so storage will depend more on size and weight.
The frame does not appear to fold, so storage will depend more on size and weight.
The bike is lighter than many similar e-bikes, which should make storage and moving it around easier.
A full-suspension mountain bike format is usually bulkier and harder to store indoors.
3
Limited motor punch
Motor power is low compared with similar e-bikes.
Motor power is low compared with similar e-bikes.
Torque is low compared with similar e-bikes.
Power-to-weight is high compared with similar e-bikes.
Torque-sensing assistance should make the motor response feel more natural.
The bike is lighter than many similar e-bikes, which should help responsiveness.
The calculated power-to-weight score is 227.27.
3
Limited commuting practicality
The mountain bike format is less commuting-focused and may be less efficient for daily urban use.
The mountain bike format is less commuting-focused and may be less efficient for daily urban use.
Range is average or better compared with similar e-bikes, which supports commuting practicality.
Charging time is average or better, which is useful for regular commuting.
Built-in lights are not listed, so commuting equipment may need adding.
A non-removable battery can make charging less flexible.
The display or control unit should make it easier to monitor assist level and battery use.
Hydraulic disc brakes are a strong practical feature for daily riding.
Payload capacity is average for this type of e-bike.
The bike is lighter than many similar e-bikes, which helps with daily handling.
Front and rear suspension can add weight and complexity for normal commuting.
5
Low battery capacity
Battery capacity is low compared with similar e-bikes.
Battery capacity is low compared with similar e-bikes.
The listed battery capacity is modest but still usable for shorter rides.
5
No built-in light advantage
Built-in lights are not listed, so separate lights may be needed.
Built-in lights are not listed, so separate lights may be needed.
The display or control unit may make light and ride-status management easier.
6
No removable battery advantage
The battery does not appear to be removable, so the whole bike may need to be near a charging point.
The battery does not appear to be removable, so the whole bike may need to be near a charging point.
This bike type can be larger or heavier, so a removable battery adds useful charging flexibility.
8
Not ideal for steep hills
Torque is low compared with similar e-bikes.
Torque is low compared with similar e-bikes.
Power-to-weight is high compared with similar e-bikes.
Motor power is low compared with similar e-bikes.
The torque-sensing assistance should help the bike respond more naturally on climbs.
The bike has 10 or more gears, which should help on varied climbs.
The bike is lighter than many similar e-bikes, which should help on climbs.
The calculated power-to-weight score is 227.27.
16
More maintenance likely
Chain drive is common and serviceable, but needs more cleaning and lubrication than a belt drive.
Chain drive is common and serviceable, but needs more cleaning and lubrication than a belt drive.
Hydraulic disc brakes are a strong everyday setup, though they may need occasional specialist servicing.
Tyres are listed, but there is no clear puncture-protection signal.
The carbon frame material can be lightweight, though damage checks may need more care.
The mountain bike format may involve more wear from rougher riding and more complex components.
A higher number of gears can add drivetrain complexity.
Front and rear suspension can add maintenance complexity.
E-system & battery comparison
Motor Power
250 watts
▼ 190 W below average
Motor Torque
60 Nm
▼ 18 Nm below average
Power-to-weight
227.27 W/kg
▲ 207 W/kg above average
Battery Capacity
360 Wh
▼ 271 Wh below average
Claimed Max Range
68 miles
▲ 7.5 miles above average
Charge Time
2h 23m
▼ 172 mins faster than average
Sensor Type
Torque and Cadence Sensor
Removable Battery
No
Motor Name
TQ HPR 60
This mountain e-bike offers a balanced and responsive motor assistance that should feel natural and predictable on trails, with a focus on efficiency and agility rather than brute power. Next to similar e-bikes, its motor support is more modest in terms of outright punch and climbing assistance, but the power-to-weight balance should make it feel lively and well-suited for technical trails. Climbing support is likely to be adequate for most trail conditions, though steeper ascents may require more rider effort compared to some trail-focused rivals. The torque and cadence sensor setup should provide smooth and controlled assistance, helping riders maintain a natural pedaling rhythm. The motor’s efficiency and lightweight design suggest it’s likely to suit riders who prioritize agility, trail control and battery efficiency over maximum motor output.
This explanation is based on the bike’s motor power, torque, battery capacity, claimed range, charging
time, sensor type and how those figures compare with similar e-bikes in our database.
eBike FAQs
Is this bike suitable for challenging off-road trails?
The Scott Lumen 910 is designed for trail riding and should handle most off-road trails comfortably, thanks to its mountain bike frame and hydraulic disc brakes, which provide confident stopping power on rough terrain. However, its lower motor power and torque may make steep or technical climbs feel less supported, so riders looking for maximum hill-climbing strength might find it less ideal for the most challenging trails. The bike's lightweight design also contributes to a responsive feel, which is great for agility but may not offer the same level of stability as heavier, more rugged models.
How does the motor perform when climbing steep hills?
The motor provides smooth and controlled assistance when climbing steep hills, but its performance may feel limited compared to similar e-bikes due to its lower torque. The 60 Nm torque and 250W motor power should help with moderate inclines, but you may need to manage your speed and effort on very steep terrain. The torque and cadence sensor helps deliver more natural power delivery, which can make climbs feel more manageable.
Does the battery provide enough range for long mountain bike rides?
The battery provides a range of 68 miles, which is above average for similar mountain e-bikes, making it suitable for long rides on trails. However, the battery capacity is below average, so riders may need to plan charging stops for extended off-road trips. The efficient range-to-weight balance helps maintain performance, but the non-removable battery means you'll need to charge the bike near a power source.
How does the bike's lightweight design affect its performance and comfort on rough terrain?
The bike's lightweight design, at just 1.1 kg, contributes to agile handling and easier maneuverability on rough terrain. However, while the front and rear suspension should help absorb shocks and improve comfort, the lightweight frame may offer less stability on very rough or technical trails compared to heavier, more robust mountain bikes. Overall, the balance of weight and suspension should make it a capable choice for most off-road conditions.
Is this bike a good value option compared to other mountain e-bikes in its class?
The Scott Lumen 910 offers a strong power-to-weight ratio and efficient battery use, which makes it competitive for mountain e-bike performance. However, its lower battery capacity and non-removable battery may limit practicality for longer rides or charging convenience. At its price point, it's a solid option if you prioritize efficiency and off-road capability over extended range or ease of charging.
What are the main limitations of this bike for serious off-road riders?
This bike is designed for mountain biking and offers good off-road capability with front and rear suspension, hydraulic disc brakes, and tires suited for rough terrain. However, it may have limitations for serious off-road riders who need extreme durability or specialized features like full suspension or advanced trail control. The range of 68 miles is above average for similar mountain e-bikes, but frequent off-road use may require more frequent charging depending on terrain intensity.
How practical is it to charge the bike, especially if I don't have a dedicated charging point?
The bike has a non-removable battery, so you'll need to charge it near a power source, which may be inconvenient if you don't have a dedicated charging point. However, the charging time is below average for similar e-bikes, meaning it can be charged relatively quickly when you do have access. For mountain biking, this is manageable for most riders, but if you frequently ride in remote areas, you may need to plan your routes around charging availability.
Who would this bike be best suited for, and who might find it less ideal?
This bike is best suited for riders who enjoy off-road trails and want a lightweight e-bike with smooth power delivery and good charging speed. It may be less ideal for those needing long-range rides or tackling very steep hills, as the battery capacity and torque are below average for similar e-bikes. The non-removable battery also means charging may be less convenient if you're riding in remote areas.
eBike Overview
eBike Type: Mountain Bike
The style of riding intended for this bike
Released:
2025
The bike was released 1 years ago
Screen
TQ HPR OLED
Lights Included
No
Weight (inc battery): 1.1 kg
The website average for electric bikes is
22.99 kg.
This electric bike is 21.9 kg under the average. Total bike weight may vary depending on frame size.
Sizing & Geometry
Min / Max Rider Height
XS: <167 cm, SM: 165–175 cm, MD: 173–184 cm, LG: 182–192 cm, XL: 190+ cm
Folded Dimensions
Unknown
Wheel & Tire Details
Wheelset Name
Syncros Silverton 2.5-30, 28 H, 30 mm Tubeless Ready rim
Wheelset Size
29 inch
Tires
Front: Schwalbe Wicked Will 29x2.4" EVO; Super Race, TLE, 67EPI, Addix Speed Soft, Rear: Schwalbe Wicked Will 29x2.4" EVO; Super Race, TLE, 67EPI, Addix Speed Grip
Frame Info
Frame Material
Carbon Fiber
Suspension Type
Front and Rear suspension
Foldable Frame
No
Max Payload
128 kg (282.2 lbs)
Drivechain Details
Groupset details
Eagle AXS, S1000 Eagle Transmission
Drivechain type
Chain drive
Shifters
SRAM AXS Rocker Controller
Amount of gears
12 Gears
Rear Derailleur
SRAM S 1000 Eagle AXS Transmission
Front Derailleur
None
Cassette
SRAM XS-1270 10-52 T
Cranks
FSA Carbon Crankset (specifically designed for the TQ system)
