Price
Motor (Nominal)
Range
Battery
Technical Architecture
Overview
Price
$2,099
MSRP
Motor
1056 W
Nominal Output
Battery
802 Wh
Battery Capacity
Speed
28 mph
Unlocked Top Speed
Payload
440 lbs
Max Load Capacity
Safety Standards
UL 2849 Certified
Electrical System Integrity
UL 2711 Certified
Battery Performance & Safety
Foldable
No
Frame Style Not Specified
Editorial Insights
Key Benefits & Drawbacks
Reasons to Buy
- Aggressive suspension absorbs major impacts on off-road trails.
- High-torque motor provides massive pulling power on steep dirt climbs.
- Knobby tires offer exceptional grip on loose gravel and mud.
Reasons to Avoid
- Tread pattern creates significant road noise and drag on paved streets.
- Higher cost due to specialized off-road components.
Expert Verdict
In-Depth Analysis
Editorial Review: Evaluating theSummit 2
The Velotric Summit 2 is a high-performance "SUV" hybrid e-bike, combining the rugged grit of a trail-ready electric mountain bike with the practical features of a premium city commuter. Stepping up from its predecessor, it upgrades to a punchier inner-rotor motor, a premium air suspension fork, and a top-tier Shimano CUES drivetrain. It retains Velotric’s clever SensorSwap™ technology, allowing you to toggle between a highly responsive torque sensor or a zippy cadence sensor on the fly. Plus, it introduces an innovative Pulse Mode™ that syncs with an included heart rate monitor to automatically adjust motor assistance based on your cardio zone—making it a brilliant choice for fitness, trail tearing, or heavy-duty daily hauling.
The Technical Snapshot
- Power & Performance: Driven by a next-gen 750W inner-rotor motor that peaks at a wild 1300W and delivers a massive 100Nm of torque for instant acceleration and effortless hill-climbing power.
- Battery & Range: Packs an IPX7 waterproof, UL-certified 48V 16.7Ah (801.6Wh) Samsung/LG cell battery tucked into a triple-butted aluminum frame, achieving an impressive max range of up to 95 miles on pedal assist.
- Drivetrain & Speed: Outfitted with an upgraded Shimano CUES 9-speed drivetrain with a wide 11-46T cassette. It offers one-touch switching between Class 1, 2, or 3 layouts to hit an adjustable top speed of 28 mph.
- Brakes & Suspension: Stopped predictably by high-end Shimano MT200 hydraulic disc brakes with 180mm rotors. The front end is heavily upgraded with an eMTB-level RST 120mm air suspension fork featuring rebound adjustment and a mechanical lockout.
- Utility & Fit: Rolls on chunky 27.5x2.6-inch Kenda puncture-resistant mountain tires and features an adjustable stem to easily dial in your preferred riding posture. It tips the scales at a lean 57 pounds (base weight) but handles a heavy 440-pound total payload capacity.
- Smart Tech & Safety: Fully loaded with a 2-inch left-mounted color display, NFC card unlock, Apple Find My™ and Android Find Hub tracking, an integrated 500-lumen headlight, and responsive rear brake lights with built-in turn signals.
Key Specifications
Summit 2
Performance
- Motor (Nominal)
- 1,056 W
- Motor (Peak)
- 1,056 W
- Battery
- 802 Wh
- Battery (Ah)
- --
- Range
- 95 mi
- Top Speed
- 28 mph
Practicality
- Price
- $2,099
- Weight
- 57 lbs
- Payload Capacity
- 440 lbs
- Foldable
- No
Real-World Range Estimator
Fine-tuned for the 802 Wh High-Capacity Battery
38.0 mi
Motor Type
Terrain Profile
The Science of eBike Range
Estimated range is total usable battery capacity divided by adjusted energy consumption: Range (mi) = Battery (Wh) ÷ Adjusted Consumption (Wh/mi). Manufacturer range claims are measured in ideal lab conditions, so this model starts from a real-world baseline and applies a multiplier for each factor you change above.
The variables
- Baseline: 20 Wh per mile, for a 180 lb rider on flat ground using standard assist with a hub motor. Every adjustment below is a multiplier against that number.
- PAS level: assist is banded rather than linear, because a controller delivers set power steps rather than a smooth ramp. Levels 1–2 draw 30% less energy than standard, level 4 draws 30% more, and level 5 draws 60% more — the jump at the top is steep because aerodynamic drag rises with the square of speed.
- Motor type: mid-drive motors run through the gearing, so they hold a more efficient operating range under load and consume roughly 14% less energy than a hub motor over the same route. Hub motors lose more to heat when they bog down on climbs.
- Rider weight: consumption rises 5% for every full 20 lbs over the 180 lb baseline, reflecting the extra rolling resistance and the energy lost accelerating more mass back up to speed.
- Terrain: a hilly profile adds 30% over flat ground. Regenerative braking recovers very little of what a climb costs, so elevation is close to a straight energy penalty.
This estimate is independent of the Range score shown in the rating breakdown, which grades the model against the rest of the catalogue rather than predicting a single ride. Treat the figure as a planning guide — tyre pressure, wind, temperature and stop-start riding all move the real number.
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