EUNORAU Flash Lite ST vs Flash AWD: Comfort or Torque?
Both the EUNORAU Flash Lite ST and Flash AWD carry the identical $1,899 price tag and share the same fat 20"x4.0" tires and hydraulic disc brakes — but the motor underneath is a completely different story.
Side-by-side specs
| Spec | Flash Lite ST | Flash AWD |
|---|---|---|
| Price | $1,899 | $1,899 |
| Motor | Single 750W rear, 92Nm torque | Dual 750W (1500W combined), 184Nm torque |
| Battery | 52V 16Ah (optional 17Ah second) | 52V 16Ah (expandable to 3 batteries: 16+21+17Ah) |
| Range | Up to 100 miles (with second battery) | Up to 220 miles (with all three batteries) |
| Top speed | 20 mph | 20 mph |
| Payload capacity | 440 lbs | 440 lbs |
| Recommended rider height | 4'8" – 6'4" | 5'2" – 6'4" |
| Fork travel | 60mm | 80mm |
| Rear shock | None specified | None (AWD configuration) |
| Shifter | Single speed | Single speed |
| Weight | 82 lbs | 82–92 lbs |
Flash Lite ST: comfort and accessibility
The Lite ST pairs a single 750W rear motor with a plush, extended saddle built for city comfort, and its 4'8" minimum recommended rider height makes it noticeably more accessible to shorter riders than the AWD version. With the optional second battery, it still covers up to 100 miles — plenty for nearly any daily riding routine.
Flash AWD: maximum torque and expandable range
The AWD's dual 750W motor setup roughly doubles combined torque (184Nm vs 92Nm) for stronger acceleration and better traction, especially useful on loose or uneven surfaces where all-wheel drive helps put power down more effectively. Its standout feature is battery expandability — EUNORAU's triple-battery configuration on this platform is rated for up to 220 miles, among the longest ranges in the entire e-bike category.
Which one should you buy?
- Want a comfortable city cruiser and fit the standard height range → Flash Lite ST
- Want maximum torque, all-wheel traction, and the option to push range past 200 miles → Flash AWD
At the same price, this comparison comes down to priorities: comfort and accessibility versus torque and long-haul range potential.