Structural Safety
To ensure the durability and strength of our bikes, we subject our bikes
to harsher tests than the standard requirement.
Mihogo bikes are tested to
- Carry 440 lbs loads
>2x the standard
- Crashed into 10 mm high obstacles
- At 20mph
>2x the standard
- 300,000 times
>2x the standard
Mihogo bikes are tested to
- Carry loads around 155 - 190 lbs
- Crashed into 10 mm high obstacles
- At 15mph
- 100,000 times
The result is that Mihogo's bike frames and the components nested within or attached to them retain structural integrity beyond most competitors, and definitely in most wear and tear situations.
Standard bike frames are tested to
Standard bike frames are tested to
he result is that Mihogo's bike frames and the components nested within or attached to them retain structural integrity beyond most competitors, and definitely in most wear and tear situations.
Brake Safety
For a superior braking performance, Mihogo's motors cut off after the rider stops pedaling.
This not only improves the braking efficiency but also minimizes potential electrical hazards.
Mihogo’s motor cutoff is tested at 20 mph and can assure a complete stop under 6.56 ft (2m) upon activating the brakes.
As one of the most important safety feature, a reliable braking performance is something all Mihogo bikes share.
Waterproofing
Mihogo's e-bikes
have IPX6 and IPX7 rating for the bike and battery
respectively. As such know that our e-bikes are
designed to withstand anything from the rain to a hose
down to clean after those grimy rides.
Mihogo battery is CE recognized and
goes through cycle tests which require
Rest assured all Mihogo bikes will offer peak battery
safety reliability and safety throughout the years to come.
All batches of mihogo product frames undergo sufficiently long and rigorous durability testing before leaving the factory.
All batches of Mihogo product frames undergo sufficient stress and vibration analysis before leaving the factory.
The development and mass production of Mihogo products require the collection of sufficient product quality information.
Mihogo's motor goes through testing which simulate motor stalling 10 times and increasing payload to reach overload state.
Even under these extreme testing conditions, the motors will never exceed the 392°F despite continuous stalling nor 284°F despite overload, i.e. the motors will never reach danger levels of operating temperature.
The result? Expect reliable motor operations with your Mihogo e-bike.
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