On a mid drive full suspension ebike, the motor is located at the center of the bike between the pedals, at the bike’s bottom bracket. The cranks attach directly to the mid-drive motor. The mid-drive motor is integrated into the e bike’s frame. It is not a separate unit like a hub motor.
A mid drive full suspension ebike motor can take advantage of the bike’s gears because it is integrated into the drivetrain. You can use the mechanical advantage of the gears to multiply the motor’s power.
Mid drive full suspension ebike motors have a built-in pedal-assist sensor. Most mid drive full suspension ebikes come with a torque sensor. This sensor measures the amount of force you’re putting into the peddles and then relays this information to the bike’s control unit. The control unit then adjusts the level of assist based on that measurement.
When you pedal harder, the motor provides more power. When you pedal more gently, the motor provides less power. Some mid drive full suspension ebikes use a cadence sensor instead. I’ll talk more about cadence sensors in the next section.
Improved weight distribution: Having the motor in the middle of the bike helps maintain a balanced and natural feel while riding.Efficient power utilization: By utilizing the bike's gears, the mid-drive motor can optimize power delivery, especially helpful when climbing steep hills or dealing with challenging terrain.
Better traction: Since the motor drives the chain, the bike's rear wheel receives power directly, resulting in better traction and control.Full suspension frame design: A full suspension eBike features both front and rear suspension systems to absorb shocks and impacts from rough terrain. The front suspension typically consists of a fork with suspension, while the rear suspension employs a shock absorber. This design enhances comfort and control for the rider, especially when riding on bumpy or off-road trails.
Combining a mid-drive motor system with full suspension allows riders to enjoy the benefits of both technologies. The motor's efficient power delivery and central positioning make it easier to handle challenging terrains, while the suspension system ensures a smoother and more comfortable ride, reducing fatigue on longer journeys and making off-road adventures more enjoyable. Mid-drive full suspension eBikes are particularly popular among mountain bikers and riders who want to explore various types of terrain with the assistance of electric power.
FAT TIRE FULL SUSPENSION EBIKE
Improved Performance on Challenging Terrain: The mid-drive motor's central positioning and direct power transfer to the bike's chain and gears allow for better performance on steep inclines and rough terrains. The ability to leverage the bike's gears efficiently makes climbing hills and navigating difficult trails more manageable.
Efficient Power Output: The mid-drive motor's design allows it to work in harmony with the rider's pedaling cadence. The motor can provide assistance proportional to the rider's effort, resulting in a more natural and intuitive riding experience.
Versatility: Mid-drive full suspension eBikes are highly versatile and suitable for a wide range of riding styles, from urban commuting to off-road trails. Riders can tackle various terrains and enjoy the benefits of both motor efficiency and suspension comfort.
SAMSUNG lithium battery 840Wh /1008W
BAFANG commercial M620 1000W mid motor,Triple sensor system
(1 torque,2 speed sensors) delivers instantaneous response to pedal-power input,160N.m of Torque.
Up to 55Miles
Charges the scooter full in 6 hours
BAFANG DP C18.CAN,Color Matrix Display
Tektro E350/E500 2-Psiton Hydraulic Disc
STEAMOON-150mm Inverted Air-suspension Fork
DNM AO-38RC 190*50mm(1.83*1.97 inch)/KS
CST BFT Fat tire C1752 26*4.0/KENDA 26*4.0/VEE 26*4.25
Rust resistant chain, KMC
Outer 7 speed SHIMANO/Outer 11 speed SRAM
26 inch 6061 aluminum alloy design based on human
35 KGS /40 KGS