The Technology Behind Availability
Digital drive technology, innovative materials, and a new manufacturing approach result in less wear, less maintenance, and more uptime.
Most failures originate in mechanical components.
The most common cause of breakdowns in fleet operations is the mechanical drivetrain. The Digital Drive doesn't have one.
Classic E-Bike
- Chain or Belt as the Weak Point
- High Wear During Continuous Operation
- Regular Lubrication and Maintenance
- Frequent breakdowns due to mechanical damage
- Trips to the repair shop keep staff tied up
- Mechanical transmission
mocci Digital Drive
Recommended
- No mechanical power transmission
- Minimal wear thanks to integrated drive technology
- Very little maintenance required in everyday use
- Digital overload protection instead of component failure
- Maximum Uptime for Your Fleet
- Digital Circuit
Why We're Focusing on New Materials.
Industrial plastics technology instead of fragile, traditional bicycle components.
Injection-Molded Rims
Manufactured from a single piece. No broken spokes, no deformation even under demanding B2B conditions.
Airless Tires
Absolutely puncture-proof. No air loss, no flat tires, maximum reliability on every route. And still a pleasure to drive.
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Maximum stability
In the injection molding process, there are no weld seams that can crack, no production waste, and no painting required, which results in a low carbon footprint (68% lower than that of steel or aluminum frames).
Integrated Components
Structure, electronics, and cable routing come together. Fewer interfaces, fewer sources of error.
Production, Reimagined.
Our vehicles are not assembled by hand from countless individual parts.
Not a workshop. An industrial system.
Our vehicles are not painstakingly assembled by hand from countless individual parts. For structural components, we rely on highly automated, industrial injection-molding processes that guarantee the highest precision.
Sustainability starts with design.
Not as a promise made after the fact, but as a direct result of our technological design.
- Fewer wear partsFewer wear parts mean less waste over the entire life cycle.
- Longer service lifeA longer service life per vehicle conserves resources and reduces costs per year of operation.
- One-shot methodResource-efficient mass production with significantly reduced material waste.
- No welding, no paintingReduced material usage through the smart integration of structure and electronics.
