Shared Mobility E-Bike
& E-Scooter Fleet Solutions

DYNAbike supports shared mobility operators, rental fleet companies, campus mobility projects, hotel and resort rental programs, city tender suppliers, delivery fleet operators, and commercial e-bike distributors. We are most suitable for buyers who need factory-direct hardware, OEM / ODM customization, fleet durability, IoT integration direction, packaging support, and long-term spare parts planning.

Yes. We can support shared electric bike and shared electric scooter projects based on the buyer’s operation model, target country, fleet positioning, battery strategy, and compliance direction. For mixed fleets, we can discuss platform selection, branding consistency, IoT direction, packing method, and spare parts planning together.

In most shared mobility projects, IoT integration needs to be reviewed early. We can discuss smart lock mounting, GPS module position, QR code label area, wiring protection, controller communication, CAN-bus direction, and API / SDK cooperation. If you already have a software platform or IoT supplier, please provide technical drawings, device size, wiring requirements, and communication protocol details.

Shared fleet vehicles usually need stronger durability than normal retail products. Common priorities include reinforced frame structure, internal cable routing, anti-theft fasteners, stronger kickstand, durable fenders, puncture-resistant tires, weather-resistant electrical layout, smart lock installation, swappable battery direction, and easier field maintenance. The goal is not only appearance, but lower maintenance pressure and better uptime.

Yes, swappable battery direction can be discussed for shared fleet projects. The final solution depends on vehicle platform, battery capacity, locking method, charging cabinet plan, operation city, local service workflow, and safety requirements. If your fleet requires battery swapping, we recommend confirming the battery position, lock structure, charger quantity, spare battery ratio, and operation process before mass production.

Yes. For shared mobility buyers, a pilot fleet is often the safest way to verify vehicle durability, battery operation, IoT integration, local maintenance workload, rider feedback, and packaging quality. The exact pilot quantity depends on vehicle type, customization level, component availability, and production schedule. After pilot validation, the configuration can be adjusted before larger production.

Yes. We can support fleet color customization, logo placement, QR code label areas, operation instruction labels, warning labels, carton marks, and visual identity direction. For shared fleets, branding should be designed together with durability and maintenance needs, because decals, QR areas, and instruction labels may face outdoor exposure, scratches, cleaning, and repeated rider use.

Compliance requirements depend on target country, vehicle type, speed, motor power, battery system, charger, and local operation rules. For Europe, buyers often need to consider CE and EN15194 direction for e-bikes. For North America, electrical safety, battery safety, charger requirements, and local fleet rules should be reviewed early. We recommend confirming the target market and compliance direction before BOM lock.

Lead time depends on customization level, platform availability, component supply, IoT integration, sample validation, packaging method, and order quantity. Existing platform projects are usually faster, while ODM projects with new structure, new molds, or complex IoT direction require more engineering time. We recommend confirming BOM, color, logo, IoT, battery, compliance, and packing method before estimating a reliable production schedule.

Yes. Depending on the buyer’s import route, local assembly ability, container cost, and destination market, we can discuss complete-bike packing, semi-assembled packing, SKD direction, or CKD direction. For shared fleets, packaging should also consider battery labels, charger boxes, spare parts packing, QR code protection, and local deployment efficiency.

We can help plan spare parts before shipment, including tires, brake parts, fenders, grips, lights, chargers, battery accessories, smart lock accessories, fasteners, and selected electrical parts. For long-term operation, field feedback can be reviewed and converted into next-batch improvements, QC focus, component upgrades, or packaging adjustments.

Please provide your target country, vehicle type, estimated quantity, battery plan, IoT or smart lock requirements, speed and power direction, branding needs, compliance expectations, packing method, spare parts expectation, and rollout timeline. If you already have drawings, reference models, tender documents, or IoT module specifications, sending them together will help us respond more accurately.