


The Ampersand Wylex Roroship D4000 is a utility-focused electric motorcycle designed for commercial use in African markets. It sits in the heavy-duty electric two-wheeler segment, built with a reinforced frame and long seat to handle cargo transport and passenger duties. The design targets delivery riders, ride-hailing operators, and logistics use cases rather than private commuting.
The powertrain uses an 8 kW electric motor with high torque output above 260 Nm, tuned for load carrying and low-speed pulling force. Real-world range falls between 70 and 80 km per charge, depending on payload and usage. The model integrates a battery swap system through Ampersand’s network, which removes long charging downtime and keeps vehicles in continuous operation. Regenerative braking and dual riding modes support energy efficiency and control.
Pricing is not publicly listed, though positioning targets cost-sensitive commercial users seeking lower operating costs than petrol motorcycles. It suits fleet operators, delivery services, and riders who need high uptime and payload capacity. Within the same brand lineup, alternatives include the Wylex RoRoship base model and V-Paseo for lighter urban use. Comparable external options include the Ampersand electric motorcycle lineup and other African-focused utility EV bikes. Against typical petrol boda-boda bikes, the D4000 stands out for lower running cost and swap-based energy access.
| Status | Available (commercial deployment in Africa) |
| Country of origin | Rwanda |
| Models | D4000 |
| motorcycle type | Utility electric motorcycle (cargo and passenger) |
| Battery Type | Lithium-ion (swappable system) |
| Battery Brand | Ampersand network |
| Battery Capacity | 72V 30Ah x2 (dual pack) |
| Motor | Mid-drive electric motor |
| transmission | Gear-assisted / 2 power modes |
| Rated / Max Power | 8 kW peak |
| Max Torque | 260 Nm+ |
| Charging Time | Not specified (battery swap supported) |
| Top Speed | 80–90 km/h |
| Range | 70–80 km real-world |
| Climbing Capacity | 15° to 17° |
| Braking System | Regenerative braking (adaptive) |
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