COCO Wave-S 45 km/h E-Scooter with road approval
BLACK EDITION

1000 Watt rear-wheel drive version
The little brother of the Coco II

Mechanical disc brakes
with dual-piston calipers.
In addition to the large tires, the generously sized brakes also contribute to an extra level of safety. The brakes on the front and rear wheels bring you to a safe stop even at high speeds. Furthermore, improved brake calipers with a precise pressure point are fitted as standard on the Coco II.

48-volt lithium battery from ENECELL:
For more power and greater range!
More power, acceleration, and range. The scooter is equipped with a high-quality 48-volt lithium battery to provide the high-performance motor with a consistent and long-lasting power supply.
Enecell batteries maintain a constant voltage, allowing you to utilize almost the entire battery capacity and ride until it’s completely depleted.

Safe turning? Turn signals!
With whom else? Of course, with ENEWAY.
Turn signals are already included with the COCO Wave-S. More safety on the road is already built in and doesn’t need to be purchased separately.

Comfort Display:
All information at a glance!
The display provides detailed information about speed, charge level, and mileage. The comfort display is already installed as standard.

Road
legal with moped registration.
The COCO Wave-S comes with EU road approval. This means you can easily obtain a small license plate from any insurance company. ENEWAY is a registered manufacturer with many insurers, making insurance straightforward compared to many no-name importers.

Technical Specifications
Key data at a glance
Speed: up to 45 km/h
Motor: 1000W – hub motor (peak power)
Weight: approx. 37 kg
Range: up to 20 km
Battery: 48V – 13 AH, lithium battery
Charging time: approx. 4-6 hours
Climbing ability: up to 17%
Dimensions in cm (assembled) L x W x H: 139 x 63 x 98
* Depending on battery type, riding style, load and incline

Vehicle is handmade. Production-related tolerances are possible.
EU road approval is available.
Images may differ from the actual product.