Name: SCOOTER ELECTRIQUE YADEA EPOC H+ - 2000W - BLANC
Brand: YADEA
SKU: CO01353
Price: 6499 TND
Availability: InStock

SCOOTER ELECTRIQUE YADEA EPOC H+ - 2000W - BLANC

Marque:

Référence: CO01353

Disponibilité: En stock

Prix: 6499,000 TND

Scooter Électrique YADEA EPOC - Puissance: 2000 Watts - Vitesse max : 60km/h - Capacité Batterie: 72V-38AH - Batterie : Graphène - Autonomie de Batterie: jusqu'à 100 km - Cycle de charge: 800 - 1000 - Connectivité par application YADEA - Batterie automatiquement rechargée lors des phases de freinage et décélération grâce à l’inertie de la moto - Poids maximum: 200 kg - Afficheur : écran LCD - Système d'alarme avec sirène et bloquage de roue anti-vol - Couleur: Blanc - Garantie : 5000 klm .

+ Casque YADEA Offerte

Qty

Ajouter au panier

Facilité de paiement

jusqu'à 36 mois
Voir Conditions

Description

YADEA EPOC

LAST TILL THE END

Peak Power

km/h

Max. Speed*

N·m

Max. Torque

Climbing Angle*

Redefine Trendy Look

EPOC, a luxury e-scooter that is well-designed for city
commuting, it is upgraded in power, handling and quality
thanks to Yadea's rich experience in product iteration.

LED Grille Lighting

EPOC uses a whole LED lighting system, combines low
energy consumption with strong light intensity to give
you maximum visibility, light up your way back home.

Brightness

Class C LED

Headlamp

Irradiation Width

m(distance light)

Visibility Distance

Chrome-plated Design

The original two-wheeler body chrome-plated
design adds a sense of strength to EPOC's exterior.

Car-grade Stoving Finishes

Greatly enhances the durability of the body coat-
ing and makes it abrasion resistant.

TTFAR Graphene Battery Pioneer

Powered by 72V38Ah TTFAR long-life graphene battery, EPOC de-
livers a fantastic ride beyond your expectation by effortlessly
achieving 1000 times charge-and-discharge lifetime cycle.

Battery Capacity

Capacity Upgrade

Range*

℃～

℃

Operating Temperature

TTFAR High-efficiency Motor

Equipped with Yadea 2000 W TTFAR high-efficien-
cy motor, Epoc is strong enough to climb even for
half an hour without any downtime.

Peak Power

km/h

Max. Speed*

N·m

Max. Torque

Climbing Angle*

TTFAR Energy Retrieving
Controller

A self-developed energy retrieving controller helps
to convert kinetic energy into electrical energy and
restore it back into the battery while sliding,
braking and downhilling.
It supports 2 riding modes to switch freely:
SPORT Power Mode & TTFAR Long-range Mode.

The Mission Must Achieve

Guarding your safety is the largest mission in travel