This websites uses cookies for Google Advertising and Google Analytics.

Due to the European GDPR law you cannot use this website without accepting the use of these cookies.

View Privacy Policy

By accepting you give consent to Google Analytics and Advertising tracking cookies. You can undo this consent by clearing the cookies in your browser.

Countries

Loading countries...

Fonzarelli NKD

Fonzarelli NKD naked electric moped 9600 watt
Fonzarelli NKD 9600 watt electric moped scooter 85
Fonzarelli NKD 9600 watt electric moped scooter 85
Fonzarelli NKD 9600 watt electric moped scooter 85
Fonzarelli NKD 9600 watt electric moped scooter 85
Fonzarelli NKD 9600 watt electric moped scooter 85
Fonzarelli NKD 9600 watt electric moped scooter 85
Fonzarelli NKD 9600 watt electric moped scooter 85
Fonzarelli NKD 9600 watt electric moped scooter 85
Battery18650 Lithium
Range124 miles
Charge Time2.5 hours
Power12 kW (16.1 hp)
Price£3.925¢
✓ Customizable
made in Australia  

Specifications

BrandFonzarelli
ModelNKD
SpeedMotorcycle
Power12 kW (16.1 hp)
Weight112 kg
Battery18650 Lithium
Battery Life2,000 cyclesℹ
Range124 miles
Charge Time2.5 hours
80% after 1 hours
 

Arthur Fonzarelli Happy Days motorcycleThe NKD is an electric moped from electric scooter manufacturer Fonzarelli from Australia. The name of the company is inspired by character Fonzie from the 1960’s TV show Happy Days. The company’s credo is “Bespoke styling. Amped up performance. And most importantly, zero emissions”.

The Fonzarelli NKD is a chunky, urban, dual-sport moped that is designed and manufactured in Australia.

The moped has a 12,000 watt electric motor for a top speed of 62 mph. The moped has 56 Nm torque and accelerates from 0-62 mph in 3.9 seconds.

The moped has a Lithium battery for a range of 124 miles. The charge time is 1 hour for a 80% charge.

Personalization

The moped is available in any color and can be personalized by FonzLab.

We all want different thrills and experience from our ride and at FonzLab we make this happen. Here your Fonzarelli is personalised to suit your lifestyle. From enhanced performance and tech upgrades, to bespoke styling.

The moped can be ordered online and is shipped worldwide.

 

2021 Fonzarelli models

X1Fonzarelli X1 electric scooter 13000 watt 100
£5.554
18650 Lithium
62 miles
Arthur 80Fonzerelli Arthur electric scooter 8000 watt green 100
£3.930
18650 Lithium
62 miles
NKDFonzarelli NKD naked electric moped 9600 watt 100
£3.925
18650 Lithium
124 miles
S1Fonzarelli S1 electric scooter 8500 watt 100
£3.925
18650 Lithium
62 miles
Arthur 65Fonzerelli Arthur electric scooter 8000 watt red 100
£2.807
18650 Lithium
31 miles
Arthur 50Fonzerelli Arthur electric scooter 8000 watt 100
£2.246
18650 Lithium
31 miles
View all Fonzarelli scooters in the filter overview:
🛵 scooter.uk.com/#fonzarelli
 

Sales Department

Fonzarelli
19 Regent Street
Redfern NSW 2016
Australia

Phone: +61 (0)2 8520 3905
Email: electric@fonzarelli.co
Facebook Messenger: m.me/onthefonz

✈Import

Is information incorrect or do you have a tip? Please let us know.
Email: info@e-scooter.co

Search

Select Scooter Brand
All
All
All
Link:
#share social share
reset

Quick Filters

  • Style

  • Features

Use the  button to create a favorites filter.
⭐ Sorted based on search popularity in Google United Kingdom.
February 21, 2021 (update)

 
 
Promotion
Less air pollution? Become a volunteer at scooter.uk.com.
This guide reaches buyers in +200 countries and helps promote clean mobility. [more info]
 
ℹ Electric Scooter: clean air / healthy city air

Disc Brakes: air pollution

Air Pollution by Disc Brakes causes 20% of the total emissions by a standard car and the pollution (ultra-fine dust) is more toxic for humans than exhaust fumes.

"Vehicle tailpipe emissions are going down, but the emissions from disc brakes will remain to some extent, even if you drive an electric car," Weber said. "Therefore, this kind of process will continue to play out in the future and will be an important consideration when we look at the health effects of particulate matter." (Phys.org)