LEXMOTO ASSAULT 125 HJ 125-J (2016-)

vehicle image

Buyer's Guide & Data from our Checks

The LEXMOTO ASSAULT 125 HJ 125-J (2016-) is a popular choice in the UK market for those seeking a versatile and affordable motorcycle, particularly suited for commuting and city riding. As a lightweight, practical model, it is commonly used by new riders or those looking for an economical way to get around. The bike is known for its manageable size, making it ideal for navigating busy streets and urban environments, and it typically appeals to first-time drivers or riders on a budget. Based on mycarcheck.com data, the LEXMOTO ASSAULT 125 HJ 125-J has been frequently checked, with over 435 lookups from more than 200 different vehicles, highlighting its popularity among used motorbike buyers. The average mileage recorded is around 13,000 miles, suggesting it offers a good balance between affordability and reliability. The valuation around £900 and an average of about two previous owners indicates it’s a reasonable option in the used market, offering good value for money. What sets the LEXMOTO ASSAULT 125 apart is its straightforward design, affordability, and suitability for beginner riders. It’s known for being reliable and easy to handle, making it a solid choice compared to rivals in the 125cc class. Its simplicity and low running costs make it a standout option for commuting and short-distance riding, earning a reputation as an accessible and practical motorcycle for a wide range of riders.

Don't risk buying a LEXMOTO ASSAULT 125 HJ 125-J (2016-) without checking. Hidden debts, previous write-offs, or stolen status could be concealed. Enter the reg now and protect yourself from costly surprises.

Search

Key Findings

The following statistics are drawn from our checks of 209 different vehicles, run between March 29th 2021 and August 31st 2026. These real-world insights provide context for this vehicle's place in the market, as well as its typical usage.
435
Lookups
62
Hidden Histories
7k
Average Mileage
£900
Average Valuation

Model Variants