£599.00 GBP £1,049.00 GBP
£699.00 GBP £999.00 GBP
£949.00 GBP £1,169.00 GBP
£779.00 GBP £1,149.00 GBP
The Pure Advance Flex is engineered for riders who demand portability without compromising power. Its forward-facing riding position and Pure Control™ steering stabilisation provide smooth handling and enhanced stability. Compact, waterproof, and packed with safety features, the Flex is the perfect choice for secure private-land riding.
With a folded size of just 57 × 30 × 62 cm and weighing 16.2 kg, the Flex is easy to carry and store. Whether placed in a car boot or tucked under a desk, it delivers maximum convenience for riders who value portability.
The Pure Advance Flex combines portability, performance, and safety in one ultra-compact package—perfect for private land use in all weather conditions.
The Pure Advance+ takes the Flex formula further, offering longer range in a slimline folding profile. With the same forward-facing stability and Pure Control™ steering stabilisation, it's designed for riders who want maximum distance on private land.
The Pure Advance+ is the ideal choice for riders who want the same compact stability as the Flex but with a significantly longer ride range.
Legal Disclaimer (UK)
In the United Kingdom, privately owned electric scooters are not permitted for use on public roads, cycle lanes, pavements, parks, or other public spaces. They are intended strictly for use on private land only, and only with the landowner's explicit permission.
Some images may depict usage or settings outside the UK and are provided for illustrative marketing purposes only. These do not represent the legality or recommended usage within the UK.
The customer assumes full responsibility and liability for the use of the product and holds Electric Scooters London harmless from any claims or damages related to such use. Specifications, performance figures, and range estimates are based on manufacturer data and may vary significantly depending on factors such as rider weight, terrain, weather conditions, and other external variables.
