Prioritising Public Safety – Why Gul-e’s Lidless Design Matters
As the use of electric vehicles (EVs) continues to grow, innovative charging solutions like the Gul-e cross pavement system have become essential for homes without driveways. Designed with inspiration from traditional drainage channels long used across UK pavements, Gul-e has provided a reliable and integrated solution for several years.
Prioritising Public Safety and Accessibility
From its inception, safety and accessibility have been at the heart of Gul-e’s design. The system features a fixed, flush-fitting structure without loose or raised elements, removing the need for a lid mechanism and significantly reducing the risk of trip hazards. It is also accessible for users with limited mobility and can be operated with one hand, supporting inclusive access for all residents.
Addressing Safety Concerns
Recently, concerns have been raised suggesting that the EV cable slot might pose a risk to high-heeled footwear, such as stilettos. We welcome all feedback and are committed to addressing safety queries with transparency and evidence.
What The Data Shows
In 2023, we submitted a Freedom of Information (FOI) request to 62 UK councils to investigate trip hazard claims involving drainage channels and pavement conditions. The results were clear:
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Shoe heel stuck in a drainage channel (last five years): 6 claims.
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Claims successfully repudiated: 6.
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Damaged pavement-related claims (2017–2022): 15,955*.
*According to legal standards, a pavement defect (including anything sticking up from pavement level) must exceed 2.5cm to be considered a legitimate trip hazard and worth pursuing as a claim.
No Evidence Gul-e Poses a Safety Risk
To date, there is no evidence to suggest that the Gul-e unit presents a safety risk. Its design is consistent with established public infrastructure standards that have been safely used across the UK for decades. The limited number of similar incidents reported—and their full repudiation—supports the safety of Gul-e’s design in real-world conditions.
Understanding Legal Definitions of Pavement Hazards
According to Legal Expert, a pavement irregularity must generally exceed 2.5cm (approximately one inch) before it is considered a potential legal hazard: “A trip hazard of less than one inch (2.5cm) would not typically be enough to warrant immediate repair. If it exceeds that, and results in injury, a claim may be possible.”
Conclusion
We remain committed to ensuring Gul-e remains a safe, accessible, and practical solution for EV charging in residential areas. With thousands of units installed and no supported claims of injury, Gul-e continues to meet the high safety standards expected of UK public infrastructure.
For further questions, please contact gul-e@odsgroup.co.uk
Latest news
Stoke-on-Trent Launches Gul-e Trial to Support On-Street Electric Vehicle Charging
Up to 200 households invited to participate in pilot project enabling home EV charging for residents without driveways.
Let’s Connect at the LGA Conference & Exhibition 2025 in Liverpool!
Join us from 1–3 July at Stand A16, where Jason Munro and Gary Kinzett from the Gul-e team will be showcasing our safe, simple, and durable cross-pavement EV charging solution. Discover how Gul-e is making it easier for households without driveways to switch to electric vehicles—helping Local Authorities lead the way in sustainable transport planning.
Bridging the Gap: Cross Pavement Charging Solutions For Terraced Streets
Gary Kinzett from the Gul-e team was delighted to join Electric Evolution podcast host, Liz Allan, for a lively discussion about the urgent need for a more standardised and inclusive approach to pavement access for EV charging. Together, Liz and Gary explored the growing demand for home EV charging infrastructure where residents don't have driveways. Gary explained how Gul-e's innovative, robust underground cable channels enable safe, low-cost charging directly outside homes.

4.9/5.0
“The best thing about Gul-e is its simplicity. It really is so easy to use,
and was a big part of my decision to buy an EV.”
Mr Jesper Ekelund, Oxford