Could Driverless Pods Be the Answer to Hammersmith Bridge's Long-Running Transport Crisis?

Community-backed proposal would see autonomous electric shuttles cross the historic bridge as hopes of restoring conventional traffic continue to fade.

A new proposal to introduce autonomous electric pods across Hammersmith Bridge could offer an innovative solution to one of London's most enduring transport problems, following growing acceptance that the historic crossing may never again carry conventional road traffic.

The concept has been put forward by Barnes and Hammersmith Electric Light Transit (BHELT), a community-led, not-for-profit organisation exploring whether lightweight, self-driving electric vehicles could provide a sustainable transport link across the Grade II* listed bridge.

The idea comes as engineers and local authorities continue to wrestle with the future of the 139-year-old structure, which has remained closed to motor vehicles for several years following the discovery of serious structural defects.

A New Vision for the Bridge

Rather than attempting to restore full vehicular access, BHELT believes lightweight autonomous transport could provide a practical alternative while significantly reducing the structural loading placed on the bridge.

The proposal centres on the use of compact, zero-emission electric pods capable of transporting passengers safely between Hammersmith and Barnes without the weight and vibration associated with conventional cars, buses and heavy goods vehicles.

According to the group, the concept would support a cleaner, more accessible and environmentally sustainable transport solution while preserving one of London's most recognisable river crossings.

Testing Driverless Technology

BHELT has already been trialling Ohmio autonomous pods in Barnes as part of its wider vision.

The electric vehicles can accommodate eight seated passengers, space for around six standing passengers, and include dedicated wheelchair access via an integrated deployable ramp.

The vehicles have been designed specifically for autonomous operation, reflecting the rapid development of low-speed driverless transport technologies being trialled around the world.

Bridge Future Remains Uncertain

Hammersmith Bridge has been closed to motor traffic since structural cracks were discovered within its cast-iron pedestals, forcing authorities to restrict access to pedestrians and cyclists only.

Earlier this month, hopes of reopening the bridge to normal traffic suffered a further setback after a council report concluded that restoring full vehicular use would effectively require constructing what amounted to an entirely new bridge due to the scale of repairs required.

That assessment has prompted renewed interest in lower-weight transport solutions capable of extending the bridge's useful life while improving connectivity between communities on either side of the River Thames.

TfL Rules Out Immediate Adoption

Despite growing interest in autonomous transport, Transport for London (TfL) has made clear that it currently has no plans to introduce driverless pods on Hammersmith Bridge or deploy autonomous buses across the wider London transport network.

Nevertheless, advances in autonomous vehicle technology continue to gather pace internationally, with low-speed driverless shuttles already operating in controlled environments across Europe, North America and Asia.

Could It Become a Model for Future Cities?

While the proposal remains at an early stage, it raises wider questions about how historic infrastructure can adapt to meet the transport demands of the future.

As cities seek to reduce emissions, improve accessibility and embrace new mobility technologies, lightweight autonomous vehicles may offer solutions where conventional transport can no longer operate.

For Hammersmith Bridge, the challenge is no longer simply repairing an ageing Victorian landmark.

It is deciding whether one of London's oldest river crossings could become home to one of its most futuristic transport systems.