London Gatwick Airport has rolled out a robotic valet parking system that lets passengers drop their car in a private cabin and never hand over the keys. The system, built by French robotics firm Stanley Robotics, uses autonomous vehicles to slide under cars, lift them by the tires, and shuttle them into a secure storage area until the traveler returns.
The service, now available for advance booking ahead of its first customer journeys in August, makes Gatwick the first airport in the UK to offer this kind of fully automated parking. It tackles two of the biggest complaints about airport travel: hunting for a parking spot and waiting for your car on the way back.
"No more circling the lot with your bags," said Oli Bedford, Head of Airport Access at London Gatwick. "It's quick, easy and completely hassle-free, and you even get to keep your keys."
How the robot parker works
The process is simpler than traditional valet parking. Travelers pull into a private enclosed cabin near the South Terminal and scan their booking confirmation. After parking inside the cabin, they lock up and walk away keeping their keys in their pocket.
A Stanley Robotics autonomous parking robot slides under the vehicle, lifts it by its four tires, and transports it to a secure storage area where cars are packed in much tighter than any human-driven lot could manage. Because no person ever needs to open a car door inside the storage zone, the robots can park vehicles with inches of clearance on each side, packing roughly 50 percent more cars into the same footprint compared to a conventional self-park garage.
When the passenger returns, the system tracks their flight schedule. The robot retrieves the car and positions it inside a collection cabin before the traveler even reaches the pick-up zone. Travelers provide their return flight details during booking, and the system monitors arrival times so the vehicle is waiting when they get back.
The cabin is within walking distance of the South Terminal and a free shuttle bus also runs for passengers with heavy luggage.
No key handover, no hassle
A key difference from conventional valet parking is that the driver never surrenders their car keys. With traditional airport valet services, handing over the key fob means trusting a stranger with the vehicle. The robotic system eliminates that worry entirely.
Stanley Robotics says this peace-of-mind design was deliberate. If a passenger accidentally leaves a phone or laptop in the car after drop-off, on-site staff can retrieve emergency items, but the car itself stays locked and only the robot touches it.
The system works with most standard passenger cars up to 2.6 tonnes, with a maximum height of 2.3 meters, a maximum wheelbase of 3.3 meters, and tires up to 21 inches. Same-day walk-up parking is not available; the service requires advance booking.
What this means for airport logistics
Airport parking is a major revenue stream and a persistent bottleneck. Gatwick handles tens of millions of passengers a year, and parking capacity at the South Terminal is under constant pressure. Adding physical parking decks costs millions and takes years. Robotic parking lets the airport expand effective capacity overnight by packing cars closer together.
Stanley Robotics CEO Clement Boussard said the partnership addresses a real capacity crunch. "This project marks a major milestone for Stanley Robotics in the UK, and we are proud to deploy our technology at one of the world's most forward-thinking airports," he said.
The company has already deployed similar systems in France and elsewhere in Europe. The Gatwick deal is its first UK installation and signals growing demand for autonomous parking solutions in the aviation sector.
For the broader robotics industry, the deployment is notable because it takes an autonomous ground vehicle out of the warehouse and into a public-facing environment. Most autonomous mobile robots today operate inside factories and distribution centers where the environment is controlled. Gatwick's installation requires the robot to interact with untrained members of the public in an outdoor cabin, handle variable lighting, and coordinate with airport logistics systems.
Why robotic parking is gaining traction
Robotic valet parking is part of a broader shift toward autonomous logistics in transportation hubs. Airports in Paris, Dusseldorf, and Dubai have been testing or operating variations of robot parking, and several US airports are exploring similar deals with Stanley Robotics and competitors like Serva Transport Systems and Boomerang.
The business case is straightforward. A conventional parking garage costs between $15,000 and $30,000 per space to build in the UK. Robotic parking can fit up to double the cars in the same cubic volume because no driving aisles, door-opening clearance, or pedestrian walkways are needed. That pushes the effective cost per space below $10,000 while also cutting the carbon footprint of the parking operation — electric robots use less energy than gasoline engines idling while circling for a spot.
Stanley Robotics claims its robots can handle peaks of up to 200 cars per hour per robot at full throughput, and the system learns traffic patterns over time to position cars closer to the pickup cabin during busy return windows.
The economics stack up differently depending on the airport. For a hub handling 40 million passengers a year, roughly 20 percent arrive by car and need parking. Building a new 3,000-space parking deck runs about $60 million using conventional construction. Retrofitting robotic parking into an existing garage costs roughly half that, and because the robots pack cars closer, the airport can absorb the same volume without building new square footage. That math is driving interest from airport operators across Europe and North America who are sitting on constrained parking assets and face long construction timelines.
How autonomous parking compares to other robotic logistics systems
Stanley Robotics started at Charles de Gaulle Airport in Paris and Lyon-Saint Exupery before expanding to the UK. The company's robots are fully electric, operate around the clock, and communicate with airport parking management systems through a standard API. The Gatwick installation uses the same hardware platform but was customized for the UK market with right-hand-drive support and compliance with UK vehicle safety regulations.
The broader market for automated valet parking is small today — roughly $200 million globally — but analysts project it will pass $2 billion by 2032 as labor costs rise and airport expansion faces environmental permitting hurdles. The technology is also moving beyond airports: hospitals in Germany are testing Stanley-style robots for patient transport, and UK retail parks are evaluating the system for customer parking.
The bigger picture for robots in everyday life
The Gatwick launch lands in a week of notable robotics milestones. Across the Atlantic, more than 1,000 US police departments have now received FAA waivers to operate drone-as-first-responder programs, shifting law-enforcement aerial surveillance from human-piloted drones to AI-automated systems. The FAA issued more waivers between April 2025 and February 2026 than it had in the previous seven years combined.
In the defense sector, the Pentagon is pushing for smarter, self-organizing drones as autonomous-warfare budgets are poised to skyrocket. And in commercial logistics, robots and drones could slash global food delivery costs to roughly $1 per order according to Barclays, as autonomous trucks, warehouse robots, and last-mile drones converge.
Closer to the consumer space, Japanese researchers are training AI-driven robots to replicate the movements of skilled confectioners, while MIT engineers have demonstrated a flapping robot that swims and flies like a diving bird — showing the growing versatility of bio-inspired robotic designs.
Gatwick's robotic parking system may seem like a small convenience for travelers, but it represents a real shift in how autonomous systems are entering the public sphere. The technology is mature enough that major airports trust it with thousands of cars a day. And unlike autonomous cars on public roads, robotic parking operates in a closed, controlled space where the safety case is easier to prove.
"Robotic parking removes a persistent friction point from the airport experience," Bedford said. "It's one of those improvements that feels obvious once you've seen it work."
The service is available for booking now via Gatwick's website, with first robot-handled journeys scheduled for early August.
Browse more Robotics and Drones coverage for the latest on autonomous systems in transportation, logistics, and defense. Learn about industrial robotics or check our EV coverage for related transportation developments.
Sources: Aerospace Global News - Gatwick robotic parking, EFF - Hundreds of Drone-as-First-Responder Programs, The Verge - FCC retroactively bans disguised DJI gadgets