Brazen Thieves Steal £350,000 Rolls-Royce Cullinan Using High-Tech Relay Device
In a daring heist captured on CCTV, a gang of thieves employs a high-tech gadget to effortlessly steal a £350,000 Rolls-Royce Cullinan.
The footage reveals the sophisticated method used by the criminals, involving an antenna to intercept signals from the owner’s key and swiftly disable the car’s security system.
Luxury Car Heist: Gang Uses High-Tech Gadget to Swipe Rolls-Royce Cullinan
The audacious theft unfolds in Aveley, Essex, at 4.10 am, as one member of the gang manipulates an antenna to capture the key’s signal, including the crucial code for disarming the vehicle’s security.
The cloned signal convinces the car that the key is in proximity, granting the thieves swift access to start the engine and make a quick getaway.
CCTV Captures Bold Theft: Thieves Snatch £350,000 Rolls-Royce with Tech-Savvy Trick
The victim, stunned and devastated, witnesses their luxury SUV vanish from outside their door in a matter of seconds.
Essex Police are investigating the incident, but as of now, no arrests have been made, and the stolen car remains unrecovered. The footage underscores the growing threat of electronic devices employed by criminals to exploit keyless entry systems.
High-Tech Auto Theft: £350,000 Rolls-Royce Cullinan Stolen in Seconds
Criminal gangs leverage electronic devices to target keyless entry systems, as demonstrated in the swift theft of the £350,000 Rolls-Royce Cullinan.
The incident highlights the vulnerability of modern vehicles to advanced theft methods, raising concerns about the need for enhanced security measures.
Luxury SUV Snatched: Thieves Use Advanced Gadgetry to Steal Rolls-Royce
As car theft tactics evolve, thieves employ increasingly advanced gadgetry, as seen in the recent heist of a £350,000 Rolls-Royce Cullinan.
The ease with which the criminals manipulate the vehicle’s security systems underscores the urgent need for car owners to be vigilant and explore additional security measures in the face of technological threats.
