Executive Mobility and High-Speed Connectivity on the Move
Modern luxury grand tourers have long mastered the art of physical isolation from the harsh realities of the road. Hand-stitched leather hides, book-matched wood veneers, double-glazed acoustic glass, and air suspension dampening create a quiet haven inside a cabin traveling at three-digit speeds. Yet for the clientele who inhabit the rear quarters of a Mulsanne or the sculpted chairs of a Flying Spur and Bentayga, digital isolation has remained an unresolved annoyance. Built-in cellular antennas and single-carrier SIM cards have historically struggled with intermittent signal drops, sluggish transfer speeds, and dropped connections when traveling through variable mobile coverage zones. With Bentley Advanced Connectivity, Crewe set out to eliminate those digital dead zones entirely.
Announced in late 2018, Bentley Advanced Connectivity represents an integrated, super-fast in-car WiFi system engineered specifically to deliver uninterrupted mobile network coverage at highway pace. Developed in collaboration with global communications specialist Viasat, the system operates as a private, multi-carrier network hub capable of maintaining full broadband capabilities even when traveling at sustained motorway cruising speeds of 110 km/h (70 mph) and beyond. Rather than functioning as a conventional mobile hotspot, it transforms the vehicle into a mobile executive boardroom, allowing multiple passengers to stream high-definition content, download large presentations, and host latency-sensitive video conferences without degradation.
Engineering the Multi-Channel Network Architecture
The foundation of Bentley Advanced Connectivity relies on a multi-channel virtual private network (VPN) architecture developed by Viasat. In standard automotive telematics setups, a vehicle connects to a single cellular tower via a single mobile network operator. As the car moves through rural topography or cross-border motorway links, network handshakes between towers frequently stutter or sever connections entirely. Bentley’s approach circumvents this systemic limitation through carrier aggregation.
The onboard system aggregates up to three distinct mobile network operators simultaneously onto a single unified, ultra-reliable data stream. By constantly monitoring carrier availability, signal strength, and latency across all three networks, the router intelligently splits and balances traffic across the optimal cellular paths in real time. If one mobile network experiences signal degradation or high latency due to geographical obstructions, the data flow seamlessly redistributes across the remaining active connections. This eliminates the stutter and buffered video that typically plague automotive internet use.
Physical hardware integration reflects Bentley’s customary attention to discretion and packaging. The primary communications hardware and cellular router sit concealed inside the Bentley’s boot lid structure, drawing electrical power directly from the vehicle’s onboard DC electrical system. High-performance multi-band antennas are integrated beneath exterior body surfaces to capture cellular signals cleanly without disrupting the car’s exterior lines. Inside the luggage compartment, the router connects to a broadband-connected central hub located at a dedicated static host facility. This fixed ground site routes traffic through secure high-bandwidth backbones, creating an encrypted point-to-point tunnel between the traveling car and the wider internet.
The Virtual Office: Productivity at Highway Pace
For high-net-worth owners, corporate executives, and dignitaries, travel time in a chauffeured saloon represents critical working hours. Bentley Advanced Connectivity pairs the hardware backbone with dedicated software access, managed via an exclusive smartphone application that links users seamlessly to the onboard network upon entry.
Central to this digital working environment is native support for enterprise collaboration tools, including Bentley Skype for Business and unified cloud office suites. The continuous bandwidth and low latency allow passengers to participate in multi-party executive video conferences, collaborate on large cloud-stored spreadsheets and architectural documents, and exchange high-volume data files with headquarters while in transit. Because the connection routes through a secure VPN and dedicated hub infrastructure, sensitive corporate communications remain protected against interception—a vital consideration for clients managing confidential commercial affairs on the road.
Beyond commercial functionality, the aggregated bandwidth brings domestic entertainment standards directly into the rear passenger compartment. Simultaneous streaming of high-definition video services across multiple personal tablets, laptops, and the car’s integrated rear-seat infotainment screens functions without buffering, even while traversing cellular fringe areas. Whether reviewing financial market openings in real time or relaxing with streaming media during a late-night run from London to the Cotswolds, the connectivity platform delivers an uninterrupted digital environment.
The Viasat Partnership and Technical Pedigree
Bentley’s decision to commission Viasat followed an exhaustive worldwide evaluation of telecommunications partners. Creating a dependable high-speed data link inside a moving vehicle presents technical challenges akin to aerospace communications, an arena where Viasat has long held extensive engineering credentials.
Viasat brought to the project proven operational scale, having managed more than 14 million commercial WiFi hotspots across approximately 30 nations. Crucially, the company had established deep expertise delivering satellite-enabled, high-capacity in-flight connectivity to commercial airliners and government aircraft worldwide. Adapting those principles of continuous handover, high data throughput, and carrier redundancy to the automotive domain enabled Bentley to offer a level of digital infrastructure that surpassed standard factory-fit cellular modems.
Bentley Advanced Connectivity was scheduled for customer availability starting in 2019 across the marque’s core range—including the Continental GT, Flying Spur, Bentayga, and flagship Mulsanne—as an exclusive luxury accessory. By turning mobile data into a reliable, enterprise-grade utility, Bentley established that true grand touring comfort requires flawless communication alongside effortless mechanical pace.
Vehicle data
| Field | Value |
|---|---|
| Make | Bentley |
| Model | Bentley Advanced Connectivity System (Accessory for Continental GT, Flying Spur, Bentayga, Mulsanne) |
| Generation / chassis code | Not stated in sources |
| Model year(s) covered | 2019 |
| Body style | Saloon, Coupé, ConvertibleCoupé (Available across vehicle lineup) |
| Powertrain / engine | Onboard vehicle DC power supply; telecommunications hardware |
| Power / torque | Not applicable |
| Transmission | Not applicable |
| Drivetrain | Not applicable |
| Key performance figures | Multi-channel VPN aggregating up to 3 mobile network operators; high-definition video streaming and executive office connectivity at speeds of 110 km/h (70 mph) and above |
| Price (as stated) | Not stated in sources |
| On-sale / announcement period | Announced late 2018; available from 2019 |
| Market | Global / United Kingdom & Europe |