ALVES
Partner Project | Apron Bus Concept
The Project
ALVES (Autonomous Line Vehicle System) is a response to the specific needs of airport apron transport. The core idea was to apply Inova Tech’s line-based autonomous navigation patent to airport buses, where transit is already predictable and repetitive. By focusing on this specialized environment instead of general autonomy, the project aims to drastically simplify the vehicle and cut production costs.
The Solution
The design is built around “Double-Symmetrical Architecture.” By making the vehicle symmetrical both ways, many of the exterior panels and structural parts are interchangeable. This approach simplifies the manufacturing process and significantly lowers the cost of tooling.
The technical layout uses rear in-wheel motors to free up space. Without a driver’s cabin or a traditional engine compartment, the low-floor electric platform is fully optimized for passengers, allowing a total capacity of up to 180 people for zero-emission airport transit.
Key Features
- Strategic Application: Repurposing line-based autonomous technology for the specific needs of airport apron transport.
- Modular Symmetry: A double-symmetrical layout that utilizes interchangeable parts to lower production and maintenance overhead.
- Volume Optimization: An efficient, driverless interior architecture designed to maximize passenger capacity.
- Solar-Powered Roof: Large solar array designed to harvest energy while the vehicle is stationary on the tarmac.
- Infrastructure Communication: A dedicated link between the vehicle and airport systems to ensure operational reliability without interference.
