This is the INYO CAB

The CAB is our answer to the mobility demands of tomorrow.

Thanks to it’s compact and lightweight design, it is extremely efficient and suitable for all kinds of tasks.

The interior has an innovative and modern design. This makes every journy to a shared experience.

A spacious interior for a comfortable and modern driving experience.

Image: NeMo Paderborn/Besim Mazhiqi

Wide exterior swing doors allow easy and barrier-free access, even for people with limited mobility.

Various interior variants enable different uses. A focus on communication, privacy or luggage transport is feasible.

Despite its compact size, the CAB offers plenty of space and a comfortable driving experience.

Sustainable by Design

Diagramm zur Nachhaltigkeit von Autos

Source: Deutsches Zentrum für Luft- und Raumfahrt (DLR); LEV4Climate Studie

The outstanding sustainability balance of the CAB is not only due to the sustainability of the product. The entire life cycle must be considered and various factors taken into account in order to analyse the CAB's life cycle assessment. The calculation and consideration of sustainability must be holistic!

Due to its lightweight construction, the production of the CAB is significantly more environmentally friendly than comparable (electric) vehicles. If you also consider that a single CAB could replace several vehicles or reduce the use of large and heavy vehicles, then it becomes clear that this is a truly ‘green’ solution.

Technical Data

  • Size - L 3090 mm x W 1500 mm x H 1800 mm

  • Area - 4,5 m²

  • Turning radius - 5,7 m

  • Floor height - 250mm

  • Interior height - about 1450 mm

  • Weight - 450 kg and 64 kg battery-pack

  • Capacity - up to four passengers

  • Maximum Payload - up to 450 kg

  • Speed: currently limited to 20 km/h (autonomous driving) and up to 90 km/h (manual with safety driver)

  • Vehicle class: L7e

  • 48 Volt electric System

  • Rated Power - 12 kW Continuous, 17 kW Peak

  • Torque - variable, about 70 NM

  • Battery capacity - up to 21 kWh

  • Range - around 100 bis 200 km

We are working on and with innovative technology

Using Digital Engineering to develop the most optimal product

At INYO, we rely on a highly digitalised development process characterised by the active use of digital twins and advanced simulation technologies. This enables efficient further development of the CAB and autonomous driving functions by integrating precise data acquisition, virtual prototypes and AI-based optimisation in a seamless digital engineering process.

Platooning: Optimized (space) eddiciency for autonomous driving situations

Autonomous driving enables driving behaviour that would be too dangerous under ‘normal’ circumstances. The coupling of several vehicles not only means less space consumption, but also increases the efficiency of the individual vehicles and individual vehicles can also be charged using a special connection. This increases the effective range of the vehicles and opens up new utilisation possibilities!

Flexibly customisable interior: the best solution for every application

  • Autonomous Shuttle

    Sselfdriving four-seater variant for passenger transport for last-mile applications.

  • Autonomous Shuttle with additional luggage compartment

    Two-seater variant of the autonomous shuttle with additional storage room for luggage, groceries or other large items.

  • Autonomous delivery robot

    Self-operated delivery robot with plenty of storage space and an optimised design to transport even large goods deliveries efficiently and quickly.

  • CAB Development platform with safety driver

    This variant is equipped with the technology for autonomous driving and is already being used by our partners as a development platform.

  • Four-seater CAB

    Conventional-style vehicle for use as a golf cart or small shuttle with manual control.

  • Delivery vehicle with driver

    Cab with optimised storage space for one driver. Ideal for courier or delivery services with small goods.

  • Delivery vehicle

    Single or two-seater with additional storage space in the rear. Ideal for courier or delivery services with bulky goods!

  • Autonomous CAB platform for various superstructures

    The modular design of the CAB's driving platform allows customised superstructures. Please contact us if you have any ideas or questions!

Automated vehicle-platform for individual usecases

Autonome Fahrplattform, Ansicht
Autonome Fahrplattform, Seitenansicht

  • Easily adaptable to size, transport volume and weight requirements

  • Customised vehicle superstructures can be easily implemented

Our automated vehicle platform forms the basis for a wide range of customer applications. The open design enables different functional set-ups. The technology for autonomous operation is already integrated into the platform.