Cristal, 100% electric, economical and connected
Cristal is designed to offer the operators a flexible public transport mobility solution.
100% electric, Cristal offers an easy-to-use & comfortable shared mobility experience, accessible to all, everywhere.
Designed with a «public transport» approach, the Cristal system offers a plurality of uses: serving the first and last kilometers, replacing buses on existing lines or transport on demand.
A new way of shared mobility
Cristal is shared, clean, connected, flexible and run by the same operator as the whole of the current public transport network.
The fact that it provides such an integral offer shows even more how distinguished and innovative it is.
- Automated hitching system following a single-lane trajectory,
- Safety: no spaces between each shuttle module,
- On-board battery has enough power to run all day,
- Max incline: 20%,
- Range: 100 km,
- Fast charging time: 100% in 90 min, 50% in 30 min,
- Speed: Solo mode: 50 km/h / Shuttle mode: 40 km/h,
- Automatic electric ramp for PRM access.
- Hitching: Hitching and unhooking operation in less than a minute.
Solo mode =
Shuttle mode =
With its range of Cristal and i-Cristal vehicles, Lohr satisfies the mobility needs of local communities, with or without a driver. These transport solutions can be used in new 100% Cristal or i-Cristal lines or supplement existing networks by offering multiple uses: public transport or on-demand services. Designed and developed for MaaS (Mobility as a Service) solutions, Cristal and i-Cristal are complementary to mass transit systems and can be operated intermodally.
More information ?
2021.02.25 - Press Release (GB)
On-Road Testing to Start Next Year with Commercial Services Expected in 2023
JERUSALEM, Israel, and PARIS and STRASBOURG, France, Feb. 25, 2021 - Mobileye, an Intel Company, Transdev Autonomous Transport System (ATS), part of Transdev Group dedicated to autonomous mobility solutions; and Lohr Group, a mobility solutions manufacturer, today announced a strategic collaboration to develop and deploy autonomous shuttles.