Public transportation is the backbone of emissions reduction.
Especially the frequent braking and acceleration of trains consumes energy.
Here, we provide modern solutions. Through consistent lightweight construction, we create lighter products.

Then, CO2 savings come naturally.Less mass - less energy consumption - less energy consumption means less CO2.
This is how we achieve climate goals. With full service. Let's now work together to create solutions for the cities of the future.
Lightweight construction can be successfully applied to seats, window panels, door panels, and ceiling panels.

Whether in the initial equipment or in the retrofitting of existing fleets. We listen to your needs and create joint solutions.




Experience the impact of lightweight construction on your vehicle fleet and CO2 consumption. Weight reduction is the key focus.
The travel time between two stops is the relevant factor for vehicle CO2 consumption. Energy is consumed with each acceleration,
and energy is wasted with each deceleration. Operational parameters reflect the traffic situation. Daily operating time as runtime
per day and the number of operating days per year represent the operational reality.

Further details on the calculation can be found below in the details.


Weight ReductionWeight Reduction
100 kg
Time between two StopsTime between two Stops
30 s
Service Time per DayService Time per Day
20 hhrs
Service Time per YearService Time per Year
310 Daysdays
Ratio of CO2CO2 Ratio
8 %
CO2 cost per tonCO2 cost per ton
CO2-Savings per year: CO2 Reduction per year:
0t CO2
Savings per year: Savings per year:100