As hydrogen is a potentially emission free energy source it is a suitable option for clean mobility applications. But as the most mobility applications like cars, trucks and busses are currently still running on combustion engines and as the energy density of conventional fuels is much greater than of pressurized stored hydrogen, new designs and manufacturing methods are necessary to achieve the market requirements in terms of range. Within this paper a multi-cell high-pressure hydrogen storage system based on braided thermoplastic tapes is presented as well as its manufacturing process. Furthermore, a test device for high pressure burst test of pipe section was developed which allows burst test at early development stages. Burst test were taken out on braided thermoplastic pipe sections and the results are shown and discussed. These experimental tests are accompanied by numerical analyses, which are also shown.