EU Co-financing

CFT Precyzja Sp. z o.o. is implementing a project titled:
“Construction of a research and development laboratory for CFT Precyzja Sp. z o.o.”

Investment in the future
– new R&D laboratory at CFT Precyzja

The project is co-financed under the Smart Growth Operational Programme, Priority Axis 2: Support for the environment and potential of enterprises to conduct R&D+I activities, Measure 2.1: Support for investments in R&D infrastructure of enterprises.

The project's objective is to increase the research and development potential of CFT Precyzja Sp. z o.o.

CFT Precyzja is implementing an investment project aimed at developing the company's existing Research and Development Department. The construction of a new facility, the acquisition of advanced research infrastructure, and an increase in research staff will enable the launch of further research projects focused on enhancing CFT Precyzja's competitiveness.

CFT Precyzja is implementing an investment project aimed at developing the company's existing Research and Development Department. The construction of a new facility, the acquisition of advanced research infrastructure, and an increase in research staff will enable the launch of further research projects focused on enhancing CFT Precyzja's competitiveness.

Project objectives:

  • Possibility to shorten the design time for systems tailored to specific client requirements (e.g., base plate thickness and type, firing tests according to special requirements) from 4-7 weeks to 1-2 weeks – including sample preparation and ballistic tests.
  • Validation of the FEM database for all materials used in ballistic applications.
  • Ability to conduct ballistic tests for clients on samples, selected structures, and entire vehicles weighing up to 6-8 tons using a mobile rotating platform.
  • Firing tests conducted from a distance of 30m.
  • Tests performed according to NIJ and STANAG 4569 standards (up to level IV 14.5x114mm API/B-32).
  • ISO 17025 Certification
  • Supervision, evaluation, and potential collaboration on new ballistic materials.