Aviation

TTP controllers are on board in more than 1,400 commercial aircraft, ensuring safety and availability in DAL A applications.

TTP controllers have accumulated over 1 bn flight hours in DAL A applications, ensuring highest dependability in core subsystems of commercial aircraft.

TTE-Development System A664 for Linux allows a seamless transition from evaluation to development of real-time communication systems for aerospace.

TTE-End System A664 Core IP is certifiable for RTCA DO-254 level A flight systems and aircraft and enables the setup of future-proof networks.

The new hire will focus TTTech's expertise and support the engineering and product development for safety-critical aerospace and space applications.

The toolchain consists of generic development products that support TTTech Aerospace’s complete TTEthernet product line for a range of industries/use cases.

Check out TTTech Aerospace's webinars that present products and solutions for the aerospace and space industries.

TTControl's controller family has been certified with ISO 26262:2018. The certification allows the use of the electronic controllers designed for rough operating conditions in road vehicle electrical and electronic (E/E) systems.

Reference: Nord-Micro delivers cabin pressure control systems for the majority of the Airbus fleet. It chose TTTech to supply the internal communication system of the Airbus A380 cabin pressure control system.

Reference: Hamilton Sundstrand (since 2018 Collins Aerospace) has chosen TTTECH to support the development of a TTP-based data communication platform.

Reference: Parker Aerospace has chosen TTTech to provide an integrated communication solution based on TTP® for Parker’s new generic fly-by-wire actuation platforms.

Reference: TTTECH provided COTS products based on TTP® for the flight control computer used on Embraer’s Legacy 450 and Legacy 500.

Reference: Honeywell uses TTP®-based Modular Aerospace Control (MAC) in its F124 Full Authority Digital Engine (FADEC) system for the Aermacchi M-346.

The AIRC studies the integration of systems and platforms into aerospace applications. Current research deals with solutions that can be applied to drones.