Advancing UK Aerospace, Defence, Security & Space Solutions Worldwide
  • Home
  • /
  • Aerospace
  • /
  • HENSOLDT launches advanced avionics computers

Aerospace Defence

HENSOLDT launches advanced avionics computers

Sensor and avionics solutions provider HENSOLDT is launching a family of avionics computers under the 'CAVION' brand that significantly expands the performance of existing computers for mission control on board flying platforms of all kinds.


Image courtesy HENSOLDT

"With 'CAVION', we have developed a computer design that both makes the power of modern processor architectures available to fixed-wing aircraft, helicopters or drones and enables aeronautical certification on board a wide variety of platforms," said Celia Pelaz, chief strategy officer and head of the Spectrum Dominance/Airborne Solutions division at HENSOLDT. "This increases the performance of these aircraft while maintaining the best possible flight safety."

Advertisement
ODU RT

CAVION is based on a HENSOLDT proprietary development of electronic modules that enables the use of multi-core processors even in safety-critical areas while securing their aeronautical certification on board any platform - helicopters, mission aircraft, fighter jets or drones. Until now, the certification of multi-core processors in aerospace applications has been a major challenge. The reason is that the process flows within these multi-core processors are unpredictable.

By using the new and specially developed multi-core processor boards from HENSOLDT, the computers of the CAVION family are significantly more powerful than the previously used generation of avionics computers, whereby great importance was attached to certifiability. The products of the CAVION family are available in various modular configurations for flight control of the respective aircraft, for special military applications and as mission computers for police and rescue operations.

HENSOLDT already supplies avionics computers and mission systems for platforms such as the Eurofighter combat aircraft, the A400M transport aircraft or the NH90 helicopter, and also develops self-protection systems and sensors for all types of aircraft.
 

Advertisement
ODU RT

 

 

Advertisement
General Atomics LB
IFS launches IFS Zero

Aerospace Defence

IFS launches IFS Zero

10 June 2026

IFS has launched IFS Zero, an agentic AI Emissions Operating System designed for asset-intensive industries, such as aerospace and defence, where organisations face pressure to improve emissions reporting and supply chain transparency, with Scope 3 compliance now a contractual requirement.

Smith Detection

Aerospace Security

Smith Detection's SDX 10080 SCT receives UK DfT approval

10 June 2026

Smiths Detection announced today that its SDX 10080 SCT has received UK Department for Transport (DfT) approval for deployment across UK airports and cargo operators for hold baggage and air cargo screening.

Aston University secures £3.9m to boost aerospace and cybersecurity skills

Aerospace Security

Aston University secures £3.9m to boost aerospace and cybersecurity skills

10 June 2026

Aston University has secured almost £4 million in new funding to improve the UK’s aerospace engineering and cybersecurity skills.

Marshall Aerospace completes initial flight model for Horizon Aircraft’s Cavorite X7

Aerospace

Marshall Aerospace completes initial flight model for Horizon Aircraft’s Cavorite X7

10 June 2026

Marshall Aerospace has successfully completed a flight dynamics and control model to support Horizon Aircraft’s Cavorite X7, a revolutionary dual-use hybrid-electric vertical take-off and landing (VTOL) aircraft currently in prototype development.

Advertisement
ODU RT
NATS invests in carbon removals with CUR8

Aerospace

NATS invests in carbon removals with CUR8

9 June 2026

NATS has committed £500k to carbon removals through carbon removals intelligence provider CUR8, contributing to an initiative led by the UK Sustainable Aviation coalition, to stimulate the carbon removals market as part of a £2 million Advance Market Signal.

HutanBio partners with Wakud on scalable SAF feedstocks

Aerospace

HutanBio partners with Wakud on scalable SAF feedstocks

9 June 2026

Cambridge biotechnology company HutanBio, which is developing algae-derived oils for sustainable aviation fuel (SAF), has signed its first commercial offtake Memorandum of Understanding (MoU) with Oman's Wakud International, as the aviation industry searches for new feedstock sources capable of supporting future SAF demand.

Advertisement
ODU RT
Advertisement
General Atomics LB