Space & HAPS News & Articles

Advanced Navigation has received an Australian Space Agency Grant to support the development of a space-grade inertial navigation system for Gilmour Space Technologies

Redwire Corporation has acquired Edge Autonomy adding combat-proven autonomous airborne platforms to the tech company’s multi-domain space and defense technology portfolio

Silicon Sensing will supply the DLR with two miniature Pinpoint gyros for the MMX mission, enabling the detection of unintended movement of the rover on the unknown surface of Mars

Silicon Sensing has partnered with Science Tokyo to test the capabilities of the DMU41 inertial measurement unit (IMU) for platform guidance and attitude control in low earth orbit (LEO) applications

HZO’s new research article details using Parylene-C as a critical AR coating to enhance the performance of filters used in far-infrared spectrophotometric imaging observatories

Silicon Sensing Systems’ DMU30 IMU is providing crucial performance control within Japan’s first X-band SAR satellite, continuously stabilizing the advanced platform for four years

TEKEVER’s cutting-edge Inter-Satellite Link supported HERA, a European Space Agency mission which has the potential to alter the trajectory of asteroids threatening Earth

UAVOS has provided software development and sustainment of an advanced Earth Observation payload on the Mira Aerospace High Altitude Platform Station

Discover how Honeywell is innovating technology in automation, cybersecurity, and sustainability at the Farnborough International Airshow on chalet C134, 22nd-26th July, 2024

The Mk-II Aurora spaceplane from Dawn Aerospace has been authorized for supersonic flight at up to 80,000 feet, and is now permitted for BVLOS operations outside of restricted airspace

As a member of the HAPS Alliance, Embention will collaborate with leading companies to accelerate commercial adoption and build a cooperative HAPS ecosystem

Space Forges’ ForgeStar-1 will use the CAS291 miniature accelerometer from Silicon Sensing to measure the level of microgravity inside the satellite, which is now set for launch

Mira Aerospace and VEDA Aeronautics’ collaboration aims to develop a HAPS solution able to carry a minimum 35kg payload and sustain operations at 18,000m altitude for 30-45 days

Amprius' partnership with the Korean Aerospace Research Institute (KARI) strengthens its position as the premier solution for High-Altitude Psuedo-Satellite (HAPS) applications

A substantial part of the innovation proposed by CRP Technology lies in the impressiveness of Windform materials, five of which have passed the outgassing tests led by NASA and ESA

The Honeywell MIMU uses digital ring laser gyroscopes, highly accurate accelerometers and radiation hardened microelectronics to determine the spacecraft’s rotational rate and velocity

Ideal for aerospace applications Sapphire Windows by Meller Optics are suitable for providing front surface optics protection in guidance and vision systems

TEKEVER, with the Centre National D’Etudes Spatiales (CNES), will enhance inter-satellite communication and expand capabilities in Earth Observation

Southwest Antennas supports NASA partner Louisiana State University’s High Altitude Student Platform, with rugged antennas designed to withstand the rigors of high altitudes, and temperatures ranging from -55 to +55 degrees Celsius

The Iridium® network provides satellite communications that aim to keep users connected even in high-risk combat zones or during inclement weather events

Anzen's engineering team will work under the supervision of Airbus Defence and Space on the design and reliability analysis of the spacecraft's main systems for the ARIEL mission

In addition to verifying whether the aircraft could fly with stability as designed, following the actual flight test, SoftBank collected and analyzed various data, including data on the aircraft's structural characteristics

Mira Aerospace, a joint venture between UAVOS and Bayanat, has completed a successful test flight of the ApusDuo solar-powered high-altitude pseudo satellite (HAPS) reaching altitudes of 16,686m HMSL

BAE Systems’ PHASA-35, designed to operate above weather and conventional air traffic, has used Amprius Technologies’ high-density batteries to complete its first successful stratospheric flight trial

BAE Systems’ PHASA-35 which has a 35-meter wingspan and carries a 15kg payload, climbed more than 66,000 feet to reach the stratosphere before landing safely after 24 hours