HAPS (High Altitude Platform System) Flights with Veronte Autopilot

May 30, 2024

HAPS (High Altitude Platform System) Flights with Veronte Autopilot

May 30, 2024
| News

Flights with High Altitude Platform Systems, commonly known as HAPS, particularly those in the stratosphere, are at the forefront of aerospace innovation, serving a variety of scientific, commercial, and military purposes. Embention’s Veronte Autopilot is a cutting-edge flight control solution that enables diverse aircraft to operate efficiently and safely in these extreme conditions.

Aircraft capable of high altitude flights include high-altitude balloons, unmanned aerial vehicles (UAVs), and stratospheric platforms. These aircraft are often tasked with objective relay, earth observation, and even early warning systems for environmental disasters. The unique challenges of high altitude operations require advanced technology and precision, which the Veronte Autopilot delivers.

The Veronte Autopilot is specifically designed to handle the rigors of high altitude flights. One of its standout features is its pressure sensor range, which spans from 1,000 to 120,000 Pa that can be combined with external sensors in case that a wider range is needed. This broad range allows it to accurately measure and respond to the varying atmospheric pressures encountered from sea level up to the stratosphere, ensuring stable and reliable control of the aircraft. This capability is crucial for maintaining the correct altitude and trajectory in the thin air of high altitudes where traditional sensors might fail.

Embention has established collaborations with several pioneering companies whose main objective is to push the boundaries of stratospheric flights. Among these partners are Prismatic and Kea, both of which are at the cutting edge of high altitude aerospace technology. Prismatic, for instance, is known for its high-altitude long-endurance (HALE) UAVs designed for persistent surveillance and communication. Meanwhile, Kea focuses on solar-powered stratospheric aircraft which can fly for months carrying payload and acquiring high-value data. These partnerships, added to other collaborations such as Thales Stratobus or PD Aerospace, leverage Veronte’s advanced autopilot systems to achieve new heights in aerospace innovation.

In addition to HAPS manufacturers collaborations, Embention is member of the HAPS Alliance, a non-profit association dedicated to building a high altitude platform stations (HAPS) ecosystem that brings digital connectivity to everyone, everywhere.

The purpose of these high altitude missions is multifaceted. For instance, atmospheric research missions aim to gather data on climate change, ozone depletion, and weather patterns. Communication relay missions enhance global connectivity by providing broadband services to remote areas. Earth observation missions, on the other hand, provide high-resolution imagery for environmental monitoring, disaster management, and agricultural planning.

Veronte’s autopilot ensures that these aircraft can perform their missions with utmost precision. Its robust design includes advanced navigation algorithms, autonomous decision-making capabilities, and the ability to integrate with various sensors and payloads. These features make it an ideal choice for high altitude flight operations where reliability and accuracy are paramount.

In conclusion, Embention’s Veronte Autopilot is a pivotal technology for high altitude flights, enabling aircraft to achieve their objectives in challenging environments.

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