Tag - Embention

Veronte Autopilot Integrates Advanced INS

Inertial Labs, Inc. and Embention Complete Full Integration of Inertial Navigation System (INS-P) and Veronte Autopilot.

Veronte Autopilot Integrates Advanced INS

In November 2019, Inertial Labs announced the successful benchmark integration with Embention's Veronte Autopilot.

Embention began investigating Inertial Labs as a supplier for inertial measurement units (IMU) in 2013.

In subsequent years, the Inertial Labs Inertial Navigation System (INS) became an appealing GPS-Denied navigation source for Embention.

Veronte Autopilot Integrates Advanced INS

In 2016, Embention and Inertial Labs started discussing integrating the INS-P, the professional version of the INS, with the Veronte Autopilot.

After years of work, Inertial Labs announced the integration was complete and validated through testing.

The release is now available for purchase.

Customer Favorite

Initially, Inertial Labs released the INS product line in 2006.

Today, the INS line is in wide use in many applications.

Plus, it has proven its outstanding reliability and accuracy in challenging conditions -- high vibration, extreme temperatures, and tough mission profiles.

With integration complete, the INS is fully compatible and ready for autonomous unmanned flight system applications.

Tactical Grade IMU

The IMU component is tactical grade.

It is reliable for tactical guidance, navigation, flight control, stabilization, pointing systems, and other applications.

With Angular Rates and Accelerations data transfer rate reaching up to 2000 Hz rate, the low power consuming IMU provides an excellent SWAP-C advantage over legacy IMUs based off tactical grade fiber-optic gyros (FOG).

Plus, the on-board GNSS receiver is fully configurable to reach real-time position accuracy on one centimeter.

Veronte Autopilot

The Veronte Autopilot by by Embention features many top-of-the-line options which distinguish it in the marketplace.

Such features include: extended efforts for line of sight (LOS) and beyond line of sight (BLOS) communication, intuitive and high-performing software, and a configurable navigation solution for various applications - it is fast becoming a customer favorite.

Additionally, with the navigational accuracy provided by the INS-P, the autopilot offers highly accurate navigation in a GNSS-denied environment.

Plus, it is compatible with mission critical items such as tracker antennas, flight simulators and camera payloads.

This platform solution can customize to fit the needs of the end user.

About Inertial Labs, Inc.

Established in 2001, Inertial Labs is a leader in position and orientation technologies for both commercial/industrial and aerospace/defense applications.

About Embention

Founded in 2007, Embention develops components and critical systems for UAS.

UKRSPEC Systems Integrates Veronte Autopilot onto PD-1 Platform

Embention is gaining a reputation among the UAV sector for providing robust autopilot solutions for both commercial and military applications.

Their flagship autopilot, Veronte, allows users to adapt and control the UAVs behavior in even the most demanding environments. Embention also provides efficient technical support for their customers.

Recently, UKRSPEC Systems collaborated with Embention. The collaboration focused on shared goals:  invest in innovation and efficiency and increase the use of UAV systems. The end result? Integration of the Veronte autopilot onto UKRSPEC’s PD-1 platform.

PD-1 Platform

The PD-1 platform is a unique UAV. It functions as a traditional fixed-wing but boasts VTOL capabilities, as well.

The PD-1 platform offers unique characteristics. Thanks to a fuel injection engine it offers high autonomy and robustness. Plus, its design enables users to quickly assemble the vehicle with minimal tools. It is a great solution for military environments and high-performance applications.

PD-1 is a highly reliable platform which fits well with Veronte autopilot. It achieves unique flight control, specific flight phases for each stage of the mission, as well as smooth transitions. There is even an option for advanced control of the payload.  

Veronte Autopilot

Manufactured and developed under rigid quality standards, the Veronte autopilot complies with DO-178C / ED-12 and DO-254 certification standards. Plus, IP67 standards. As such, it is the perfect complement for those developing total unmanned platforms.

Veronte allows advanced control of any kind of UAV VTOL hybrid aircraft. It facilitates fully-autonomous flight missions as well as adaptive control. The autopilot offers the reliability and robustness necessary for military operations.

Plus, a single Veronte Autopilot – either in its simple version or with triple redundancy – allows advanced and fully-automatic control of all phases of flight as well as a VTOLs vertical takeoff and landing.

Visit Unmanned Systems Source to learn more about Veronte Autopilots as well as the capabilities of the PD-1 Platform.