OSCP Introduces ArduPilot Support for All Models in MK2 IMU Product Line

OSCP Expands Capabilities with ArduPilot Support for MK2 IMU Family

In an exciting development for drone manufacturers and developers, OSCPS Motion Sensing Inc., known as OSCP, has officially announced that its complete MK2 family of inertial measurement units (IMUs) now supports ArduPilot. This integration aims to enhance the operational capabilities of drones, especially in scenarios where Global Navigation Satellite System (GNSS) signals are unreliable or unavailable.

The ArduPilot driver is readily available for download at docs.oscp.com, and it comes alongside comprehensive documentation for seamless integration, a C SDK, and Python examples to help developers get started quickly. By adopting this technology, users of OSCP’s MK2 IMU family can leverage advanced capabilities that this esteemed autopilot system offers.

At the Commercial UAV Expo happening in Las Vegas, the OSCP team will be engaging with drone manufacturers to showcase these new features. "By integrating ArduPilot, we’re giving manufacturers what they’ve been asking for—a robust solution that they can trust to improve flight performance," said Kazem Zandi, the founder and CEO of OSCP.

The introduction of this ArduPilot support is significant considering the common challenges faced in unmanned aerial vehicle (UAV) operations today. In particular, issues like GNSS disruptions are becoming increasingly prevalent, particularly in conflict zones. OSCP's technology was designed with these interruptions in mind, ensuring that even without satellite positioning, flight control remains stable and accurate.

Enhanced IMU Performance

The MK2 family includes various models, each equipped with standard RS-422 or CAN-FD interfaces to connect effortlessly with ArduPilot systems. Developers can initiate their projects with the MK2M2 model, which measures 40 x 40 x 25 millimeters and weighs just 75 grams, yet consumes only 1.2 watts of power. For greater performance, users can later transition to the MK2E2 photonic model that promises tactical level performance while using the same driver and interfaces.

The photonic model is characterized by its resistance to vibrations, making it especially valuable in aircraft applications where such disturbances are common. Unlike traditional MEMS gyroscopes, which are often sensitive to accelerations, the OSCP's photonic technology maintains stability of its pre-stress conditions—promoting accurate readings even under duress.

Real-World Testing

In a notable flight test lasting 21 minutes without any GNSS assistance, the photonic IMU from OSCP demonstrated its prowess with a remarkable deviation of just 5.7 meters from the reference point. This figure starkly contrasts with a MEMS unit's deviation of 20.5 meters performed under the same conditions, proving the advanced capabilities of OSCP's sensor technology.

All sensors are developed and manufactured in Montreal, Canada, and are not subject to International Traffic in Arms Regulations (ITAR), which often burden exporting technologies like these. OSCP is committed to providing cutting-edge solutions to ensure safety and reliability in aeronautics, including fields such as aerospace, defense, maritime navigation, and robotics.

As OSCP gears up for its participation at the Commercial UAV Expo from September 1 to 3, those interested in a demonstration or meeting can reach out to schedule an appointment via email at [email protected] or visit the official website at oscp.com for further details.

About OSCP

Founded in 2015, OSCP specializes in developing and manufacturing photonic gyroscopes and inertial measurement units that provide tactical-level accuracy while maintaining the cost, size, and weight profiles typical for MEMS. The company serves diverse industries, ranging from aerospace and defense to underwater technology and autonomous ground systems, ensuring that its products help navigate even in challenging conditions where GNSS may falter.

By integrating ArduPilot into its product offerings, OSCP continues to retain its position as an innovative leader in motion sensing technology, paving the way for future developments that enhance the realm of autonomous operations.