#USA #Las Vegas #OSCP #ArduPilot #MK2 IMU

OSCP Expands ArduPilot Support for MK2 IMU Series

Las Vegas, NV – September 1, 2026 – OSCPS Motion Sensing Inc., known as OSCP, has made an impactful announcement for drone enthusiasts and builders. The company unveiled that it has added ArduPilot support across its MK2 family of inertial measurement units (IMUs). This development enables users to easily enhance their unmanned aerial vehicles (UAVs) with trusted technology.

The OSCP ArduPilot driver can now be downloaded from docs.oscp.com, accompanied by detailed integration documentation, a C SDK, and Python code examples. This accessibility simplifies the process for builders who are looking to integrate state-of-the-art gyroscope technology into their drone designs.

The Importance of Gyroscopes in UAVs

For uncrewed aircraft, maintaining accurate flight is critical, especially in scenarios where satellite signals may be compromised. GNSS jamming and other interferences are no longer confined to declared conflict zones, making reliability crucial during beyond-visual-line-of-sight (BVLOS) operations. The performance of the IMU directly influences the drift in positioning, with gyroscopes playing a significant role.

The MK2 units, including the compact MK2M2 measuring just 40 by 40 by 25 millimeters and weighing only 75 grams while drawing 1.2 watts, offer a great entry point for builders. For those seeking tactical-grade performance, they can transition effortlessly to the photonic MK2E2 using the same systems and interfaces.

Enhancing Performance with Photonic Sensors

One standout feature of the photonic MK2E2 is its resilience to vibrations, which are common in UAV environments. Standard MEMS gyroscopes can become increasingly less reliable under these conditions, accumulating error over time. In contrast, OSCP's photonic sensors maintain impressive bias stability even amidst significant vibrations and sustained acceleration.

Kazem Zandi, founder and CEO of OSCP, remarked, "Drone builders have long relied on ArduPilot, and rightly so. We're not asking them to switch to a new autopilot. Instead, we are enhancing the autopilot they already trust with superior motion-sensing capabilities."

In a recent road test where satellite positioning was unavailable, OSCP's photonic IMU showed remarkably precise performance, ending just 5.7 meters from the ground truth, compared to 20.5 meters for a MEMS unit under identical conditions. This level of accuracy significantly highlights the advantages of the photonic technology OSCP employs.

OSCP's Commitment to Quality

Manufactured in Montreal, OSCP's sensors are compliant with ITAR regulations, ensuring quality and safety in various applications, including space, defense, marine, and robotics sectors. With the company’s representatives participating at the Commercial UAV Expo from September 1 to September 3, those interested in more details or potential collaborations are encouraged to reach out.

OSCP's focus on delivering tactical-grade accuracy at minimal size and cost positions it favorably within a rapidly evolving industry. As they continue to innovate in the field of motion sensing, it’s clear that OSCP and its products are set to play a significant role in the future of drone technology.

For more information, visit oscp.com.