#USA #Silicon Valley #OSCP #MK2Z-3 #photonic IMU

OSCP Launches the MK2Z-3 Photonic IMU

At the recent Silicon Valley Space Week, OSCPS Motion Sensing Inc., known as OSCP, introduced its latest innovation, the MK2Z-3 photonic inertial measurement unit (IMU). This cutting-edge technology aims to enhance navigation capabilities across various applications, including small satellites and planetary rovers.

A Leap Forward in IMU Technology

The MK2Z-3 marks a significant advancement from its predecessor, the MK2Z prototype, which utilized a photonic gyroscope on a single axis. The new model expands this capability by integrating photonic gyroscopes that can operate on one, two, or all three axes in a compact unit weighing less than one kilogram and with a volume under one liter. This modular design allows system integrators the flexibility to adapt the sensor to their specific missions seamlessly.

Kazem Zandi, the founder and CEO of OSCP, explained the vital role of gyros in spacecraft navigation: "A spacecraft or lander needs to monitor its own orientation when external references are unavailable. With the MK2Z-3, we can now deliver our single-axis photonic gyro technology across all three axes within a compact package catered for smaller missions."

Enhanced Performance Goals

The company has set an ambitious target for the MK2Z-3 in terms of performance. The design aims for a gyro bias stability of 0.01 degrees per hour or better in the navigation field, a level of performance that has historically been achieved only with larger, heavier systems. Among its intended applications, the MK2Z-3 is poised to serve various spacecraft types, including small satellites, launch vehicles, landers, reentry capsules, and long-term indigenous navigation systems on Earth.

Thibaut Gravey, Vice President of Product Development, mentioned how customer feedback influenced the creation of this product: "Clients testing the MK2Z consistently inquired whether we could realize similar performance on the other two axes. The MK2Z-3 is our definitive answer to those requests, maintaining the interfaces already in use, such as RS-422 or CAN-FD, ensuring a smooth transition when moving from a single-photonic axis system."

Future Developments and Availability

The MK2Z-3 enriches OSCP's MK2 product line, which also includes the MK2M2 MEMS IMU, the MK2E2 with a photonic gyro on the Z-axis, and the MK2Z prototype. OSCP plans to deliver MK2Z-3 units to customers starting in 2027, with specifications subject to change during the development phase.

Designed in Montreal and not subject to ITAR regulations, the MK2Z-3 represents a valuable step in precision navigation technology. Attendees at the Silicon Valley Space Week can find OSCP at booth 6. For more information, visit oscp.com.

About OSCP

Founded in 2015 and based in Montreal, OSCPS Motion Sensing Inc. (OSCP) specializes in the development and manufacturing of photonic gyroscopes and inertial measurement units. The company aims to produce inertial sensors that deliver tactical-grade accuracy while maintaining the typical dimensions, weight, power consumption, and cost associated with MEMS technology. Their products are well-suited for use cases where Global Navigation Satellite Systems (GNSS) may be disrupted or rendered unavailable. OSCP serves a diverse range of industries, including aerospace, defense, maritime, railways, robotics, and autonomous ground systems, with all products manufactured in Canada and not subject to ITAR regulations.

For media inquiries, please contact Alex Lintott, Operations Manager, at [email protected] or call +1 (438) 383-6727.