MicroVision starts MOVIA Pro production, putting more perception inside the sensor

MicroVision says it has begun commercial production and shipping of MOVIA Pro, a short range lidar sensor that can run perception applications on the device.

The October 22 announcement identifies the company’s Orlando facility as the manufacturing site and says the sensor is available for customer orders. MicroVision describes MOVIA Pro as the production ready version of MOVIA S.

The company is targeting industrial mobile equipment, intelligent infrastructure, unmanned aircraft and other autonomous systems. The broader story is its attempt to turn a sensing technology portfolio into a business with more frequent product sales across several industries.

MOVIA Pro follows a development path visible over the past year. MicroVision’s November 11, 2025 results listed the introduction of MOVIA S among its business highlights. The production announcement arrives about eleven months after that update.

Other products were already moving into commercial use. In its March 2026 results, MicroVision reported an initial December 2025 shipment of MOVIA L sensors with integrated software against repeatable orders. The new launch adds another production product to that commercialization effort.

The timing also follows the schedule discussed earlier this autumn. Truck News reported in September, after a company webinar, that MOVIA S production was planned for October and higher volume shipments for November. MicroVision now reports production and shipping; the November volume milestone remains ahead.

Management has been explicit about the business change it wants. In its October 7 update, MicroVision described a move away from dependence on a limited number of lengthy programs toward a portfolio serving industrial, robotics, infrastructure, security and defense markets. It sees opportunities in those sectors as having shorter sales cycles than traditional automotive programs.

A lidar measures distances to build a picture of its surroundings. Perception software turns those measurements into information about objects and the environment. MOVIA Pro brings more of that interpretation onto the sensing device.

MicroVision says its Linux based Open Software Framework lets customers develop, deploy and update applications on the sensor. The company highlights object information generated onboard, multiple returns from each laser pulse, and connections including CAN, Gigabit Ethernet and 100 Mbit Ethernet.

Black Scarab’s assessment is that this changes the product’s position in the system. A supplier delivering interpreted information can take on work that otherwise sits in a separate processing box. That creates a potential route to a more integrated product and a closer role in the application’s software.

The shift can reduce external processing requirements for some designs. Machines that combine several sensors, navigation and task planning still need those functions coordinated across the complete system.

Manufacturing in Orlando gives the launch a policy dimension. The United States is trying to strengthen domestic production in autonomous systems, with drones providing a concrete example.

The June 2025 executive order on American drone dominance directs agencies to prioritize drones manufactured in the United States to the extent permitted by law. It also calls for measures to secure critical drone components against foreign control and strengthen the domestic industrial base.

For a sensor aimed partly at unmanned aircraft and defense applications, production in the United States could become a competitive advantage as those supply chains develop. Black Scarab sees a potential tailwind in the demand for domestic sensing capacity, alongside demand for the aircraft and robots themselves.

That advantage would emerge through actual program selections and orders. The order sets a policy direction for drones and their supply chains; it does not designate MOVIA Pro as an approved component. Manufacturing location, component provenance, performance and commercial execution remain distinct parts of the industry’s reshaping.

Grand View Research’s June 2026 study estimates the global lidar market at $3.4 billion in 2026 and forecasts $9 billion by 2033, an annual growth rate of 14.8%. Its scope spans airborne, terrestrial, mobile and drone applications, including surveying and navigation components.

That is a measure of the broader lidar ecosystem, rather than the addressable market for MOVIA Pro alone. The product’s opportunity lies in the subset of applications that need short range sensing and can use its onboard perception architecture.

The attraction of a multi industry strategy is that the same underlying sensing platform can find demand in machines, infrastructure and unmanned systems with different development schedules. That can spread commercial opportunities across more programs, while increasing the software and support work required to serve them.

Market growth also leaves room for competing architectures. Some systems will favor raw measurements flowing to a central computer; others will distribute interpretation across intelligent sensors. MOVIA Pro represents a bet that enough applications will benefit from the latter approach to support a repeatable product business.

MicroVision’s product page lists a 180 degree horizontal and 132 degree vertical field of view, a 10 Hz frame rate, weight below 400 grams and power consumption below 9 watts. Its range specification is 15.1 metres at 10% Lambertian reflectivity in 100 klx sunlight, with detection probability above 90% and false positives per frame below 1%. A separate 19.8 metre figure uses 50% detection probability under the same sunlight and reflectivity conditions.

Those operating points describe different detection probabilities. They cannot be treated as a single range rating, and neither establishes how a finished machine will behave around people or obstacles.

Putting perception on the sensor also leaves integration work across timing, data formats, software updates and fault handling. Detection, navigation and stopping behavior remain connected parts of the complete machine.

NIOSH’s October guidance on construction robotics identifies sensing degradation, communication failures, software changes and unexpected recovery behavior among the hazards associated with increasingly connected machines. Those are system reliability issues that remain relevant as more computing moves into individual components.

The scale of the opportunity is much larger than MicroVision’s present revenue base. On October 7, the company reaffirmed full year 2026 revenue guidance of $10 million to $15 million and projected revenue would double in 2027. Those are management forecasts for the company as a whole.

The important evidence now is whether additional production products lead to larger, recurring orders and a stronger revenue base. Growth across several applications would support the diversification argument; dependence on a handful of programs would leave much of the original business risk in place.

MicroVision’s next scheduled financial results are on October 28. The industry outlook is favorable enough to make the launch worth following: more machines need perception, software is moving closer to sensors, and domestic supply capacity is attracting policy attention. The commercial question is how much of that momentum becomes sustained sales.