Ouster, Inc. Common StockOuster reports surging customer momentum with payload integrators and drone OEMs selecting its Rev8 OS1 Max lidar for aerial mapping, inspection, and defense applications.

Ouster announced surging customer momentum for its Rev8 OS1 Max native color digital lidar, which the company calls the world's first native color lidar, with payload integrators and drone OEMs across the aerial mapping market selecting the sensor for utility corridor inspection, infrastructure management, and defense applications. Powered by Ouster's L4 Max chip, the Rev8 OS1 Max pairs 256 channels of survey-grade 3D range data with native 48-bit color, reaching ±0.25 cm 1σ precision and ±1.25 cm accuracy, twice the precision and accuracy of the previous Rev7 generation, with a spot size up to 50% smaller than Rev7 and 200 meters of range at 10% reflectivity. The sensor carries IP68 and IP69K ingress protection, 100 G shock resistance, and an operating range of -40 °C to +85 °C, and is designed and developed in the U.S. to comply with the statutory supply chain security standards under §164 of the FY2025 National Defense Authorization Act, with Build America, Buy America Act certified versions also offered. Flyability is evaluating Ouster's Rev8 OS0 lidar to unlock native color 3D mapping in hazardous and GPS-denied industrial environments, building on five years of joint innovation, while GeoCue is pairing its TrueView payloads with the Rev8 OS1 Max. Ouster is showcasing the Rev8 OS1 Max at INTERGEO in Munich from September 15-17 in Hall B5 at Booth B5I018.
Ouster, Inc. Common StockOuster reports surging customer momentum with payload integrators and drone OEMs selecting its Rev8 OS1 Max lidar for aerial mapping, inspection, and defense applications.
Alibaba Group Holding Ltd
CTO Realty Growth IncFlyability is evaluating Ouster's Rev8 OS0 lidar to unlock native color 3D mapping in hazardous and GPS-denied industrial environments.
GeoCue is pairing its TrueView payloads with Ouster's Rev8 OS1 Max, indicating adoption of the sensor in its mapping products.