Luxonis Launches OAK 4 FFC Vision Computer
The 52 TOPS vision board allows robotics developers to configure up to five custom camera modules for specialized tasks.
Updated on Oct. 27, 2026 in Robotics
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Luxonis has released the OAK 4 FFC, a new vision computer designed to support up to five custom camera modules. The system, which runs on a proprietary Linux-based operating system, is currently available for order in both Developer Kit and Barebone configurations.
Why it matters
The release addresses customer demand for specialized sensor configurations that rigid, off-the-shelf vision systems cannot accommodate. By providing an open-source reference design, Luxonis is enabling developers to integrate bespoke multi-camera arrays into robotics and industrial automation workflows.
The OAK 4 FFC is powered by a 6-core RVC4 processor capable of 52 TOPS of compute. The hardware supports five concurrent camera modules and includes 2.5 Gigabit Ethernet with PoE+ capabilities.
The players
Luxonis
A developer of spatial AI and computer vision hardware for robotics applications.
The details
The OAK 4 FFC uses a flexible architecture where users attach camera modules directly to the main board. To ensure spatial accuracy, the system employs factory-calibrated intrinsics—the internal mathematical parameters of a camera lens—alongside dynamic calibration software that aligns individual views into a cohesive model via the OAK Viewer interface.
Timeline
October 2026: Luxonis releases the OAK 4 FFC and opens orders.
November 2026: Developer Kit orders begin shipping.
Q1 2027: Barebone model deliveries are scheduled.
The Tech Race
The OAK 4 FFC platform significantly scales the compute and sensor capacity of the existing OAK vision series. It represents a direct move to capture the industrial robotics market by offering higher TOPS-per-gram performance than prior iterations.
The Developer Kit is priced at $849, while the 36-gram Barebone model costs $729. Potential users must source camera modules separately, starting at $39.99, to utilize the board for custom vision workflows.
The takeaway
The OAK 4 FFC shifts the bottleneck in custom robotics design away from rigid camera constraints and toward modular, high-compute vision arrays. Watch for the future release of Thermal and Time-of-Flight sensor modules to determine the full imaging range of this new platform.
Further reading
For broader trends in vision-based navigation, explore the Robotics archive.
More information
View full technical documentation on the Luxonis OAK 4 FFC product page.
Source note: This article includes information reported by sUAS News - The Business of Drones.
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