Payload Camera Modules for UAVs and Drones
FRAMOS camera modules provide system-ready imaging payload solutions for inspection, mapping, monitoring, and remote sensing applications. While navigation and FPV cameras help a drone fly, payload cameras capture the high-quality image data needed to perform the mission. Each module combines optimized sensors, validated optics, and platform-specific image tuning to deliver reliable results in the field.
High-Resolution Imaging for UAV Inspection and Mapping
Payload cameras capture the image data that powers drone missions, from infrastructure inspection and aerial mapping to environmental monitoring, precision agriculture, and remote visual data collection. The ideal camera module depends on the required image resolution, field of view, lighting conditions, altitude, and integration requirements of the drone platform.
For many drone imaging applications, FSM:GO IMX678 provides an excellent starting point with 4K resolution, STARVIS 2 low-light performance, HDR support, and lens options ranging from 54° to 110° HFOV. For NDAA-compliant deployments in the U.S. market, FSM:GO IMX838 provides a direct drop-in alternative on the same module architecture.
More ground per pass. More detail in every pixel.
Every additional pass costs flight time, battery, and mission complexity. The camera module's field of view determines how much ground a single pass covers - and how many passes complete the mission. FRAMOS matches each sensor with optics engineered for its format, giving you maximum coverage without geometric distortion at the edges.
56° HFoV: ~64 m swath at 60 m altitude More passes required to achieve sidelap overlap targets Longer flight time per mission area Lens distortion compounds at frame edges - affects photogrammetry accuracy
A narrow OEM lens at 60 m altitude covers roughly 64 m swath width. To map 500 m with 20% sidelap requires around 10 passes. Mission time scales linearly - and battery life doesn't.
100° HFoV: ~143 m swath at 60 m altitude Fewer passes needed for identical sidelap overlap target Shorter mission time - directly extends effective range per battery Geometric calibration ensures consistent edge-to-edge accuracy for mapping outputs
The 100° matched optic at 60 m covers ~143 m per pass. The same 500 m area with 20% sidelap takes around 5 passes - roughly half the flight time, with factory-calibrated geometry for clean photogrammetric reconstruction.
Reliable image data when the scene doesn't cooperate
Payload cameras operate across conditions that push sensor limits: direct sunlight and shadow in the same frame, reflective surfaces, changing altitude, and low-light dusk missions. The IMX678 STARVIS 2 architecture delivers high dynamic range and NIR sensitivity that keeps image data usable where conventional sensors clip or lose detail.
High dynamic range - sun/shadow in one frame
STARVIS 2 BSI architecture handles extreme contrast across a single frame. Inspection images from rooftops, infrastructure, and open terrain stay detail-rich in both highlight and shadow areas - no HDR post-processing pass required.
NIR sensitivity - early crop stress, material detection
Near-infrared sensitivity allows the same module to capture data beyond the visible spectrum. For precision agriculture this means canopy health monitoring. For infrastructure it enables material anomaly detection not visible in the RGB range.
Low-light resilience - dusk and tunnel missions
Back-illuminated pixels improve photon collection efficiency, maintaining usable image quality in lower ambient light. Inspection missions that extend to dusk or enter tunnel and bridge structures produce cleaner data without auxiliary lighting.
One module, three mission profiles
FSM:GO IMX678 is designed around inspection and mapping requirements but the imaging characteristics - resolution, dynamic range, NIR response, wide FoV - apply across multiple payload mission types with no hardware change.
Infrastructure inspection
High-resolution imaging of bridges, towers, pipelines, and rooftops. 4K detail captures surface defects, corrosion, and structural anomalies at safe standoff distances. Dynamic range handles direct sun on metal and concrete in a single frame. Geometric calibration supports measurement-accurate outputs from photogrammetric processing.
Aerial mapping & 3D reconstruction
Wide 100° FoV increases swath coverage per pass, directly reducing mission time and battery cycles. Factory-calibrated geometric accuracy ensures consistent overlapping frames for orthomosaic and point cloud generation. Validated at multiple altitude profiles for survey-grade output.
Precision agriculture
NIR sensitivity beyond 700 nm enables vegetation index calculation from a single camera module. NDVI-equivalent analysis for crop health monitoring, irrigation planning, and yield estimation without a separate multispectral payload. Covers large field areas efficiently at 60-100 m cruise altitude.
In each scenario the bottleneck is the same: coverage, resolution, and image quality in changing conditions. A wider field of view shortens missions. Higher dynamic range keeps images usable across contrast extremes. NIR sensitivity extends the data collected per flight. FSM:GO IMX678 addresses all three with one validated, production-ready module.
FSM:GO IMX678 - Payload Camera Module
Product image representative only
FSM:GO IMX678 is a complete payload camera module – not a bare sensor. It combines an 8 MP STARVIS 2 sensor with a factory-selected 100° HFoV optic, geometric calibration, and validated MIPI CSI-2 drivers into a single PixelMate-interfaced module ready for Jetson Orin and NXP i.MX carrier boards.
The module is EU-manufactured and supplied with open-source drivers on GitHub. Order in small quantities from Mouser for evaluation; request a quote for production volumes or custom optic configurations. For U.S. government programmes and NDAA-sensitive deployments, FSM:GO IMX838 is the direct NDAA-compliant equivalent – same module, same optics, no redesign required.
From evaluation kit to production deployment
Every FSM:GO module ships with open-source drivers, calibration data, and hardware integration notes. The path from first evaluation unit to production integration follows a structured workflow - with FRAMOS engineering support at every stage.
Order evaluation unit from Mouser
In-stock distribution. Ships fast, no account required. Same module as production - not a stripped dev kit.
Connect to carrier board
PixelMate connector interfaces directly with Jetson Orin, NXP i.MX 8M Plus, or Qualcomm RB5 adapter boards. No soldering, no rework.
Pull open-source drivers
FRAMOS-maintained V4L2 drivers on GitHub. Validated builds for supported platforms. Image streaming in minutes.
Validate with your pipeline
Calibration data ships with the module. Run your photogrammetry, inspection, or NIR pipeline directly - geometry is already verified.
Request a quote for production
Scale volumes, customise optic configuration, or discuss mechanical integration. FRAMOS engineering works with your procurement and hardware teams.
FSM:GO IMX838 - NDAA-Compliant 8 MP
FSM:GO IMX838 is a direct, drop-in alternative to FSM:GO IMX678 – built on the same proven module architecture with an NDAA-compliant sensor. For teams building for the U.S. market, it removes compliance risk without changing anything else: same lens options, same PixelMate™ interface, same platform drivers, same integration workflow.
If your customer requires NDAA compliance for a federally funded programme, critical infrastructure project, or government contract, switching from IMX678 to IMX838 requires no hardware redesign, no driver changes, and no re-qualification. It is a market-access decision, not an engineering one.
Navigation & FPV modules to complete your UAV system
Ready to integrate?
Talk to our UAV vision engineers. Discuss your platform, mission profile, and integration requirements – we’ll help you validate the module for your payload stack.