Pixy LR S-Port Context
Overview
Context
Supply
Discovery
Market context
Pixy LR S-Port is Gremsy's lightweight UAV gimbal for Sony ILX-LR1 payload integration in mapping, inspection, survey, and aerial-imaging workflows.
Target environment: UAV mapping platforms, inspection drones, photogrammetry systems, survey aircraft, and aerial robotics payload stacks. Workflow context: Payload stabilization, camera mounting, hot-swap payload handling, autopilot control, and image capture for aerial data workflows. Customer context: Drone OEMs, mapping providers, inspection teams, survey integrators, and aerial robotics developers. Deployment model: Payload subsystem integrated with UAV frame, camera, autopilot, power, vibration isolation, and mission-planning software. Commercial maturity: Commercial Gremsy gimbal product with payload support for UAV mapping and inspection workflows. Adoption constraints: Adoption depends on payload fit, aircraft compatibility, vibration, control interface, camera workflow, weight budget, and field-service needs. Market position: Payload-stabilization component for aerial robotics, survey drones, and inspection aircraft. Adjacent products: Cube Orange+ Flight Controller, Halo BVLOS Connectivity Platform, Nano2 Mesh Rider Radio
Workflow
Payload stabilization, camera mounting, hot-swap payload handling, autopilot control, and image capture for aerial data workflows.
Deployment environment
UAV mapping platforms, inspection drones, photogrammetry systems, survey aircraft, and aerial robotics payload stacks.
Specifications
Msrp: MSRP $2,349 Supported Camera: Sony ILX-LR1 Dimensions: 140 x 115 x 200 mm Quick Release: S-Port / Mio Quick Release with hot-swap payload feature Input Power: 15-52 VDC Interfaces: Micro USB, UART, SBus, Micro HDMI Supported Platforms: Pixhawk and CubePilot hardware; ArduPilot and PX4 autopilot platforms Sdk: gSDK, Gremsy Payload SDK and MAVSDK with Gremsy S-Port EVO cable Operation Modes: On/off, lock mode and follow/mapping mode Weight: 462 g including quick release
Tags
Peer Group: Camera gimbals Workflow: Drone Autonomy Stack Capability: Robot perception Stack Layer: Sensing stack, Gimbal, Mechanical integration stack, Gimbal and payload hardware
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