Ayrton Launches Falconer Remote Followspot Control System
The system allows lighting operators to manage up to 36 fixtures from a single 18.5-inch touchscreen interface.
Updated on Oct. 21, 2026 in Robotics
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Ayrton has released the Falconer remote followspot control system alongside the Horus camera fixture. The system provides professional lighting operators with a centralized interface for managing multiple lighting units.
Why it matters
This release centralizes control for complex stage lighting setups, allowing operators to coordinate multiple fixtures through a single interface. It streamlines production workflows by reducing the manual oversight previously required to track multiple light sources simultaneously.
The Falconer base station features an 18.5-inch Full HD touchscreen and utilizes GDTF file definitions for parameter control. The accompanying 6.7kg Horus camera sports a 3.7-megapixel CMOS sensor with 30x optical zoom and a 65° field of view.
The players
Ayrton
A manufacturer of professional LED lighting equipment for entertainment and architectural industries.
The details
The Falconer system functions by rigging a camera near the stage, which transmits a live feed to the operator. To synchronize fixtures, the system employs a 3D calibration process that aligns the lights based on four defined reference points in the performance space. The Horus camera, designed for these environments, is rated IP65 to resist dust and water, and maintains full operation in temperatures ranging from -20°C to 45°C.
Timeline
October 20, 2026: Ayrton launched the Falconer and Horus systems.
The Tech Race
Ayrton is positioning the Falconer system to compete in the high-end automated lighting market, which has seen a shift toward unified, standard-based control protocols. By adopting the GDTF standard, the hardware aims to integrate seamlessly into existing digital lighting workflows.
Lighting operators in professional production environments can now control up to 36 fixtures from a single centralized console. The hardware is designed for diverse climates with an operating range of -20°C to 45°C, making it suitable for both indoor stages and outdoor events.
The takeaway
The Falconer system represents a push toward higher-density control in stage lighting, moving away from single-source manual operations. Future performance benchmarks will determine if the 3D calibration process maintains accuracy when expanded to the full 36-fixture limit.
Further reading
For broader trends in stage automation and hardware integration, visit Robotics.
Source note: This article includes information reported by Etnow.
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Do you trust remote control systems to deliver the same performance quality as manual stage followspotting?
