SEAGULL-REC 2 CAMERA TRIGGERS
₹16,399.00
Out of stock
Seagull #REC2 is a second edition of our popular Sony camera / camcorder controller. With #REC2 it is possible to supply power to the camera via on-board interface which extends the usage greatly for those long mapping and surveillance jobs! #REC2 now features configurable INPUT modes such as PWM or SBUS – which helps to limit the amount of wiring on UAV platforms. Last but not least users are able to adjust the desired Timelapse interval and when combined with #SYNC2 the precision between photos are within microseconds!
Product Details
Features:
- USB Power Supply – extend the usage time of your camera!
- Video Record – START / STOP
- Shutter Release – photo capturing MANUAL / AUTOMATED
- Zoom Control – IN / OUT with variable speeds
- Manual Photo – separate stages for Focus and Shutter Release
- Timelapse – user defined interval for Shutter Release
- Shutter Feedback – #SYNC2 support for microsecond Timelapse precision
- Digital Capture – *shutter release only for Sony camcorders
- Selectable Input – control via PWM / SBUS interfaces
- Camera ON / OFF
- INPUT SELECTION ( PWM or SBUS based INPUT to control modes )
- RECORD VIDEO ( START and STOP )
- SHUTTER RELEASE ( Capture photos via MANUAL or AUTOMATED activation )
- ZOOMING ( Variable speeds for ZOOM IN and OUT )
- MANUAL PHOTO ( 3 stage trigger mode NEUTRAL / FOCUS / SHUTTER )
- TIMELAPSE ( User defined interval repeated shutter release )
- SHUTTER FEEDBACK ( Support for #SYNC2 for microsecond Timelapse precision )
- Camera ON/OFF ( Turn camera ON or OFF – depending on previous state )
- Digital Capture ( *Shutter release ONLY for Sony CAMCORDERS )
Technical Specifications:
- Voltage: 3.9 – 12V (5 volts recommended – do NOT exceed 12V!)
- Current draw: 30.6mA (PS-DISABLED)
- Input signal: SBUS or Standard R/C PWM servo signal ( between 1000 – 2000uS )
- Dimensions: 39.5mm x 21.5mm x 10.5mm
- Weight: 8g
- Compatibility (Cameras): Broad range including Canon, Nikon, Sony, Panasonic, GoPro, Fuji, Sigma, and others via USB, Multi-port, and LANC interfaces. (Specific camera cables are required and sold separately).
- Control Interfaces: USB (various types), Sony Multi-port, LANC.
- Compatibility (Flight Controllers): Pixhawk (all versions), APM (all versions), DJI Wookong/A2/A3/N3, ArduPilot, and other systems supporting PWM output for camera control.
- Feedback: Real-time camera status feedback (e.g., recording status via LED).
Additional Details:
- Manufacturer: Seagull UAV
- Brand: Seagull
- Generic Name: Camera Trigger || Video Trigger || Photo Trigger || Drone Camera Remote || UAV Camera Control || RC Camera Control || Camera Accessory || Aerial Videography Trigger || Remote Photography Device || Wireless Camera Trigger || Drone Component
- Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)
- Ideal For: Aerial Videography || Aerial Photography || Professional Cinematography || Drone Surveillance || Mapping & Surveying || Wildlife Observation || Remote Video Capture || UAV-mounted Cameras || Live Streaming (with compatible camera) || Industrial Inspections (video/photo) || News Gathering.
Package Details:
Includes:
- 1 x Seagull #REC 2 Camera Trigger
- 1 x Servo cable (30cm length)
Frequently Asked Questions:
Q1. What new features does the Seagull #REC 2 offer compared to the original Seagull #REC?
Ans. The Seagull #REC 2 offers expanded camera compatibility for both video record/stop and photo capture, enhanced reliability, and real-time camera status feedback, providing more comprehensive control.
Q2. Which camera interfaces does the Seagull #REC 2 support for camera control?
Ans. The Seagull #REC 2 supports cameras with USB, Sony Multi-port, and LANC interfaces, requiring the appropriate camera-specific cable for connection.
Q3. Can the Seagull #REC 2 be integrated with common flight controllers for automated missions?
Ans. Yes, it is fully compatible with popular flight controllers such as Pixhawk, APM, DJI Wookong/A2/A3/N3, and ArduPilot systems, allowing for automated video recording and photo capture during autonomous drone missions.
