SkyBean ChaseCam is unique product dedicated to record awesome videos and photos from position behind the paragliding/paramotor pilot. The shape is fine tuned to achieve as stable picture as possible without electronic stabilization. We spent hundreds of hours by heavy development using aerodynamic simulations and wind tunnel, what finally let you capture your flight safely from a different perspective than you used to be.

Suitable for various action cameras - GoPro Hero 3, 3+, 4 and GoPro Hero Session or GoPro Hero 5 Session (ChaseCam does not include GoPro camera).
We created simple, but sophisticated device, so everyone is able to launch smoothly and safe, with chasecam on board or from ground.
Construction is made from lightweight and durable plastic.
ChaseCam is absolutely safe to use and does not affect the quality of flight.
Stable record from ChaseCam is achieved by using aerodynamically stable profile, which was developed during hours of CFD simulations and with practical                                            tests in windtunnel.
Camera case is made from tough material, which protects it during non ideal takeoffs and landings. Wings are made from flexible material and are assembled                                        with laces, so it is hard to break it.

SkyBean ChaseCam weight is only 170 grams. In normal flight (aprox. 40km/h), it produces about 1.5N brake force, enough to fly in safe distance from lines. 

SkyBean ChaseCam is connected to canopy with bungee rope, stretched only 13% during normal flight, what brings extra safety in case, if accidentally  tangled up in lines. Please read user guide.


package contains

  • Head - camera case (GoPro Hero 3/4, GoPro Hero Session, GoPro Hero 5 Session)
  • Bungee rope with clip for canopy connection
  • Wings (ChaseCam body)
  • Laces (ChaseCam body)
  • Velcro (for harness launch)


ChaseCam is produced in 3D printer, therefore its surface is not perfectly smooth. There are some small dots and dashes that are not possible to remove. Those do not affect usability of the device.