When deploying a reserve parachute, if the pilot is unable to neutralise the wing, a phenomenon known as the mirror effect may occur: the paraglider opposes the reserve, creating an unstable configuration.
In the event of a low-altitude deployment, with very little time to react or when intervention is impossible (for example in the case of a twist), this effect may prevail. The distance between the shoulders and the main attachment point then creates a lever effect that tilts the pilot into a horizontal position on their back, exposing them to dorsal impact without the possibility of corrective action.
The STAND-UP system developed by NEO provides a direct solution to this issue. The attachment points are positioned at the level of the main anchor point to eliminate this lever effect. The result: automatic pilot uprighting, regardless of the flight configuration.
The pilot can therefore land seated or standing, depending on their preference. The naturally upright position makes it easier to transition into a fully standing posture if required, ensuring a more controlled landing.
More information and video:
https://neoatelier.fr/stand-up-system/
