Who Are RECCO?
RECCO specialises in advanced search-and-rescue systems designed to assist professional rescuers in locating missing or injured outdoor enthusiasts. Their technology is built around a two-part radar system, consisting of lightweight RECCO reflectors worn by athletes and powerful detectors operated by rescue teams.
Originally developed for avalanche rescue, RECCO technology is now used year-round across mountain sports, including trail running, skyrunning, hiking, skiing, and mountaineering.
How RECCO Technology Works
RECCO’s system is passive, meaning the reflector requires no batteries, activation, or maintenance. When rescuers search an area using handheld or helicopter-mounted detectors, the reflector returns a clear signal, helping teams locate individuals more quickly across large and complex terrain.
Key advantages of RECCO technology include:
No batteries or charging required
Works in all weather conditions
Detectable by professional rescue services worldwide
Suitable for year-round mountain use
RECCO and the Skyrunner® World Series
Skyrunning takes place in remote, technical, and high-altitude environments where safety planning is critical. RECCO’s partnership with the Skyrunner® World Series reinforces the series’ commitment to athlete safety and responsible mountain racing.
As part of this partnership:
RECCO reflectors are mandatory for key races
Safety awareness is promoted across the global skyrunning community
Event organisers and rescue teams benefit from enhanced search capability
This collaboration helps ensure that athletes, organisers, and rescue professionals are better prepared for the challenges of mountain racing.
Why Safety Matters in Skyrunning
Mountain environments are unpredictable, and skyrunning athletes often compete far from immediate assistance. By integrating RECCO technology into race safety protocols, the Skyrunner® World Series strengthens its ability to respond effectively in emergency situations — supporting faster, more coordinated rescue efforts when they matter most.





