Since renewable energy is powered by nature, we wanted to give it centre stage. To pique the curiosity of passing skiers without overshadowing the elements, we made our cabin blend perfectly into the landscape by wrapping it in a reflective film.
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Hydro-Québec partnered with us and LG2 to design a high-impact brand experience that would promote Quebec’s renewable energy leadership. Following an RFP from Le Massif de Charlevoix, a major ski resort, our mandate was to transform one of its gondola lifts into an immersive, emotionally resonant journey.
160,000
trips up the mountain in one year (12-minute experience)
1M
views of the launch video two weeks after deployment
Since renewable energy is powered by nature, we wanted to give it centre stage. To pique the curiosity of passing skiers without overshadowing the elements, we made our cabin blend perfectly into the landscape by wrapping it in a reflective film.
Divided into three videos combining images, light and sound, we created a captivating story that presents the three sources of Quebec’s clean and renewable energy – water, wind and sun. To produce the videos without using stock footage or breaking the bank, every element was recreated in the studio. When combined with engaging narration, the result was truly impressive.
To adapt the story to the environment, we had to consider the mountain’s 700 m drop and unpredictable gondola stops. Knowing that the climb would last between 10 and 14 minutes, we used an altimeter to synchronize the audio and video to the altitude of the ascent, prolonging some sequences when needed.
Braving the elements
Unlike a stunt, our installation was permanent, so we needed to ensure that the gondola experience could run autonomously for a full 10-hour period (the maximum duration of activities on the mountain) in a climate where temperatures can vary from -40℃ to +40°C. To that end, we carefully chose electrical components such as batteries (four 6V flooded lead acid batteries connected in series and in parallel) to make sure the cabin would be operational all day.
Flattening a curved surface
Due to the shape of the cabin, our projection surface was nowhere near flat. In fact, it was an asymmetrically curved surface that distorted images and made projection incredibly difficult. To get around this issue, we sent the video texture to a GPU shader. They deformed the UVs in real-time and inversely matched any subtle distortions caused by the curved surface.
Since the experience lasted for two years, we trained the teams at Le Massif so they could operate the cabin without our constant support. We were also on-site for launch week and the major holiday weeks, making sure the experience would always be rolling as expected.