Get ready for a high-energy journey into the physics, precision and fearless creativity of big-mountain skiing when Teton Gravity Research presents Actually, It Is Rocket Science on Thursday, October 8, 2026. The screening begins at 7:30 pm, offering audiences an opportunity to experience the newest chapter in TGR’s ongoing exploration of the fall line and the limits of what elite snow athletes can do on a mountain.
At the heart of Actually, It Is Rocket Science is an entertaining question: what happens when the world’s best skiers treat the mountain like a laboratory? The film follows athletes across a remarkable range of locations, including Bute Inlet in British Columbia, Haines in Alaska, Japan, Finland, Andorra, Montana, Jay Peak in Vermont and Jackson Hole, Wyoming. Each setting brings different terrain, snow conditions and challenges, but the fundamental forces remain the same—speed, gravity, instinct and consequence.
The film takes a tongue-in-cheek look at the seemingly reckless abandon displayed by top snow athletes as they explore the boundaries of possibility. Beneath the spectacle, however, is a fascination with the calculations and decisions that shape a big-mountain descent. From dissecting a complex line and judging a massive gap to understanding transitions, amplitude and gravitational force, the athletes turn seemingly impossible maneuvers into experiments in motion and control.
For skiing enthusiasts and anyone drawn to adventure, Actually, It Is Rocket Science offers a compelling combination of breathtaking mountain action and playful scientific curiosity. Rather than simply celebrating the thrill of the descent, the film invites viewers to consider the forces and split-second choices behind it.
Whether the answer is “rocket science” or something much wilder, TGR’s latest film promises an engaging big-screen celebration of skiing, experimentation and the extraordinary ways athletes interact with the mountains. Mark Thursday, October 8 on your calendar and prepare to see the fall line from a whole new angle.
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