The startup develops indoor wind tunnels that simulate the experience of skydiving, allowing users to engage in controlled free-fall environments. Their facilities also feature a virtual parachuting simulator, enabling customers to customize their landing locations while experiencing the entire descent process under supervision.
Funding
$3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional skydiving is weather-dependent, requires significant training, and carries inherent risks, limiting accessibility for many individuals. The cost of equipment, aircraft rental, and instructor fees can also be prohibitive for those interested in experiencing free-fall.
Solution
This startup offers a controlled indoor skydiving experience using vertical wind tunnels that simulate the sensation of free-fall without the need for parachutes or airplanes. These wind tunnels provide a safe and accessible environment for individuals of all ages and skill levels to experience body flight. Additionally, the company provides virtual reality parachuting simulators, allowing users to customize their landing locations and experience the full descent process in a controlled setting.
Target Audience
The primary target audience includes thrill-seekers, adventure enthusiasts, families, and corporate groups looking for unique recreational activities and team-building experiences.
Features
- Vertical wind tunnels generating consistent, high-velocity airflow for simulated free-fall
- Adjustable wind speed controls to accommodate different body weights and skill levels
- Comprehensive safety briefings and supervised flight sessions with certified instructors
- Virtual reality parachuting simulators with customizable landing locations and realistic descent physics
- Integrated video recording systems to capture and share flight experiences
- Climate-controlled facilities for year-round operation, regardless of external weather conditions