Carv is a wearable device that attaches to ski boots and utilizes 6-axis motion sensors to analyze skier movements and pressure distribution in real-time. It provides personalized audio feedback and actionable insights, enabling skiers of all levels to improve their technique and performance on the slopes.
Funding
$5.1M 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.
AVHCFounders
Product
Problem
Skiers often struggle to identify and correct technical flaws without expert guidance, hindering their progress and enjoyment on the slopes. Traditional ski instruction can be expensive and difficult to access consistently, leaving many skiers to rely on guesswork and potentially reinforce bad habits.
Solution
Carv is a digital ski coach that uses wearable sensor technology and AI-powered analytics to provide real-time feedback and personalized insights. The system consists of thin, instrumented inserts that attach to any ski boot and measure motion and pressure distribution. As the user skis, Carv analyzes their technique and delivers audio coaching cues directly to their ear, helping them refine their form and improve performance. The Carv app tracks progress over time, highlighting areas of improvement and offering tailored drills to address specific weaknesses.
Target Audience
Carv is designed for skiers of all levels, from beginners looking to develop fundamental skills to advanced skiers seeking to refine their technique and push their performance limits.
Features
- Boot-mounted sensors capture detailed data on motion, pressure, and balance
- Real-time audio feedback provides immediate guidance on technique adjustments
- AI-powered analysis identifies areas for improvement and suggests personalized drills
- Mobile app tracks progress, visualizes performance metrics, and offers training plans
- Compatible with any ski boot without requiring custom fitting or modifications
- Integrates gyroscope and acceleration data to analyze ski movement