ShotTracker Uses Sensors to Up Your Basketball Game

The idea of using technology and analytics to improve one’s skill set is no longer relegated to the pros. There are already plenty of offerings available to the consumer to help them with their tennis/golf/baseball/etc. And while other companies have tried to breach the basketball market, ShotTracker is touting a new easy and (fairly) affordable way to track your improvements on the court.

The idea behind ShotTracker is fairly simple. A combination of a wearable wrist sensor and a device secured to the net of the basket work together to help track shot attempts, makes, and misses. All that data is then beamed to a smartphone or tablet for further analysis. But the app goes beyond simple counting. Users can create custom drills and workouts, take a look at their shot map, and even follow the progress of  friends and teammates.

ShotTracker's shot map feature. (Courtesy of shottracker.com)
ShotTracker’s shot map feature. (Courtesy of shottracker.com)

ShotTracker also offers functionality for coaches. Custom workouts can be created and assigned to players. Coaches can also see which players have been practicing and which haven’t, and get a breakdown of who is improving in which areas.

ShotTracker provides something that can often go missing in practice sessions: structure. It becomes easy to just kind of mess around without knowing if you’re improving or not. With the ability to create drills around a particular skill or facet, and a way to empirically gauge  improvement, ShotTracker takes the guesswork out of practice.

ShotTracker is available now for $150, which includes a wrist sensor, wrist band, shooting sleeve, and net sensor.

(Header image courtesy of shottracker.com)





David G. Temple is the Managing Editor of TechGraphs and a contributor to FanGraphs, NotGraphs and The Hardball Times. He hosts the award-eligible podcast Stealing Home. Dayn Perry once called him a "Bible Made of Lasers." Follow him on Twitter @davidgtemple.

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Bryan Cole
9 years ago

Pretty cool. Three things:
1. I wonder how the sensor does in extreme heat/cold.
2. Can the sensor detect if the shot hits the rim, or only made/missed?
3. Any integration with the 94Fifty sensor ball, or is that overkill?