Dragy GPS Performance Meter

Description

Measure your 0-60mph, 60-130mph, 100-200kmh, 1/4 mile, 1/2 mile performance with the Dragy Performance Meter

The Dragy Performance Meter uses high speed GPS satellites to accurately measure your vehicles performance within 1/100th of a second, producing the same results as the much pricier and difficult to use VBOX system. Only in a less expensive and easier to use package. The Dragy software app automatically charts road slope on all timeslips which you can then post to forums or social media, share with friends, or even upload to the Dragy leader board. The Dragy Performance Meter is compact at 1″ x 3″ and can be placed on the dash when testing or stored in the glove box or center console when not being used.

Additionally, there are advanced features under development including superimposing performance data over your mobile camera, virtual races with friends, an internal feed for photos and performance discussion. Runs are saved in both metric and SAE formats, allowing for comparisons of 100-200kmh and other metric equivalents. You can also define your own performance windows for measuring both trap speeds and/or elapsed times, time to brake performance such as 100-0.

The system can be run simultaneously with JB4 Mobile and other bluetooth apps. Requires the Dragy app which is available free of charge for both iOS and Android.

Features:

• Measure acceleration (0-100kmh, 100-200kmh, 1/4 mile and more)
• Measure braking time (100-0kmh, 200-0kmh and more)
• Measure G-force
• Leader board sorted by manufacturer
• Video Drag and Drop
• Profile (garage, profile picture and more)

Box contents:

• Dragy Performance Meter
• USB charging cable
• 2x metal plates and 3M adhesive strip
• Manual

Check out our ATS-V 60-130 rankings page

All 60 to 130 mph rankings are based on valid Dragy times (i.e. slope </= -1.00%) whenever possible.  In cases where valid Dragy times aren’t available, we can also use official drag strip quarter mile time slips.  In these instances where all interval elapsed times are valid, we utilize a five point curve fitting algorithm.