Before using the AeroTrack for the first time, ensure you have gone through the first time setup HERE
Overview
The AeroTrack is a handheld RFID reader that operates using the MobileTrack app in conjunction with a single, directional antenna. Because of the compact and lightweight design, the AeroTrack can be implemented in remote locations, or used as quick and easy redundancy for existing timing lines. It has data sessions that can be found and streamed in the same way as a Minitrack or Pro controller through the CCS database.
Key Features:
- Operating System: Android 11
- Display: 6 inch, 2160x1080
- Battery: Removeable 6700mAh battery
- Battery life is dependent on settings and usage (maximum power consumption tests ran for approximately 2 hours)
- The AeroTrack CANNOT continue to read tags while the battery is being swapped
- Weight: 598g / 21.09oz. / 1.32 lbs (with battery)
- Network: Built in WiFi and Cellular (dual SIM, micro/nano)
- Compatible with AT&T, Hologram, GoogleFi
- Not compatible with Verizon
- Scanning: 1D/2D Barcode
- Weatherizing: IP65 Sealing
With the MobileTrack app open, pull and release the trigger once to start/stop continuous reading. You do not need to hold the trigger down. For a single read, depress one of the ridged buttons on either side of the device. RFID reads are recorded as NORMAL transactions, and the AeroTrack also records IMMEDIATE reads simultaneously. Any manual reads entered will still be recorded as KEYED (make sure you are selecting the correct type when streaming the data in your middleware).
The data will automatically be uploaded to the server when the device is online, either through a cellular or wifi connection. Alternatively, you can save and send the data as a file.
For more on this, as well as additional details on operating the app, please see the MobileTrack Introduction article.
The AeroTrack has a standard USB-C charging port and can be charged with the supplied USB power supply and cable, or any USB power source and cable. For events where the AeroTrack will be in use for long periods, we recommend deploying it with a backup battery so that the internal battery remains topped off while in use (the AeroTrack is fully functional while charging, both in reading tags and in using the app otherwise).
Some power sources and USB-C cables may not be capable of providing enough power so that the AeroTrack charges while the RFID reader is operational. At low temperatures some external battery packs may not operate optimally.
The internal battery can be removed by loosening the thumbscrew on the bottom of the grip. This battery can be swapped out while the AeroTrack remains powered on, but the RFID reader will be disabled until the battery is reinstalled.
At power levels below 20%, battery life and RFID operation may be inconsistent due to the amount of power draw the reader has. DO NOT TRUST the reported battery percentage below 20% and provide external power as soon as possible.
Ensure any charger used for the AeroTrack is 1 amp at minimum.
As always, we recommend field testing any batteries or charging cables or equipment that is not specifically recommended by Chronotrack staff.
Option 1: Handheld
This will produce better read rates than the mounted option (explained below). Point the flat orange antenna directly at the bib/tag you are attempting to read, and ensure there are no spectators or event staff standing in front of you.
When used as a backup device on a timing line, have the operator stand with the AeroTrack in the center of the course so that they can effectively target bibs/tags in any part of the path.
Although the ideal read range for the AeroTrack is about 15 feet, please note that it is capable of reading much further (and much closer) than this. As always, we recommend testing any setup that has potential complications.
Option 2: Mounted
This is where you leave an AeroTrack mounted on the side of a course. These can be left to read tags without someone operating it, but should not be left entirely in case of theft or interference (watch for anyone standing in front of the AeroTrack). The max effective course width for a single AeroTrack to achieve optimum read rates is three meters across. A pair of AeroTracks (one on each side of the course) can effectively cover a max width of five meters across. A mounted AeroTrack should sit approximately four feet off the ground.
Since no one will be specifically pointing the AeroTrack at athletes' bibs in this scenario, you will need to ensure they are set wide and facing slightly inward (not perpendicular, like a Flashpoint) ten feet back from where you want the athletes to be read, as demonstrated below:
When used as a backup device on a timing line, set the AeroTrack(s) approximately fifteen feet back from the line to optimize accuracy.