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Product Links

AL-016 Data sheet

Logger User's Guide

Quick Start Guide

Post-Processor User's Guide

Download latest Post-Processor V2.1

Online Post-Processing results:
AEROPAC 2018 ARLISS Launch Event
AEROPAC 2015 ARLISS Launch Event
AEROPAC 2014 ARLISS Launch Event



NAR Sport Rocketry
ARLISS Data Logger Project Part1.pdf
ARLISS Data Logger Project Part2.pdf

The AL-016 Rocket Data Logger is your solution to obtaining sub-millisecond visibility to linear and rotational forces. It measures acceleration and rotation in 3 dimensions to capture and record inertial motion with very high resolution, dynamic range, and accuracy.

Every 750 microseconds the Logger collects data from its sensor cluster and records it to an onboard flash memory chip. The recorded data is then written to the Logger’s Micro SD media card. By first recoding to the onboard memory, the Logger is able to operate in the harsh vibration and high shock environment.

Target Applications


Post-Processing Software

The Logger generates an ASCII text spreadsheet file and a raw binary file. The spreadsheet file (.csv format) contains the recorded data samples converted to convenient units (acceleration (g), gyroscope rate (dps), etc.). The contents of this file can be viewed directly without using the Post-Processor. The raw binary file contains a superset of this information.

The Post-Processing Software reads the raw binary file, permits the user to specify the types of analysis to be performed, makes calibration adjustments to the data, analyzes the data, breaks it into multiple flight phases, and creates a web ready report with its supporting charts and table files.

Information describing the test, the rocket, and the payload may be entered into the Post-Processor and be included in the test/flight report.

Analysis performed:

* Premium features are currently being Beta Tested. The "Beta Test" versions of these features are temporarily being made available in the "basic" version of the Post-Processor.

During analysis, key test parameters are compared to specified "normal ranges". Any key parameters outside these ranges are flagged in the report as anomalies. (The "normal range" values are held in a user modifiable XML file.)

See the documentation and online Post-Processing results (left margin) for more information.

V2.1 Release Note:

This version of the Post-Processing Software installs automatically on Windows (Vista and above), Mac OSX, and Linux systems. The new installer also creates an "uninstaller" for later removal of the software. Please refer to the latest ReadMe file release notes and installation information.

Battery Chargers and Batteries

The Loggers are compatible with Adafruit and Spark Fun 3.7V LiPo battery chargers and batteries that use the 2-pin JST connector. In these web sites, search using
"3.7 lipo battery charger jst". The USB chargers work well.

The 3.7V 150 mAh battery provided with the Logger will power the Logger for a typical weekend of flying. Larger capacity batteries are also available on these sites.

USB Serial Adapter Cables

Currently, connecting to the serial port of the Logger is only necessary for calibration. Since the Logger is calibrated at the factory, you may never need to connect to the serial port. If you connect to the serial port, use a "3.3V TTL (not 5V) serial adapter" serial adapter and only connect the TX, RX, and GND signals. (See the User's Guide for pin definitions.)

International Orders

The "buy now" button is only configured for shipping to the states and territories of the USA. For other shipping addresses, please send us email via our Contact page.