Clifton, PocketLab's inventor and CEO, posted a helpful explanation on PocketLab's Projectile Speed graph in our previous forum. The original post is below:
Have you ever wondered what happens to your package after you put it in the mail? Does the package ever get hot, cold, wet, turned upside down, dropped off the back of a truck, or bitten by a dog while waiting on your doorstep?
The PocketLab Team has been brainstorming citizen science experiments that users around the world can investigate with us. Join us in the first ever citizen science project that examines the mysteries of what happens to your package when it goes into the mail!
Starting January 1, 2016 we have found a new international carrier, Globegistics, that is able to dramatically reduce our shipping cost by almost 70%! We are passing that savings entirely on to our customers, and now if you order internationally, we are charging a flat rate of only $8US.
Globegistics is able to give about the same delivery times for most countries, and the same reliable US Postal Service shipping and tracking.
Ordering your PocketLab internationally has never been more affordable!
PocketLab user Martin Isaksson used his PocketLab to measure the magnetic field generated by the motor of a washing machine. Check out his results below. Pretty cool!
Washing apparatus ready detection
Using a PocketLab put on the top of a washing machine, we measure the magnetic field generated by the motor. The magnitude of this vector is used to detect if the motor is on, and when the motor has been off for some time, we say that the cycle is finished.
Who knew you could use a science lab like PocketLab to learn geography? Well, we have certainly been getting a major geography lesson from our customers. We have shipped PocketLab to more than 43 countries around the world, and we have to admit that we consulted a map more than once to know where some of them were. So far our list of countries shipped includes:
Check out how the NFL has been using RFID sensors to monitor every player’s movement in every NFL game this season. Two location beacons, made by Zebra Technologies, are placed on each shoulder pad of every NFL player. Data from those beacons is transmitted to 20 stationary receivers throughout each stadium. Using the data, the NFL can measure each player’s position, speed, acceleration, and distance covered, in real time.
A member of the PocketLab community posted to our forum last week, describing a clever way he used PocketLab’s magnetometer to help with a medical condition. We aren’t medical doctors, and PocketLab is not a medical device. This post is not endorsing PocketLab to be used to collect medically relevant data, however, we think this post speaks to the creativity of our users. It sure put a smile on our faces.
The following was from user @ibid, posted to our forum on August 19:
After hours of USPS box folding, tiny-screw tightening, and quality assurance testing, we are happy to announce that our manufacturing and fulfillment is up to speed. We can’t thank our supporters enough.
If you pre-ordered a PocketLab through Kickstarter or through our own site, chances are you’ve already paired it to your device and explored with it.