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Earth Explorer in a small parcel

Send a camera equipped robot in a small parcel to mission targets around planet earth

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You can drive my camera equipped robots in my www.RoboSpatium.de since June 2011. Time for a new robot to leave my attic in order to explore new worlds.

The idea is that people all over the world can order my robot. It will be shipped free of charge to it's destination. In the target area you need to provide an Internet connection (WLAN or mobile phone) and batteries (they are not included to keep the weight low).

The control interface is a webpage of my RoboSpatium and I will guide you through the process of connecting the robot to my server. As soon as it runs, it's up to you where to set the tiny explorer free.

Show the world your school, university, workshop, your projects or an interesting place that mankind has ignored for too long...

To keep the shipping costs low, the robot must fulfil the following requirements:
Length: 14 to 60cm
Width: 9 to 60cm
Length+Width+Height: no more than 90cm
Weight: 450g (500g including envelope)

In the target area, the habitants must provide:
1.) 4-5 AA rechargeable batteries
2.) Internet connection (WLAN or mobile phone)
With the small dimensions, it is not for rough terrain, thus the robot will be better for indoor than outdoor mission targets, but let's see how it performs...

For a larger robot or one with batteries included, the weight could be 1000g (double weight=double shipping costs)

The computing unit will be a Raspberry Pi Zero WLAN, thus Internet connection can go through USB, WLAN or Bluetooth.

To keep weight low, the chassis can be 3D printed.

Test drive my robots in my www.RoboSpatium.de.

  • 271g

    Norbert Heinz5 days ago 0 comments

    I have purchased the base components needed to build my tiny world explorer robot:

    1 Raspberry Pi Zero WLAN

    6 Stepper motors 28BYJ-48 + control boards

    1 Micro servo

    1 Rasperry Pi IR camera module

    The total weight is:

    The target weight for the robot must be below 500g to keep the shipping costs low. No more than 200g are left for:

    LEDs + chassis + wheels + battery holder.

    The robot will ship without batteries. 4 or 5 AA cells will be needed to power the electronics.

    Next things to be done are:

    -Wiring it up and see if it runs

    -3D print chassis and wheels

    -Adapt the software of my Curiosity Pi to make it run.

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