Quest Institute QuestCape¶
The design is based on the FatcatLab EVB, so the hardware driver links on this page all point to the EVB docs.
Since the QuestCape does not have an EEPROM to electronically identify it, some
manual configuration is required to enable it. This is done by editing the
uEnv.txt file in the boot partition:
# QuestCape cape=quest
QuestCape is powered from the 5V jack on the BeagleBone. The motors are powered separately via a connector on the QuestCape. There is no battery voltage indication (it is expected to be powered by a fixed power supply).
Motors can be powered from the 5V jack on the BeagleBone, but it is not recommended.
Sensors and Input Ports¶
The QuestCape input ports are basically the same as the input ports on LEGO MINDSTORMS EV3. There are some caveats though.
- It uses Molex connectors on the circuit board instead of the RJ11-style connectors used on the EV3.
- A small number of NXT/I2C sensors require 9V (battery voltage) on input port pin 1 (e.g. the LEGO NXT Ultrasonic sensor and the Codatex RFID sensor). EVB does not provide this voltage.
More information is available in the hardware driver documentation.
Motors and Output Ports¶
The output ports on the QuestCape are virtually identical to LEGO MINDSTORMS EV3. It uses Molex connectors on the circuit board instead of the RJ11-style connectors used on the EV3.
More information is available in the hardware driver documentation
EVB has a 2.2” 220x176 pixel color display (16bpp). The backlight is adjustable.
The display board is separate from the main circuit board and can be detached.
QuestCape does not have a speaker.
QuestCape does not have any user controllable LEDs.
There are LEDs for power indication (5V and battery voltage).
EVB does not have Bluetooth capabilities. A USB Bluetooth dongle can be used if needed.