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Trinity Intelligent Ground Exploration Rover

TIGER is a platform for Engineering Students at Trinity University to use as a substrate/launch point for designs.

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TIGER is a six-wheeled ground rover with a classic rocker-bogie passive suspension. It has undergone several iterations thus far, and will be further developed in Fall 2025.

TIGER has been the goal of several different senior design projects now.  In Fall 2025, Dr. Nickels is going to "tear it down to the studs" and rebuild, with the goal of having a serviceable platform for further work.  It should have six drive wheels, a passive rocker-bogie suspension, and at a minimum an interface to ROS2. 

  • Fall 2025

    knickels09/09/2025 at 22:19 0 comments

    Dr. Nickels will be updating the rover in Fall 2025, after he spends some time building a couple open-sourced rover designs - first, TRIPPY - a sawppy varient, then JPLs Open Source Rover, to have a couple smaller hopefully robust platforms and to learn construction and programming techniques from them.  Stay tuned!

  • Summer 2023

    knickels09/09/2025 at 22:15 0 comments

    The main focus this summer was on upgrading the electronics from a breakout to an RCB (routed circuit board).

  • Senior Design 2022-23

    knickels09/09/2025 at 22:10 0 comments

    Senior Design 2022-23

    • 80/20 Aluminum Chassis
    • Single-Cycloid Gearboxes (13:1)
      • 3D printed, aluminum, steel
      • belt driven
      • BLDC Motors w/ESP32 drivers
    • Steerable Legs
      • Stepper Motors w/Gearboxes
      • ESP32 drivers
    • Rocker-Bogie Passive Suspension
    • Joystick-Control

  • Summer Research 2022

    knickels09/09/2025 at 22:07 0 comments

    Summer Research 2022

    • Single-Cycloid Gearboxes (13:1)
      • Brushless Drive Motors (BLDC)
      • Single cycloid - friction reduced
    • 80/20 Aluminum Chassis/ 4x Fixed Legs
    • Arduino remote-control

  • Senior Design 2021-22

    knickels09/09/2025 at 22:05 0 comments

    Senior Design 2021-22

    • Composite Cycloid Gearboxes (13:1)
      • 3D printed, aluminum, steel
      • Encoders to monitor wheel rotation
    • 80/20 Aluminum Chassis/ Fixed Legs
    • NVidia Jetson Nano controller, ROS
    • ESP motor controllers
    • URDF robot model with Skid Steer controls
    • More robust motor drivers
    • Zed2 AI-Based 3D Camera
    • Navigate around obstacles
    • Outcomes
      • failed drive motors (x4)

  • Summer 2021

    knickels09/09/2025 at 22:03 0 comments

    Summer Research Team 2021

    • Composite Cycloid Gearboxes (13:1) - 3D printed, aluminum, steel.
    • 80/20 Aluminum Chassis/ Fixed Legs

  • Senior Design 2020-21

    knickels09/09/2025 at 22:00 0 comments

    Senior Design 2020-2021

    • 3D printed gearbox (1 complete)
    • Very robust chassis/legs (steel)
    • Very heavy chassis/legs (steel)
    • Arduino-based motor driver circuit

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