Presenting
Iceberg 2
UAA’s Second Competition Quality
Rover

Competing in the 2018 University Rover Challenge

Communications

Utilizing IEEE 802.11 Protocols to reach up to 1 km away, sending and receiving high resolution video, still images, control commands, and data from on board science experiments.

Experiments

The onboard science module will allow Iceberg 2 to test soil for signs of life and take atmospheric readings.

The Arm

A fully articulating arm enables the rover to assist in maintenance tasks and pick up tools.

Independent Suspension

The 6-wheel rocker-bogie suspension allows the chassis to remain level. 4 BLDC hub motors offer a compact drivetrain.

Preliminary Design Features

1 2 3 4 5 6 7 8 9 10 11 12 13 14

Design Challenges
Here we go:

150+

Design Features

10,000+

Lines of Code

11+

Design and Construction Sprints

1.0 kW

Battery Power

Presenting
Iceberg 2
UAA’s Second Competition Quality
Rover

Communications

Experiments

The Arm

Independent Suspension

Preliminary Design Features

Design Challenges
Here we go:

UAA Robotics

Contact Us

Keep up to Date

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Presenting Iceberg 2 UAA’s Second Competition Quality Rover

Preliminary Design Features

Design Challenges Here we go:

UAA Robotics

Contact Us

Keep up to Date

Sitemap

Presenting
Iceberg 2
UAA’s Second Competition Quality
Rover

Design Challenges
Here we go: