Presenting
Iceberg 1
UAA’s First Competition Quality
Rover

Competing in the 2017 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 the rover to test soils and take atmospheric readings.

The Arm

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

Independent Suspension

All four wheels have utilize bike shocks for 16 inches of vertical travel. 4 BLDC hub motors offer a compact drive train.

Preliminary Design Features

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Design Challenges
Here we go:

150+

Design Features

25,000+

Lines of Code

17+

Design and Construction Sprints

0.6 kw

Battery Power

Presenting
Iceberg 1
UAA’s First 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

Sitemap

Presenting Iceberg 1 UAA’s First Competition Quality Rover

Preliminary Design Features

Design Challenges Here we go:

UAA Robotics

Contact Us

Keep up to Date

Sitemap

Presenting
Iceberg 1
UAA’s First Competition Quality
Rover

Design Challenges
Here we go: