Epsilon-Delta: Difference between revisions

Epsilon is technically certified in water survival techniques and she can travel in most liquid environments plus 1 unit above standard starship's gravity at an average of 1.07 knots. However, her capacity to remain in a high volumes of water exceeding her mass decreases exponentially over time. Most of Epsilon-Delta's solid mass is tonnage from duranium-based materials protecting her positronic brain.  

Epsilon Lab continues to test various hardware within liquid environments within her existing design. This weight is compensated in liquid environments only through continuous use of a single experimental anti-gravity module powered by the primary battery. Energy efficiency continues to outweigh the collateral cost of deploying Delta in liquid environments. In summary, although Epsilon-Delta can remain afloat by continuously converting hydrogen into energy, she is still subject to the laws of conservation of energy.