Neutron sensitive Microchannel Plates (MCP) have been fabricated and tested in a number of imaging configurations over the past decade, however to date the majority of these systems rely on mounting the MCPs in a vacuum chamber that must be actively pumped. These systems are bulky, difficult to maintain, and the MCPs are difficult to properly process for long lifetime and minimum image burn-in. We have recently built several sealed vacuum tubes incorporating neutron MCPs using MCP processing techniques originally developed for long-life image intensifiers. In this project we will fully characterize two neutron cameras for imaging performance and burn-in. Successful demonstration of these cameras will enable widespread adoption of this technology for neutron radiography, providing the community with improved sensitivity and ease of use.