Time to throw in my two creds...
Bryan Gibson - “the twisty corridors allow the ship to be more easily sealed and held in a boarding action.)( a feature of military design specs.)”
Except that its practically a straight run from the aft airlock to the bridge and...
Takei - “I wouldn't think that a 100 ton scout would have any design consideration given to counter-boarding actions. If it's in a position to be boarded in the first place it's a lost cause for this size of ship.”
With which I’d have to agree.
That said however I like the design overall. I’d justify the arrangement as necessitated for routing circuits and life support, sensor access and shielding, and the myriad of other “functional” aspects that lead to less than perfect human ergonomic engineering in most modern machines (large vessels and small).
I am wondering about the overall displacement of the engineering section, it seems a bit large. Can you provide a breakdown of the tonnage of each drive component (jump, maneuver, power, ???) and is there a fuel purifier? Actually the whole design specs sheet would be nice for all us gearheads (breakdown of all components, tonnage, etc., with designer notes if you can)
I’m glad to see you had the sense to (IISS had the foresight to require bids to) include a sealed air-raft, the old open top could be drafty while making orbital runs
A few minor corrections seem to be required. The overall length seems just a couple or three meters short to fit the exterior views, and the lateral sensors need to be shifted back about the same distance. Also, to jive with the interior sketches the whole deckplan needs to be flipped horizontally, and the bridge hatch needs to move aft about two meters (lined up with the gird line between the stateroom and (presumably, just a guess...) the forward locker, which also makes that a little handier from the bridge).
This is the far-trader Empress Poppaea signing off.