Some more thinking: The Valkyria Wingsuit The wingsuit is intended to enable free flying in the Titan environment. While indoor flight is popular, it can be done with nearly any equipment (it is common to find children make their own wings out of scavenged clothing or home-fabbed cardboard). Outdoor flight requires a bit more preparation but has the advantage of both being easy and allowing the exploration of the unusual Titan environment. The suit consists of a airtight survival suit with wings, thermal regulation, closed-loop oxygen system with scrubbers and a parachute. While having some similarities to a high-dive suit it is generally light and usually very colourful. The helmet is equipped with sensors allowing navigation of the hazy and often dark Titan atmosphere, displaying the surroundings as AR overlays. The parachute is a safety measure: while falling in Titan gravity and air is far softer than anywhere else, it is possible to gain enough speed to hurt oneself badly. The parachute and special navigational reflexes in the suit fins are intended to deploy if a fall looks likely to lead to a crash. Some users like to end their flights by a nosedive, only to stop a few meters above the ground. While flying is relatively easy, lazy users sometimes activate the "heat elevator": thermals strong enough to loft the flier can be triggered by releasing more heat through the wing surface. This depletes energy reserves, but is a convenient way of gaining altitude for long-distance gliding. The suit has 6 hours of breathing air and can keep the inhabitant warm for up to 12 hours. It is armoured like a vacsuit (5/5) and equipped with self-healing nanites. Any damage that gets through the suit will lead to freezing gas penetrating: the Titan atmosphere will do 1d10 points of freezing damage per turn (contact with liquid ethane or the ground 2d10 per turn, plus fierce boiling giving -20 on all actions). The suit will self-heal in one turn if less than 20 points of damage hit it in the attack. Internal sealing will also protect the wearer from asphyxiation as long as the damage is not to the helmet. Flight Movement Rate 8/40 Cost: High.

GreyBrother wrote:

Wouldn't it be far easier to create a biomorph capable of surviving in the titanian atmosphere?

No. The outside temperature is -179 C, so any biomorph based on liquid water chemistry would lose heat like crazy - you would need a thermal protective layer that wasn't based on liquid water chemistry (since otherwise the outer side would still be 179 degrees hotter than the environment and would leak a lot of heat). It would likely need a very hot metabolism (requiring a lot of food) to just keep the morph warm enough. The lack of oxygen is a minor problem in comparison. In fact, it is likely easier to make space-adapted morphs since they don't have to deal with a dense medium with decent thermal capacity convecting away their heat. I can imagine synthmorphs designed for Titan temperatures, though. Would likely break if brought indoors (200 degrees of heating, and an oxidizing environment). No doubt some people are busy trying to design alternate biochemistries for ethane-based lifeforms that could survive on the surface.