So I met a guy the other day with a really, really trick tent. Looked like this:
It's called the Nemo Hypno - apparently there's also a Morpho. Those fat tent poles you see aren't poles at all: they're actually inflated pneumatic "air beams" that support the fabric. And it works - the guy swore that it was more stable in winds than a poled tent and that he never had any condensation issues due to the fabric, which was apparently single wall (no fly) but constructed from some kind of nifty waterproof and really breathable fabric. The air beams are enclosed within fabric that's basically sailcloth, very tough and durable, and the guy said he'd treated it completely normally, no special treatment, for at least 50 nights of sleeping, and had no issues with durability. He carried spare tubes with him to be on the safe side.
I've been considering a rooftop tent, but this is incredibly trick and probably sets up almost as fast. And, while staggeringly expensive for a camping tent - $500 - it'd be a viable alternative to a RTT that's 2-4 times the price.
Which makes me wonder - could this kind of tech be applied to a rooftop tent and reduce the current weight and bulk of those setups? My major complaint with RTTs is that they're all about 11 inches tall, and that bulk adds frontal area and wind resistance that kills fuel economy and raises the center of gravity. If you used these beams with air mattresses, I bet you could get that 11 down to 6. It'd require a compressor, but who doesn't carry one of those? You could have a very nice, tall, spacious tent with a short setup time and not much weight, and a very minimal presence on your roof rack.

It's called the Nemo Hypno - apparently there's also a Morpho. Those fat tent poles you see aren't poles at all: they're actually inflated pneumatic "air beams" that support the fabric. And it works - the guy swore that it was more stable in winds than a poled tent and that he never had any condensation issues due to the fabric, which was apparently single wall (no fly) but constructed from some kind of nifty waterproof and really breathable fabric. The air beams are enclosed within fabric that's basically sailcloth, very tough and durable, and the guy said he'd treated it completely normally, no special treatment, for at least 50 nights of sleeping, and had no issues with durability. He carried spare tubes with him to be on the safe side.
I've been considering a rooftop tent, but this is incredibly trick and probably sets up almost as fast. And, while staggeringly expensive for a camping tent - $500 - it'd be a viable alternative to a RTT that's 2-4 times the price.
Which makes me wonder - could this kind of tech be applied to a rooftop tent and reduce the current weight and bulk of those setups? My major complaint with RTTs is that they're all about 11 inches tall, and that bulk adds frontal area and wind resistance that kills fuel economy and raises the center of gravity. If you used these beams with air mattresses, I bet you could get that 11 down to 6. It'd require a compressor, but who doesn't carry one of those? You could have a very nice, tall, spacious tent with a short setup time and not much weight, and a very minimal presence on your roof rack.