The height of the belly of the Aptera is supposed to be something like 9-inches and the lip one slides into to sit is a bit higher. Obviously guides like hand-holds give folks a way to get in the vehicle. If you've ever jumped into any small car you know that the ease with which one enters and exits is a key factor in customer satisfaction.
Two things. First, is a good exercise for video would be a display of one of the prototypes in which people are invited to sit in the Aptera. Get people of all sizes, even some heavier folks to plop down in the drivers seat with cameras trained on the exercise.
Second, and this is an engineering or possibly even software option. If you look at the Aptera, you have three wheels, the front-to-back rear wheel's suspension geometry is counter to that of the side to side front axle geometry. It would seem this would give the operator the possibility to raise or lower the entry height based on braking the front wheel and moving the rear wheel forward two the ten inches.
The Aptera body would rise (and fall) based on the resulting change in wheelbase while parked.
That three-wheel design advantage has not been mentioned as I can see but it could, for instance, be used to also lower the overall height of the body for easier loading and may even have some benefit in off-roading or even rear tire repair/replacement depending whether the real wheel being powered in this operation is the method or whether an active control in the rear suspension geometry.
I'm suspecting that simplicity of locking the fronts and rolling the rear forward up to five or ten inches might be most elegant engineering solution for this feature as it may be accomplished with the inherent torque vectoring.
Not to mention adjusting entry height of the car to each individual driver/passenger would be cool ... especially if it could be accomplished with a few hundred lines of code.
Hey Len, while this Citation jet is faster, she is like a high-strung thoroughbred. My favorite was the Boeing 777, she was a real sweetheart.
WOW
Great Minds, got my Wife a Civic Si, she loves it, Zoom Zoom! I flunked retirement, so my current work vehicle is a Citation X. https://en.wikipedia.org/wiki/Cessna_Citation_X For a slightly out of date article. We have to climb over the center console (no room beside the seat) and slide in modified astronaut style. Click the flight deck photo to see what I’m talking about there. I’m sure I can get in and out of the Aptera now, I’m more concerned about 20 years in the future. 😋
Actually, in this video
... Aptera's CTO mentions adjustable ride height as a feature being considered.
Nathan Armstrong wasn't precise how that might be accomplished and they seem to be looking at a three-point lift process (both fronts and the rear) as it would allow lowering of the car at higher speeds thus improving aerodynamics.
Armstrong also dropped the bombshell that the car would not only float but because the wheel motors are impervious to water - it could maneuver in the water.
BTW: I'm no spring chicken although I have to admit one of my tizzy's as a teen was my mother's 67 Buick Skylark, which I complained had the aerodynamics of a brick. It was such an issue that in my exuberance, I created a cardboard cap for the thing out of sheer frustration. Of course it wasn't terribly aerodynamic so despite my best duct taping effort, it blew off at about 25 mph :) For the record I was 17 at the time.
I’m still getting around pretty well, but I’m almost 70 and this is hopefully a “rest of my life” vehicle to replace my 2004 Sentra, so my suggestion would be to take a Beta model to an assisted living center and offer rides, primarily to observe how well the less mobile folks are able to get in and out of the vehicle.
The only things I saw in recent videos
“somewhere“ Roush is working with them on suspension and ingress/ egress improvements, starting with their beta vehicles(s)
IMHO
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